a16z Partner Sees AI Consumer Builders Monetizing Luxury Software

The State of AI: Models, Moats, and the Consumer Renaissance — a16z

a16z

Anish Acharya argues that model labs will not capture all downstream application value as high compute costs drive high consumer willingness to pay for specialized software.

AI-assisted summary of The State of AI: Models, Moats, and the Consumer Renaissance — original source. Check the original for full context.

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Detailed notes

## Background This video was published by the a16z YouTube channel on August 26, 2026. According to the page description, host Jen Kha and Andreessen Horowitz General Partner Anish Acharya discuss the future of AI, exploring the evolving model landscape, open-source models, consumer AI applications, personal agents, and the changing economics of AI software startups.

## TL;DR Anish Acharya argues that the AI landscape is shifting from a single-winner dynamic into a multi-winner ecosystem where specialized open-weight and frontier models coexist to serve distinct domain needs. While basic model capabilities function as underlying primitives, the real value creation and high margins are shifting downstream to application-layer products and consumer AI tools. With consumer and enterprise willingness to pay reaching historic highs, founders are leveraging lower marginal compute costs and automated agentic loops to build high-ticket 'luxury software' and highly profitable micro-SaaS businesses.

## Atmosphere & style The conversation carries a warm, collegial, and highly practical venture capital atmosphere, filled with lighthearted banter, insider offsite references, and shared personal anecdotes. The dynamic between Jen and Anish is conversational yet analytical, balancing high-level macroeconomic analysis with grounded product teardowns. It feels like an authentic peek into a candid partner discussion, combining sharp business optimism with actionable insights for the next generation of software builders.

## Key takeaways - [01:20](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=80s) OpenAI, Anthropic, and xAI are competing closely at the model layer, indicating that the future will likely feature multiple tier-one winners rather than a winner-take-all monopoly. - [02:49](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=169s) Fears of an AI financial bubble may be overstated; persistent high demand for GPUs and tight compute supply point to structural scarcity. - [03:20](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=200s) Enterprise software stocks overreacted to early AI hype because core enterprise software accounts for a minor portion of total IT spend, and replacing critical systems carries unacceptable operational risks. - [05:06](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=306s) Traditional moats like scale, brand, and network effects remain intact, but integration moats are severely threatened as AI coding agents make data migration easier. - [07:53](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=473s) Open-weight models fine-tuned with domain-specific RL allow startups to build localized, compounding operational moats without relying solely on single monolithic model providers. - [10:02](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=602s) Frontier AI labs are vertically integrating downward into inference and compute infrastructure rather than expanding upward into specialized application layers. - [13:00](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=780s) Application-layer software creates significant value by aggregating multiple distinct AI models and tailoring raw intelligence primitives to vertical domain workflows. - [17:21](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1041s) High marginal compute costs, a lack of central app-store distribution, and primitive text interfaces have posed major headwinds for consumer AI adoption. - [18:46](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1126s) AI coding tools are giving rise to a new era of digitally native entrepreneurs building high-margin micro-SaaS businesses generating $100k to $1M in revenue. - [22:16](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1336s) Personal AI agents generate compounding retention and pricing power as they accumulate continuous long-term user context over time. - [27:35](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1655s) Consumer AI is entering a renaissance driven by emotional/interpersonal model capabilities, big tech's risk aversion in social domains, and high consumer willingness to pay. - [29:35](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1775s) Startups are embracing 'luxury software' models, charging premium prices up to hundreds or thousands of dollars per month to deliver step-function value. - [30:44](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1844s) Today's early-stage founders lean more toward researchers than MBAs, bringing higher technical sophistication but often requiring advice on business mechanics. - [32:20](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1940s) Large seed rounds are no longer inherently fatal, as capital today directly translates into training models, compute capacity, and product breadth. - [34:26](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=2066s) Because major social platforms actively block piggyback distribution, AI startups targeting SMEs rely heavily on word-of-mouth growth to capture a booming wave of new business formation.

## Detailed walkthrough ### [00:02](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=2s) Consumer AI Agents and the "Jeans Secret"

Host Jen Kha kicks off the conversation by introducing Andreessen Horowitz (a16z) General Partner Anish Acharya, noting that the two were together earlier in the week at a GP offsite. Jen reveals that Anish has already been putting consumer AI to practical test using GrokBot to handle his shopping. Anish admits with a laugh that he is about to share some "protected IP": his preference for Frame jeans.

Anish details his test drive of GrokBot, highlighting its "resourcefulness" as the defining characteristic of this new wave of consumer tools. Before going to bed, he snapped a picture of his current jeans, set a budget cap of $500, and instructed the bot to buy a similar pair. By the morning, the agent had independently researched options, found an ideal match with the same fit and a different wash, executed the transaction using his credit card, and had the shipping confirmation ready.

``` - Task Given: Find and buy jeans based on a photo of current pair. - Constraint: Maximum budget of $500. - Execution: Autonomous research, product selection, credit card transaction, and shipping confirmation overnight. ```

Jen shares her own weekend plans to unleash a personal bot on a two-year backlog of items she promised her husband she would sell. Both agree that consumer adoption hinges on combining these underlying technical capabilities with intuitive product architecture and resourcefulness.

---

[01:20](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=80s) The Multi-Winner Model Race

When Jen poses the core question of which AI company will emerge as the undisputed winner three years down the line, Anish firmly places himself in the "many winners" camp. He points out how rapidly the model ecosystem shifts, noting that xAI transformed from a non-contender into a tier-one model provider alongside OpenAI and Anthropic in just a matter of weeks, shifting the frontier from a two-horse race to a three-horse race.

``` - Landscape Evolution: Transitioned from a two-player dynamic to a three-horse race with xAI's rapid rise. - OpenAI Momentum: Recent resurgence driven by new model releases, the Codex harness, and the ChatGPT desktop app. - Anthropic Dynamics: Shifted from apparent absolute market dominance to facing heavy developer competition, alongside plans to go public later in the year. ```

Jen notes that developer sentiment—especially on platforms like X—acts as a leading indicator of underlying market shifts. Developers operate as "fair-weather fans," migrating rapidly toward whichever model provides the highest performance and best token economics at any given moment. With Anthropic facing recent pushback around token usage limits while preparing to go public, and OpenAI regaining strong momentum through specialized tooling, both labs continue to experience massive growth side-by-side rather than competing in a winner-take-all monopoly.

---

[02:49](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=169s) The Macro AI Economy: Infinite Demand vs. Constrained Supply

Setting up the overarching presentation, Anish outlines three core themes for the discussion: macro market dynamics, the application layer as the "productization of the intelligence primitive," and the recent renaissance in consumer AI applications. Addressing broader market sentiment, Anish challenges the prevailing narrative surrounding an AI financial bubble. While acknowledging that bubble risks are heavily debated, he argues that the under-discussed scenario is that the market may actually be "insufficiently optimistic."

``` - Infrastructure Signal: Hourly rental prices for non-cutting-edge GPUs (such as the Nvidia B200) are increasing rather than experiencing normal hardware deflation. - Market Dynamics: High demand coupled with tight compute supply points to structural scarcity rather than speculative overbuild. - Enterprise Spend Context: Enterprise software accounts for only 8% to 12% of total IT spend, leaving substantial room for expansion. ```

Referencing the sharp SaaS market drawdown in February—where software stocks dipped 30% to 40% before rebounding by 40%—Anish argues that public markets overreacted. Because enterprise software spend represents a modest 8% to 12% of total enterprise budgets, companies will not suddenly replace established mission-critical systems like payroll or CRM with custom "vibe-coded" internal tools. The cost savings of replacing existing enterprise software are capped, while the operational and compliance risks of errors in core systems remain practically unlimited. Most enterprise tasks demand strict precision that raw base models alone cannot guarantee.

[05:06](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=306s) Traditional Moats, Integration Risks, and Enterprise Architecture

The conversation opens with a discussion on how the market environment for SaaS software is shifting as the initial hype recedes. High levels of stock-based compensation (SBC) previously masked underlying financial realities for many software-as-a-service companies. Now, these companies are forced to either accelerate product innovation or face decline. However, the market outlook is less bleak than initially feared, despite pressing existential questions around competitive moats.

Addressing the widespread belief that AI eliminates moats entirely, the speakers reference the framework codified in Hamilton Helmer's book *Seven Powers*. Most classic moats—such as network effects, scale distribution, and brand power—remain largely unaffected by cheap, abundant intelligence. For instance, coding agents will not diminish Nike's brand, nor do they undermine Instagram, whose primary value resides in its underlying user network rather than the technical complexity of building its app.

* **Exposed Moats:** The "integration moat" is severely threatened. Enterprise software legacy systems like SAP have historically been notoriously complex and risky to migrate to or from, creating locked-in dependencies. Coding agents now make software integration and data migration drastically easier, posing existential risks to system integrators (SIs) and global system integrators (GSIs). * **Enterprise Job Functions:** Corporate functions divide into *alpha-creating* roles (product, sales, engineering, research) with unbounded upside, and *supporting* roles (legal, HR, finance) with bounded upside. * **Economic Model Selection:** Enterprise workloads with unbounded upside logically justify paying top-dollar for frontier models (e.g., GPT-5/6, Claude 3.5, or Grok), where even a single IQ point increase drives outsized business value. Conversely, functions with bounded upside—such as closing financial books accurately—benefit from open-weight models fine-tuned with reinforcement learning to optimize cost efficiency.

[07:53](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=473s) Why Open-Weight Models Are Essential for Startups

The discussion shifts to the strategic role of open-source and open-weight models, referencing an insightful post by Decagon founder Jesse Zhang. For many high-growth startups, open-source AI is not merely a cost-saving measure, but the only viable architecture for localizing, fine-tuning, and maintaining complete operational control over their software infrastructure.

AI models increasingly display distinct behavioral archetypes and specialized focus areas that exist in tension with one another. Some models exhibit highly literal, methodical tendencies (e.g., GLM-4 series), executing exact instructions without extrapolation. Other models behave more creatively and presumptuously, functioning like open-ended brainstorming partners. Successful enterprise application architectures deliberately orchestrate multiple specialized model types rather than relying on a single monolithic intelligence.

* **Domain-Specific Fine-Tuning:** By applying reinforcement learning (RL) and domain-specific reasoning traces to open-weight models, companies create a compounding moat tailored to their unique customer dataset. * **Specialization vs. Generality Trade-off:** Tailoring a model for domain mastery naturally reduces its general-purpose capabilities. For instance, legal AI platforms like Harvey or customer support platforms like Decagon build domain-dominant models that excel at their specific vertical tasks even if they lose performance in abstract logic or mathematics.

[10:02](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=602s) Model Integration vs. Infrastructure Expansion

Reflecting on how rapidly the market has evolved, Anish Acharya highlights the contrast between early expectations and reality. In early 2024, there was widespread panic that frontier AI labs would vertically integrate upward into the application layer. A prime example occurred when Anthropic released its legal plugin for Claude—which was essentially a collection of skill files, or structured long prompts—causing massive market sell-offs in legacy legal platforms like Thomson Reuters. However, instead of moving up into applications, major AI labs have vertically integrated *downward* into inference and compute infrastructure. Because inference workloads are highly homogeneous, building massive scale at the bottom of the value chain makes financial and operational sense, whereas moving into the application layer requires navigating highly fragmented pricing, packaging, and high operational expenditure (OpEx).

Acharya refutes the idea that AI models are becoming simple, interchangeable commodities. Rather than converging into identical commodities, models are developing distinct comparative advantages at the domain level:

* **Knowledge Work Specialization:** Models like OpenAI's GPT series excel at knowledge work, supported by tailored product harnesses (such as the ChatGPT desktop app) designed specifically for spreadsheets, slide decks, and document generation. * **Software Engineering Specialization:** Platforms like Claude Code focus intensely on software development, providing specialized terminal interfaces, code planning tools, and automated testing features. * **Diverse "Model Personalities":** Similar to the "Big Five" personality traits in psychology, different tasks require different cognitive traits. Accounting problems demand precision and "neuroticism," whereas creative design challenges benefit from high "openness."

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[13:00](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=780s) Aggregating Models at the Application Layer

Because individual models possess distinct strengths and non-overlapping training datasets, aggregating multiple models within a single application often yields an outcome far greater than the sum of its parts. Anish uses Expedia as an illustrative metaphor: just as consumers prefer a single platform that aggregates flights from United, Delta, and Southwest rather than visiting each airline's site individually, users benefit from software shells that orchestrate multiple AI models under one roof.

* **Multi-Model Coding Workflows:** Developer tools like Cursor leverage high-end frontier models for complex planning and system design, while routing execution to faster, lower-cost models. * **Multi-Modal Creative Suites:** Production platforms combine specialized audio models (like ElevenLabs) with image and video generation models (like Black Forest Labs' FLUX) inside a unified creative workspace. * **Adversarial Research & Decision-Making:** Applications query multiple models simultaneously across distinct datasets to cross-examine responses adversarially, using a secondary model to reconcile discrepancies and reach a consensus.

Because AI research labs are structurally incentivized to promote their proprietary models, independent application layers hold a unique strategic advantage: they can remain model-agnostic and deliver true best-of-breed intelligence to end users.

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[14:20](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=860s) Intelligence as a Primitive and the Application Layer Value

Raw AI intelligence operates as an infrastructure primitive, directly comparable to cloud compute primitives like AWS. Just as Salesforce built a massive business by transforming AWS cloud computing into specialized CRM software that delivers concrete economic outcomes, successful AI startups transform raw model capabilities into tailored industry solutions.

Raw frontier models lack the deep domain workflows, regulatory compliance frameworks, and specialized user experiences required by enterprise verticals. Specialized applications—such as Harvey in the legal sector—bridge this gap by converting baseline model intelligence into high-value economic outcomes tailored to the specific procurement and operational habits of target industries.

Here is a detailed, faithful walkthrough based on the transcript segment provided.

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[14:57](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=897s) Enterprise Automation, Business Loops, and AI as Industries

Anish Acharya outlines how different market segments approach AI integration based on their specific ambitions and operational goals. For example, most credit unions do not buy AI to cut their workforce in half; rather, they want to double their headcount while maintaining an economically performant business. The primary opportunity for the application layer is delivering products tailored to these distinct expectations.

Anish highlights a major evolutionary shift in AI usage: transitioning from simple prompt engineering to placing models into continuous execution "loops." While the term "agent" is frequently overused, it fundamentally describes a model running inside a loop equipped with tools, memory, and context. Coding provides the clearest illustration of this dynamic in practice today: 1. A software bug is reported. 2. The agent automatically reproduces the bug. 3. A fix is generated and verified. 4. If it is a low-risk change, the system integrates and ships the fix autonomously (and may notify the customer). 5. If it is high-risk, a human engineer steps in to review it.

Beyond software engineering, these autonomous loops can streamline core business operations like price optimization and procurement. The most ambitious variant is the cross-cutting "business loop"—where a model evaluates macro-level operations and suggests strategic shifts (such as recommending opening a new physical branch in Tijuana).

Referencing a framework from Marc Andreessen, Anish emphasizes that founders and investors must evaluate AI capabilities as broad *industries* rather than narrow *markets*. In the coding ecosystem, diverse products serve different tiers of the stack: tools like Cursor expose the raw underlying mechanics directly to professional developers, whereas platforms like Replit provide accessible abstraction layers for non-technical small business owners.

- **Key Distinction**: Most regional institutions (e.g., credit unions) view AI as an expansion multiplier to scale operations, not a tool for headcount reduction. - **Agent Definition**: A model wrapped inside an operational loop integrated with external tools and long-term memory. - **Stack Spectrum**: Developer-centric primitives (e.g., Cursor) vs. non-technical abstraction layers (e.g., Replit).

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[17:21](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1041s) Navigating Bottlenecks in Consumer AI

Turning to consumer AI, Anish suggests that despite years of premature declarations, the industry may finally be entering "consumer's quarter." However, consumer AI has faced three structural headwinds:

1. **High Marginal Costs**: Historically, consumers resist paying recurring software fees. Unlike traditional software with near-zero marginal distribution costs, high compute usage drives up costs significantly. Anish notes a personal example: an app he built to browse his X (formerly Twitter) timeline cost **$250 to onboard a single new user**. Even with zero customer acquisition costs (CAC), unit economics for free mass-market apps fail under those conditions. The recent rapid cost reductions of open-weight models are beginning to fix this. 2. **Lack of Native Distribution**: AI lacks a centralized, unified marketplace comparable to the mobile App Store. As a result, consumer AI builders must build their distribution channels from scratch alongside their core product, mirroring the early Web 2.0 era. 3. **Interface Limitations**: Current AI interactions remain in a "DOS era" dominated by text prompts and command-line interfaces. Achieving widespread adoption requires developing the intuitive "Windows era" of AI UX through deliberate product and design craft.

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[18:46](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1126s) The Rise of "Mom-and-Pop SaaS" and Personal Agents

Despite structural challenges, two consumer AI categories are showing strong early traction: consumer-facing coding agents and personal automation agents.

Coding tools are enabling a new archetype: the digitally native entrepreneur. A decade ago, young people aspiring to build internet businesses without coding skills were limited to becoming content creators (such as YouTube creators). Today, non-technical individuals can use AI coding agents to launch niche software products generating **$100,000 to $1,000,000 in annual revenue**. While these independent "mom-and-pop SaaS" businesses may not fit traditional venture capital profiles, they represent a meaningful economic shift.

Concurrently, personal agents are evolving. Reflecting on open-source agent breakthroughs like OpenInterpreter (referred to in passing around early open-agent moments like "OpenClaw"), Anish observes that early iterations functioned like Homebrew Computer Club projects—appealing primarily to developers rather than average consumers. The next phase of consumer AI depends on bridging this gap, making personal agents accessible everyday utilities.

- **Developer vs. Non-Developer Monetization**: Shift from ad-funded creator models to self-built micro-SaaS generating $100k–$1M ARR. - **Historical Parallel**: Early agent frameworks mirror the 1970s Homebrew Computer Club era—technically impressive, developer-centric, and awaiting consumer packaging.

[19:46](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1186s) Redefining Consumer: When the Plumber Uses GrokBot

The discussion opens with a shift away from the traditional definitions of consumer software, reflecting on how tools are crossing lines between personal utility and business operations. Having built companies during the previous era of consumer apps, the hosts examine how blurry the line between consumer and enterprise has become. A practical example is raised: when a local plumber uses an AI tool like GrokBot or ChatGPT to completely transform and run their business end-to-end, is that considered a consumer application or an enterprise application? Historically, consumer software was largely driven by product-led growth (PLG) tactics or monetized through entertainment.

Anish Acharya provides a pragmatic investment rule for defining consumer software: if you cannot justify acquiring a customer through a traditional direct sales force—which typically requires an Annual Contract Value (ACV) of at least $15,000—you must acquire them through marketing. Under this threshold, even a small business owner like a plumber is classified as a consumer. While acknowledging that productivity tools are expanding into everyday life, Anish notes that entertainment will remain a massive driver of consumer AI. Many consumers ultimately prefer spending time rather than just saving it. He points to AI-native entertainment platforms like Character.AI, as well as the surging popularity of short-form generative dramas originating in Asia, as key indicators of where consumer engagement is heading.

- **Customer Acquisition Rule:** If an ACV is below $15,000, acquiring customers through direct sales isn't economically viable, making marketing-driven acquisition necessary—classifying small business owners like plumbers as consumers. - **Entertainment vs. Productivity:** Consumer applications lean heavily toward entertainment because most everyday users care more about engaging experiences than optimizing productivity. - **Emerging Content Formats:** Generative and AI-assisted short-form video dramas, widely adopted across Asian markets, represent an emerging wave of consumer AI entertainment.

[22:16](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1336s) Town Demo: Personal Agents & Managing Chaos

The conversation transitions into personal productivity agents, highlighting an application named Town, an investment made by a16z partner Alex Rampell. The hosts encourage founders and consumers alike to use these products firsthand to build intuition around how fast AI tools evolve. Town functions as a personal agent by connecting directly to a user's inbox to handle noise, scrub unwanted subscriptions, and surface critical action items.

The core advantage of tools like Town lies in compounding memory and contextual awareness. Anish draws an analogy between an AI agent and a human workplace: on day one, an AI agent is like a new hire who needs time to get up to speed. By day 30, after absorbing a month of preferences, context, and feedback, it acts like a tenured employee—making accurate assumptions and executing decisions independently. This growing contextual history creates strong user retention and pricing power, as switching away from a fully personalized agent becomes increasingly difficult.

The hosts share personal experiences with inbox overload, noting how high-volume personal email accounts with tens of thousands of unread messages can be safely put on "autopilot." Agents like Town do not just clean the inbox; they proactively optimize usage—sending summaries, highlighting essential communications, and suggesting ways to save credits or eliminate unnecessary recurring costs.

- **Compounding Context:** Agents improve through continuous memory accumulation, transitioning from generic helpers to personalized operators over a 30-day period. - **Retention & Pricing Power:** The value delivered to users increases over time, driving high product retention and allowing companies to expand their pricing remit. - **Autopilot Management:** Personal agents take over chaotic administrative loops, handling everything from email prioritization to subscription auditing without requiring manual daily triage.

[23:45](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1425s) The Consumer Quality-of-Life Loop

Building on the concept of automated workflows, the speakers outline a broader framework for how AI agents will shape daily human life. Just as enterprise AI creates autonomous loops for software development and business operations, consumer AI is beginning to execute around fundamental personal life loops: health, personal finance, shopping, family, and friendships.

In these loops, personal circumstances constantly evolve, demanding continuous information gathering, decision-making, and execution. Platforms like OpenAI are investing heavily in personal health and financial intelligence, while numerous startups focus on automated personal shopping. Anish emphasizes that past technology super-cycles show that roughly 80% of the economic surplus created by platform shifts is ultimately passed down to mass-market consumers through dramatic improvements in quality of life.

- **Core Life Loops:** Personal AI agents target four primary consumer domains: health, money, family/friendships, and self-improvement. - **Value Surplus:** Historically, around 80% of the value generated by major technological platform shifts directly benefits end consumers through enhanced daily efficiency and quality of life.

<ElicitationsGroup message="Explore related topics from this transcript segment:"> <Elicitation label="Analyze AI agent business models and retention" query="Explain how memory compounding in AI agents creates retention and pricing power, using examples from the transcript."/> <Elicitation label="Compare consumer AI vs. enterprise AI acquisition strategies" query="What are the differences between consumer and enterprise AI acquisition strategies based on the $15k ACV rule discussed in the transcript?"/> </ElicitationsGroup>

Here is a detailed, faithful walkthrough covering the provided transcript segment.

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[24:42](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1482s) Personal Agents: One Dominant Platform vs. Specialized Bots

Jen Kha opens the discussion by asking about the architecture of personal assistants, noting that existing products seem to point toward a single assistant managing a person's life context. However, with so many options available, she asks whether the market will consolidate into one dominant platform for personal time and life management, or if it will resemble an operating system where multiple specialized bots talk to each other and configure things on the back end.

Anish Acharya frames his answer around the concept of "comparative vantage point." He explains that the characteristics someone wants from a Certified Financial Planner (CPA/CFA) are entirely different from what they want from a party planner. Because the surface area of human life is so broad, specialized context matters. While there are certainly overlapping pieces of context, he points to **GrokBots** as a great product illustration of how this multi-agent model works in practice: multiple bots are pointed in slightly different directions, all coordinating behind the scenes to deliver a globally optimal outcome for the user.

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[25:26](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1526s) Value Accretion: App Layer vs. Model Labs

Jen transitions the conversation to the dynamic between model builders and application developers. She asks whether application-layer startups can successfully compete against frontier model labs, and whether the model labs will allow economic value to accrete downstream to applications instead of capturing it all themselves.

Anish argues that critics often underestimate the complexity of product packaging, pricing, and how end customers actually prefer to buy intelligence. The way a teenager wants to consume an intelligence primitive is fundamentally different from how a marketing executive at a credit union wants to buy it. Because end-user needs are so heterogeneous, it makes far less sense for frontier labs to move up into the specialized application layer than it does for them to move down into inference optimization.

Anish contrasts today's landscape with the market in 2023. Back when the industry operated under the assumption of "one model to rule them all," model labs possessed absolute leverage and could have theoretically squeezed app developers by capturing 100% of their gross margin over time. Today, however, because developers have access to multiple competitive options at every point along the Pareto frontier, model labs can no longer dictate terms or absorb all the downstream value.

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[26:34](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1594s) Investment Criteria and Traction Thresholds

Jen asks Anish about a16z's current investment strategy, specifically inquiring whether they will still invest in companies with zero revenue given how fast teams are making progress today.

Anish clarifies that while they occasionally take a small "call option" on exceptional, experienced founders at a pre-product or "pre-everything" round, the vast majority of their investments are in companies showing clear signs of breakout traction:

* **Live Product Requirement:** Anish notes that it has become essentially disqualifying for a founder not to demo a live, working product during a pitch, regardless of stage, because building software has become so trivial. * **Evaluation Framework:** Once a startup demonstrates statistically significant product and sales signals, his framework focuses on extrapolating those metrics to assess whether the entry valuation and implicit risks make sense. * **Product Velocity:** The speed at which teams iterate and deploy updates remains one of the core metrics the firm measures carefully.

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[27:35](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1655s) The Consumer AI Renaissance and Big Tech Blunders

Jen notes that consumer software has been "unloved" by venture capital for a long time, but asks if we are now witnessing a massive reversion as value shifts heavily toward applications.

Anish wholeheartedly agrees, declaring it a **"renaissance for being a consumer builder."** He highlights several factors driving this shift:

* **Emotional and Interpersonal Intelligence:** For 40 years, technology only boosted human intellect and productivity. For the first time, AI provides a primitive capable of operating in emotional and interpersonal domains—allowing users to have conversations with models like Claude or OpenAI and actually feel emotional connections. * **Structural Blind Spots of Big Tech:** incumbent tech giants and frontier labs are culturally incapable of launching certain high-engagement consumer products. For example, Google could never launch an AI companion product that disagrees with the user or contains sexual innuendo due to thousands of internal compliance committees designed to prevent risk. This leaves a massive greenfield for unconstrained startups. * **Shift in Consumer Willingness to Pay:** Consumers are excited to discover and download new software in a way not seen since the launch of the iPhone App Store in 2009. Crucially, while consumers in 2009 balked at paying 99 cents for an app, today's consumer AI users are willing to pay up to $200 per month for software that delivers real value—giving rise to a era of high-margin, "luxury" consumer software.

Jen jokes that the "autists in San Francisco" have been waiting a very long time for this exact moment. She then segues into a audience question from Michelle regarding the underlying unit economics, gross margins, compute access pressures, and capital moats for this new generation of AI application startups.

Here is the detailed, faithful walkthrough of the provided transcript section:

[29:35](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1775s) The New Economics of AI Apps: Margins, Compute & "Luxury Software"

Jen Kha opens the segment by highlighting how crucial compute access and capital have become as moats in the current environment. Given how expensive it is to stay competitive, she asks Anish Acharya how a venture firm like Andreessen Horowitz (a16z) thinks about the economics of underwriting returns in AI application companies today.

Anish responds that the conversation around software margins has become far more nuanced than it used to be. Pointing to a blog post written by their colleague David Ulevitch, Anish explains that in this current cycle, it is actually rational for companies to trade away traditional gross margins in order to deliver a much wider product surface. The silver lining balancing out higher compute costs is an unprecedented consumer and enterprise willingness to pay for high-value AI products.

To help founders capture this value, Anish describes an exercise a16z routinely conducts with them. Historically, $20 per month was considered the pricing ceiling for consumer software. Anish asks founders to imagine: *"What's the $200-a-month SKU of your product? In fact, what's the $2,000-a-month SKU?"* He envisions the emergence of "luxury software"—the software equivalent of a Hermès Birkin bag. Customers are proving eager to pay premium prices if the software delivers step-function value, making high compute costs a worthwhile trade-off despite the current "fog of war" surrounding margins.

Jen lightheartedly teases Anish about his upscale analogy, joking that he is dropping "Birkin bag framed jeans" references despite being a guy she usually sees dressed strictly in classic tech-founder quarter-zip sweaters. Anish laughs off the banter, clarifying that beneath the quarter-zip, he is simply being a good steward of venture capital.

- **David Ulevitch's thesis**: Software gross margins are no longer a static metric; trading margin for broader AI capabilities is often a rational strategic choice. - **Pricing ceilings shift**: Moving beyond the classic $20/month consumer subscription model to explore $200/month and $2,000/month "luxury software" tiers.

---

[30:44](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1844s) The Evolving Founder Archetype: Less MBAs, More Researchers

Jen pivots the conversation to founder archetypes. She recalls a chat with Anish from roughly five years prior, when software and tech infrastructure had reached a level of maturity that attracted diverse backgrounds—such as Google program managers spinning out to start companies. She asks Anish what types of founders are emerging from the woodwork to build AI applications today: Are they technical researchers, product managers, or something else?

Anish observes a clear shift: today’s founders include **"less MBAs, more researchers."** While today's early-stage founders may exhibit lower business sophistication, their technical sophistication is dramatically higher. Anish notes that business acumen can easily be taught or picked up through advisors, but deep technical capability cannot be bootstrapped overnight.

Because these younger, research-heavy founders do not carry preconceived notions about standard software limitations, they accomplish extraordinary things. Senior founders who struggle in this product cycle often fail because they are too far removed from the underlying technology and remain anchored to historic limits. By contrast, younger technical founders operate on the assumption that anything is technically possible.

- **Ben Horowitz's insight**: Anish references an a16z partner offsite where Ben Horowitz remarked that in prior tech cycles, the biggest startup risk was that "ideas were too big." In the current AI cycle, the single biggest risk is that "ideas are too small."

---

[32:20](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1940s) Why Giving Seed Startups Massive Capital Isn't Fatal Anymore

Jen brings up another major theme from their recent firm offsite: the changing playbook around seed funding sizes. In past tech cycles, conventional wisdom held that handing a seed startup too much money—such as $20 million to $100 million—would ruin the company. Founders would attempt to pursue too many ideas simultaneously without the human talent required to execute them, making capital constraints a helpful forcing function for focus.

Anish confirms that while this was historical venture wisdom, the math has changed. Previously, a startup simply could not hire enough talented engineers to build across $20 million worth of product surface area at once. Today, capital can directly be translated into model training, compute scale, and product trade-offs. A team raising $100 million today can deploy that capital productively to deliver a fundamentally different, higher-leverage value proposition than the exact same team could achieve with only $20 million.

While determining the optimal seed round size involves navigating a nuanced landscape, Anish considers it an "embarrassment of riches." He notes he would much rather deal with capital deployment questions today than face the market dynamics of five years ago, when fintech companies were indirectly subsidizing unviable customer models through poor underwriting without a clear path to profitability.

Jen agrees, citing **Chris Dixon's venture framework**: investors always prefer facing a supply problem rather than a demand problem. In the current AI market, consumer and enterprise demand is abundantly high. While the industry works to fix the supply constraints (compute, models, infrastructure), the overwhelming pull of demand guarantees the supply side will catch up.

- **Historical capital constraint**: Oversized seed rounds used to fracture focus due to team bandwidth limits. - **Current capital dynamics**: Capital directly powers compute, model fine-tuning, and expanded product surface area. - **Chris Dixon's rule**: Prioritize markets with surplus demand over those with surplus supply; fixing supply issues is a much better problem to have.

---

[34:05](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=2045s) Go-to-Market Realities for Small and Medium Businesses (SMEs)

Jen introduces a listener question submitted by "Mosfa" regarding how AI adoption varies across different business sectors. The user points out that unlike large enterprises, small and medium-sized businesses (SMEs) face less friction when adopting AI because they require far less organizational change management.

Jen notes that while she agrees with the general premise, SMEs can sometimes present unexpected hurdles because small business owners have ingrained habits that require deliberate effort to rewire. She turns to Anish to ask how he views the evolving go-to-market (GTM) playbook for AI startups selling into the SME market.

[34:26](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=2066s) Modern Go-to-Market for SMEs and the New Business Renaissance

When examining how the go-to-market playbook for targeting small and medium enterprises (SMEs) has evolved in the AI era, existing businesses are still reached through the standard, historical channels. However, marketing modern products presents a distinct challenge because established platforms like Instagram, TikTok, and X have grown hyper-vigilant. Having witnessed how prior companies built massive social networks on top of existing platforms, these tech giants now actively prevent startups from piggybacking on their reach to launch new distribution channels. As a result, founders are forced to rely on the ultimate organic network effect: genuine word of mouth driven by exceptional product quality.

The most exciting segment of the current market lies in the extraordinary surge of new business formation, which is hitting an all-time high outside of the temporary peak observed during COVID-19. This boom is powered by an entirely new demographic of entrepreneurs. Rather than traditional business owners—like a 55-year-old local plumber—these new founders are often 25-year-olds who previously might have become YouTube creators. Armed with AI tools, they are now building bespoke SaaS solutions tailored specifically for their local neighborhoods, cities, or high school networks.

- Existing SMEs are still acquired through conventional legacy channels, but user acquisition strategies must account for platform lock-in. - Major platforms (Instagram, TikTok, X) actively block startups from exploiting their networks to create new distribution layers. - "Word of mouth" has re-emerged as the primary, indispensable organic growth mechanism for AI startups. - New business formation rates are near historic highs, second only to the peak seen during the COVID-19 pandemic. - The new archetype of SME founders consists of younger builders (e.g., 25-year-olds) building localized software applications instead of pursuing traditional creator pathways.

## Notable quotes > [00:02](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=2s) resourcefulness — Anish Acharya

> [02:49](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=169s) insufficiently optimistic — Anish Acharya

> [02:49](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=169s) productization of the intelligence primitive — Anish Acharya

> [25:26](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1526s) one model to rule them all — Anish Acharya

> [27:35](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1655s) renaissance for being a consumer builder — Anish Acharya

> [27:35](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1655s) autists in San Francisco — Jen Kha

> [29:35](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1775s) What's the $200-a-month SKU of your product? In fact, what's the $2,000-a-month SKU? — Anish Acharya

> [29:35](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1775s) luxury software — Anish Acharya

> [30:44](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1844s) less MBAs, more researchers. — Anish Acharya

> [30:44](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1844s) ideas were too big — Ben Horowitz

> [30:44](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1844s) ideas are too small — Ben Horowitz

> [32:20](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1940s) embarrassment of riches — Anish Acharya

## Mentioned Anish Acharya, Jen Kha, a16z, GrokBot, Frame, OpenAI, Anthropic, xAI, Codex, ChatGPT, Nvidia, Seven Powers, Hamilton Helmer, Nike, Instagram, SAP, Decagon, Jesse Zhang, GLM-4, Harvey, Claude, Thomson Reuters, Claude Code, Expedia, United, Delta, Southwest, Cursor, ElevenLabs, Black Forest Labs, FLUX, Salesforce, AWS, Replit, Marc Andreessen, OpenInterpreter, OpenClaw, Character.AI, Town, Alex Rampell, Michelle, David Ulevitch, Hermès Birkin bag, Ben Horowitz, Chris Dixon, Mosfa, Google, TikTok, X

[Source](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y)

中文简报

a16z合伙人:消费级AI开发者正通过“奢华软件”实现变现 Anish Acharya认为,模型实验室不会攫取所有下游应用价值,高昂的算力成本正推动消费者对专用软件产生强烈的付费意愿。 Anish Acharya认为,AI格局正从单一赢家态势转向多赢家生态系统,专用的开放权重模型与前沿模型将共存以满足不同领域的需求。尽管基础模型能力充当了底层基元,但真正的价值创造和高利润率正向下游的应用层产品及消费级AI工具转移。随着消费者和企业的付费意愿达到历史新高,创始人正在利用更低的边际算力成本与自动化智能体循环,打造高客单价的“奢华软件”以及高利润率的微型SaaS(micro-SaaS)业务。 OpenAI、Anthropic 和 xAI 在模型层展开激烈竞争,行业格局正从两强争霸转向多赢家共存,而非单一赢家通吃的垄断局面。 (1:20) 由于非顶尖 GPU 租金持续上涨且算力供应高度紧缺,AI 泡沫论可能低估了市场需求;同时企业软件仅占 IT 总支出的 8% 至 12%,替换核心系统带来的合规与运营风险极高,短期内难以被内部自研工具颠覆。 (2:49) 传统护城河如品牌、规模与网络效应依旧稳固,但 AI 编程智能体大幅简化了数据迁移与集成,使遗留系统的“集成护城河”面临严峻挑战。 (5:06) 前沿模型实验室正向下垂直整合至推理与算力基础设施层;应用层软件则通过聚合多种模型、针对垂直工作流封装原始智能,创造出超越单一基础模型的独特商业价值。 (10:02) 高昂边际算力成本、缺乏统一应用商店分发以及文本交互限制曾阻碍消费级 AI 普及,但开源权重模型降本与个人 Agent 记忆复利正催生出兼具高付费意愿与新盈利模式的“轻奢软件”新周期。 (17:21)

Reading summary

Andreessen Horowitz General Partner Anish Acharya argues that the AI ecosystem is entering a multi-winner foundation model phase while economic value shifts decisively toward specialized application layers and a consumer renaissance. He contends that persistent compute scarcity, emerging autonomous execution loops, and expanding customer willingness to pay challenge prevailing fears of an AI market bubble or model commoditization. Macro Compute Scarcity and Multi-Winner Frontier Models (1:20) Acharya disputes the idea that a single model provider will monopolize the market, noting that xAI quickly expanded the frontier into a three-horse race alongside OpenAI and Anthropic. Developer loyalty remains fluid, serving as a leading indicator as practitioners rapidly switch providers based on performance and token economics. At the macro level, Acharya challenges prevailing bubble narratives, suggesting the market may be insufficiently optimistic about structural demand. He cites rising hourly rental rates for non-cutting-edge GPUs, such as the Nvidia B200, as evidence of tight physical supply rather than speculative overcapacity. Addressing enterprise risk, Acharya highlights that software comprises only 8% to 12% of total IT budgets. Consequently, companies will not hastily replace mission-critical systems like payroll or CRM with internally generated code. The cost savings from replacing existing software are strictly capped, whereas the operational, compliance, and accuracy risks of enterprise errors remain practically unbounded. Enterprise Moats and Vertical Model Specialization (5:06) Applying Hamilton Helmer's Seven Powers framework, Acharya argues that traditional moats like network effects, scale distribution, and brand power remain insulated from generative AI. However, enterprise integration moats face severe erosion: automated coding agents dramatically lower data migration and integration friction, posing existential threats to legacy system integrators. Enterprise workloads split functionally between alpha-creating tasks with unbounded upside (such as engineering and sales) and supporting tasks with bounded upside (such as accounting). This division dictates model economics: unbounded functions justify high expenditures on frontier models where incremental intelligence yields outsized returns, whereas bounded functions favor open-weight models fine-tuned via reinforcement learning. Contrary to early predictions that frontier labs would vertically swallow application software, major labs have integrated downward into inference infrastructure due to the homogeneity of compute workloads. This leaves fragmented, vertical application layers—such as Harvey in legal or Decagon in support—to capture downstream value by packaging model primitives with deep domain workflows. Autonomous Agent Loops and Consumer Resurgence (14:57) Acharya outlines an architectural shift from static prompt engineering to continuous execution loops equipped with memory and external tools. In software development, agents autonomously reproduce, patch, and deploy low-risk bug fixes. In personal productivity, applications like Town and GrokBot handle end-to-end tasks, such as filtering inbox subscriptions or researching, purchasing, and shipping apparel within a preset budget. These agents compound contextual memory over a 30-day period, shifting from generic assistants into personalized operators with strong user retention and pricing power. While consumer AI historically faced high marginal compute costs—exemplified by an experimental app costing $250 to onboard a single user—declining open-weight inference costs are repairing these unit economics. Consumer adoption is further catalyzed by AI's novel emotional and interpersonal capabilities, alongside compliance bottlenecks that culturally prevent Big Tech incumbents from launching unconstrained consumer companion products. Shifting Venture Economics and Founder Archetypes (29:35) The boundary between enterprise and consumer markets is fundamentally shifting. Acharya applies a pragmatic investment threshold: products with an Annual Contract Value below $15,000 cannot sustain direct sales teams and must rely on marketing acquisition, functionally categorizing small business operators like plumbers as consumers. Simultaneously, coding agents have enabled a surge in business formation, allowing non-technical founders to launch targeted 'mom-and-pop SaaS' products generating $100,000 to $1,000,000 in annual revenue. Venture economics are adapting accordingly. Referencing colleague David Ulevitch, Acharya notes that startups rationally sacrifice traditional software gross margins to support broader model capabilities, offset by unprecedented willingness to pay for $200 to $2,000 monthly 'luxury software' tiers. In parallel, early-stage founder demographics have shifted from MBAs to technical researchers. Seed funding dynamics have also inverted: large seed rounds of $20 million to $100 million are no longer inherently fatal, as surplus capital directly funds compute and model training rather than unmanageable human headcount. While aggressive consumer willingness to pay and structural demand favor application builders, founders still face acute challenges navigating platform gatekeepers on social networks, steep compute costs, and the lack of a centralized distribution app store.

精炼阅读摘要

a16z合伙人Anish Acharya指出,AI模型生态正在演变为多极并立的非垄断格局,算力短缺与旺盛需求反驳了泡沫破裂论;同时前沿实验室向下整合底层基础设施,为中立的应用层腾出了结合多模型编排、记忆复利与消费级软件复兴的巨大商业空间。 宏观供求与护城河:三极格局与集成风险 (2:49) 针对AI领域存在金融泡沫的观点,Anish Acharya认为市场可能“乐观不足”。当前硬件市场并未出现典型的通缩迹象,非顶尖GPU(如Nvidia B200)的每小时租赁价格反而在上涨,表明算力供给紧缺与结构性需求真实存在。此外,企业软件支出仅占整体IT预算的8%至12%,核心系统对错误零容忍,因此企业不会轻易用基础模型生成的代码替换成熟系统。在模型层面上,xAI的快速崛起打破了OpenAI与Anthropic的垄断预期,使前沿模型竞争转变为三足鼎立的多赢格局,开发者则根据性能与Token成本在各模型间灵活迁移。 在竞争壁垒方面,Hamilton Helmer的“7 Powers”分析框架显示,网络效应与品牌等经典护城河依然稳固。真正面临颠覆的是以SAP等传统软件为代表的“集成护城河”:代码智能体大幅降低了跨系统数据迁移与集成难度,直接冲击全球系统集成商(GSI)的商业模式。针对企业职能,能够带来无限潜在收益的Alpha创造角色(如研发与销售)倾向于为前沿高智商模型支付溢价;而收益上限受限的合规与财务类支持角色,则更适合采用经过强化学习微调的低成本开源模型。 应用层价值重构:向下整合与多模型编排 (10:02) 市场此前担忧大模型研发实验室会向上垂直整合吞并应用层,但实际趋势是主要实验室更倾向于向下整合推理与计算基础设施。Acharya解释称,推理工作负载具有高度同质化特征,在底层建立规模效应符合经济效益;相比之下,应用层必须应对碎片化的定价、打包销售模式以及高昂的运营支出。与此同时,模型并未同质化为通用大宗商品,而是在领域层面展现出不同的认知特征——例如GPT系列专精于配合桌面工具的知识型工作,Claude Code专注软件工程,不同任务分别需要偏向严谨或偏向发散的认知特质。 由于模型专长与训练数据各异,独立应用层的核心机遇在于跨模型编排。类似Expedia聚合不同航空公司的航班,应用软件能够中立地调度多种底层能力:例如Cursor在系统规划阶段调用前沿模型,在具体执行时路由至低成本模型;创意工具整合ElevenLabs音频与FLUX图像模型;或通过多模型交叉质询达成决策共识。面对垂直行业复杂的合规与工作流要求,如法律领域的Harvey等专用软件,通过将基础智能转化为贴合采购习惯的业务结果,构筑起模型厂商难以跨越的应用壁垒。 消费级AI复兴:高客单价与持续记忆沉淀 (17:21) 消费级AI正逐步跨出阻碍规模化的三大历史瓶颈:高边际成本、缺乏类似移动App Store的原生分发市场,以及仍停留在命令行阶段的“DOS时代”交互界面。随着开放权重模型大幅降低单用户上手成本,消费级软件的经济可行性显著改善。Acharya提出了一项投资划分标准:如果客户的年合同价值(ACV)低于1.5万美元且无法支撑传统直销团队,即必须通过营销渠道获客,那么即便用户是利用智能体开展业务的水电工,也应归入广义的消费级范畴。 消费软件的商业模式也在发生结构性转变。传统消费软件20美元/月的订阅天花板正在被打破,涌现出单月定价200美元乃至2,000美元的“奢侈软件”需求。David Ulevitch的观点表明,为交付更强大的产品功能而主动出让部分毛利率是合理的策略。以个人助理工具Town为例,其核心价值来自长达30天的情境记忆积累,智能体从缺乏背景信息的“新员工”成长为熟练自主决策的“资深员工”,这种持续沉淀的上下文为产品带来了极高的用户留存与定价权。历史上重大技术平台升级中约80%的经济剩余最终会惠及消费者,消费级AI围绕健康、个人财务、购物与人际关系等生活循环的自动化封装正承载这一红利。 创业范式变迁:技术原生、大资本与微型SaaS (30:44) 在创业者构成上,AI应用领域的创始人画像正由过去的MBA和大型科技公司产品经理转向底层技术研究人员。Ben Horowitz曾指出,在过往的技术周期中初创企业最大的风险是“想法太大”,而在当前的AI周期中,最大的风险则是“想法太小”。资深管理者容易受制于过往的软件局限,而年轻的技术型创始人更倾向于假定一切皆可通过技术实现。同时,早期融资规模的规则已被重塑:过去向种子期企业注入巨额资金会导致团队精力分散,如今巨额资本可直接转化为模型训练和算力资源,转化为产品维度的直接优势,印证了Chris Dixon关于优先选择“需求过剩而非供给过剩”市场的投资逻辑。 在获客渠道方面,主流社交平台(如Instagram、TikTok和X)正严密防范初创企业通过平台机制进行寄生式裂变,促使真实的口碑传播重新成为核心增长引擎。与此同时,代码智能体的普惠使得非技术人员无需依赖传统内容创作变现,即可独立构建面向特定社区或垂直领域的“夫妻店微型SaaS”,年经常性收入(ARR)可达10万至100万美元,带动新商业主体创建率逼近疫情期间的历史峰值。 当前AI生态的竞争焦点已从单纯的模型参数角逐,转向应用层对具体业务与生活工作流的深度封装。然而,如何在算力供应瓶颈下平衡高昂的计算成本与软件毛利率,以及在缺乏原生分发渠道的前提下构建可持续的用户获取体系,仍是消费级与中小企业AI应用面临的关键挑战。

Detailed notes — zh

## Background 该视频由知名风险投资机构 a16z 于 2026 年 8 月 27 日发布在 YouTube 频道。内容由主持人 Jen Kha 对谈 a16z 合伙人 Anish Acharya,主要围绕 AI 模型前沿演变、开源与闭源竞争、传统商业护城河的韧性,以及应用层(尤其是消费级 AI)的复兴机遇与新型商业经济学展开深入剖析。 ## TL;DR 访谈从 Anish 让个人智能体自主海选并下单牛仔裤的趣事切入,提出未来模型层将呈现“多强共存”而非赢家通吃的格局,企业端亦会根据任务收益上限在昂贵的前沿模型与低成本开源微调模型间理性选型。同时,讨论打破了“护城河已死”的迷思,指出网络效应与品牌依然坚固,而系统集成等工程高墙正被代码智能体瓦解。转向应用层与消费级 AI 时,Anish 强调随着边际推理成本下降与上下文记忆复利,市场正迎来突破每月 20 美元天花板的“奢侈软件”与新型小微 SaaS 生态。最后,两人探讨了创投范式的深刻变迁——年轻的技术型创始人正在打破既有天花板,而当前创业最大的风险已从“想法太大”变成了“想法太小”。 ## Atmosphere & style 整场对话兼具顶级硅谷风投的前沿宏观洞察与贴近生活的极客幽默,节奏轻快而干货密集。Jen 与 Anish 配合默契,从用 Agent 买牛仔裤、清理私人邮箱等生动细节自然过渡到底层算力定价与单位经济学的硬核讨论,时不时穿插对“爱马仕铂金包”与时尚穿搭的打趣调侃。听感上既没有枯燥的学究气,也不盲目盲从市场情绪,而是在对算力短缺与创业热潮的冷静审视中,洋溢着一种技术乐观主义的昂扬活力。 ## Bulletin - [01:26](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=86s) 底层基础模型竞争正演进为多强共存格局,顶尖实验室并未向上吞噬应用层,而是向下垂直整合算力与推理基础设施。 - [05:30](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=330s) 传统商业护城河在 AI 时代依然稳固,品牌、分发规模与网络效应仍起决定性作用,但单纯依赖复杂工程集成的中介壁垒正被代码智能体瓦解。 - [18:48](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1128s) 消费级与小微商业迎来“应用复兴”,编码智能体催生出大量非技术背景开发者创建的“夫妻店 SaaS”,小微企业主选购逻辑正全面向 C 端消费形态靠拢。 - [29:35](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1775s) AI 应用层商业模式被重构,短期适度牺牲毛利以拓宽产品覆盖面成为共识,甚至催生出每月数百至数千美元的“奢侈软件(Luxury Software)”。 ## Key takeaways - [01:26](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=86s) 未来模型层不会是赢家通吃,而是由 OpenAI、Anthropic、xAI 与开源生态共同组成的多强共存格局,开发者实用主义驱动其在不同模型间高频迁移。 - [03:00](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=180s) 市场底层硬件供需严重失衡,硬件通缩常态被打破,甚至二线 GPU 租赁单价仍在上涨,表明算力需求远未见顶。 - [04:16](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=256s) 企业软件核心 SaaS 依然坚固,因核心软件仅占企业预算 8%-12%,而合规与精准度风险极高,企业不会冒巨大法律风险用 AI 手搓代码自建系统。 - [05:30](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=330s) 汉密尔顿·赫尔默《七大力量》中的经典护城河依然奏效,AI 代码生成虽能轻易克隆界面,但无法撼动耐克的品牌与 Instagram 的庞大社交网络。 - [06:04](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=364s) 系统集成护城河(Integration Moat)正在崩溃,代码智能体断崖式拉平跨系统连接难度,严重威胁传统全球系统集成商(GSI)的生存空间。 - [06:43](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=403s) 企业在模型选型上呈现双轨架构:销售与研发等具有无限收益潜力的核心任务会不计代价采购顶尖闭源 Token,财务法务等合规任务则选用开源模型加强化学习实现低成本与高精度。 - [10:00](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=600s) 模型实验室放弃向上吞噬复杂异构的应用层,转而向下垂直整合推理底层,以在同质化的推理计算负载中发挥最大规模效应。 - [12:01](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=721s) 基础模型绝非大宗商品,不同模型在领域与心智特质(如大五人格的严谨与开放)上存在鲜明比较优势,应用层通过聚合多个特化模型能够创造出大于部分之和的独特价值。 - [14:57](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=897s) AI 交互形态正从向单次单向输入 Prompt 演化为将模型置于工具、记忆与执行闭环中的 Agentic Loops(自主循环)。 - [18:48](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1128s) 代码智能体彻底改写数字创业形态,非技术出身的个体通过 AI Agent 打造年收入十万至百万美元的垂直微型 SaaS,接替了十年前扎堆做视频博主的创客生态。 - [19:31](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1171s) 重新定义消费级边界:凡无法支撑直销团队人肉获客、年客单价(ACV)低于 1.5 万美元的小微企业(如水管工),其采购本质均遵循 C 端消费逻辑。 - [21:21](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1281s) 个人智能助理(如 Town)凭借沉淀 30 天以上的上下文记忆构筑高留存壁垒,使用户从“新手员工”体验跃升至“资深员工托管生活”,突破个人生产力工具不愿付费的魔咒。 - [27:35](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1655s) 消费级 AI 迈向情感与陪伴原语,不仅避开了大型科技公司因多重合规委员会审查无法涉足的灰色边界,还大幅拉高了客单价上限。 - [29:35](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1775s) 用户对高价值 AI 软件的付费意愿被激活,传统每月 20 美元的消费软件天花板被打破,软件界正在涌现每月 200 至 2000 美元的“爱马仕铂金包式”奢侈软件。 - [30:46](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1846s) 创业者画像从 MBA 和传统大厂 PM 转向硬核技术研究员,他们敢于挑战被旧经验认为不可能的技术边界,创业最大风险已从“想法太大”转变为“想法太小”。 - [32:26](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1946s) 传统“给创始人太多钱会毁掉公司”的 VC 逻辑失效,资金现可直接转换为算力与模型护城河,小而精的团队也能高效利用数千万甚至上亿美元放大单点优势。 - [34:05](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=2045s) 中小企业市场分发渠道被封死,既有社交巨头严防外部引流套利,迫使初创公司依赖极致产品体验激发原生口碑传播,同时美国高涨的年轻原生创业者潮成为最大增量市场。 ## Detailed walkthrough ### [00:02](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=2s) 个人智能体初显身手:AI 代理与“买牛仔裤”的自主实践 在对当前 AI 技术大爆发与资源充沛态势的探讨中,主持人 Jen Kha 邀请 a16z 合伙人 Anish Acharya 共同登场。Jen 率先分享了两人本周早些时候在合伙人(GP)闭门会上的趣事:Anish 当时透露自己已经让智能体 GrokBot 自主运行,甚至帮他采购了一批牛仔裤。在 Jen 的追问下,Anish 笑着坦白了一个他戏称为“商业机密(受保护的知识产权)”的个人穿搭习惯——他平时最常穿的是 Frame 品牌的牛仔裤。 Anish 详细讲述了那次充满未来感的购物体验。几天前的一个夜晚,他在睡前随手拍了一张自己常穿牛仔裤的照片,给 GrokBot 发送指令:“帮我买一条以这款为灵感的牛仔裤,预算不要超过 500 美元,搞定它。”随后他便直接入睡。次日清晨醒来时,智能体不仅自主完成了全网调研与比对,找到了版型一致但水洗效果不同的同款优质牛仔裤,还直接刷了他的信用卡下单付款,商品已经在寄送途中。Anish 强调,当前 AI 智能体最核心的特质在于“机敏的自主解决问题能力”(Resourcefulness)。底层的技术能力其实已经齐备,未来的重大爆发将取决于这种端到端的自主执行力,以及如何通过友好的产品架构,将其包装成大众消费者能够直观理解并轻松使用的形态。Jen 对此深有共鸣并打趣道,她已经准备把自己的智能体设定为周末专属项目,去处理家里堆了两年、早就答应丈夫要挂牌卖掉的那堆旧闲置。 - **实测案例与关键参数**:用户睡前仅需一张照片及指令,设定价格上限 500 美元,智能体夜间全自主完成“图像识别—竞品检索—选品比对—调用支付凭证—完成下单”全流程闭环。 - **产品核心突破点**:从单轮被动问答转向具备 Resourcefulness(资源调度与随机应变能力)的主动代理架构。 ```mermaid flowchart LR accTitle: 个人智能体端到端自主购物流程 accDescr: 展示从用户输入模糊意图到智能体自主调研、决策并支付发货的全流程。 subgraph Input["用户输入"] A["拍摄现有牛仔裤照片"] B["设定约束:预算 < $500"] end subgraph Agent["智能体自主决策与执行"] C["全网跨平台检索比对"] D["锁定同版型/不同水洗款式"] E["调用支付方式完成结账"] end subgraph Output["最终交付"] F["商品打包寄出并在途"] end Input --> Agent Agent --> Output ``` --- ### [01:26](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=86s) 三年后的模型竞赛:走向“多强共存”而非赢家通吃 面对“三年后哪一家当前的 AI 领军企业会成为最终赢家”的核心问题,Anish 旗帜鲜明地给出了自己的判断:他坚定站在“多赢家阵营(Many Winners)”。回顾近期的技术格局变化,行业竞争格局以惊人的速度演进——仅仅两周内,xAI 就从原本在顶尖模型竞技场边缘的位置迅速突围,跻身至行业前三,将原先大家预期的“双雄争霸”硬生生改写为“三足鼎立”。而拉长时间线看,整整一年间,市场情绪经历了大起大落:此前 Anthropic 势头强劲,仿佛处于不可动摇的统治地位;然而在过去的三个月里,OpenAI 凭借一系列出色的新模型、全新优化的 Codex harness 以及广受好评的 ChatGPT 桌面端应用展开了猛烈反击。各大顶尖实验室正在不同的专业方向上加速分化,且在彼此交替领先的良性竞争中均维持着极度迅猛的业务增长。与此同时,开源与权重开放(Open-weight)模型的生态表现也异常强劲,进一步夯实了多模型共存的未来。 Jen 补充分析了当前开发者生态的微妙心态。虽然社交平台 X 上的舆论并不等同于长期的未来预测,但它往往是捕捉一线开发者情绪风向的敏锐风向标。开发者群体本质上是高度实用主义的“顺境拥趸(Fair weather fans)”——哪里的模型综合表现最好、最新最快,他们就会迅速涌向哪里。近段时间,Claude 在使用配额(Token limits)和频率限制等方面引发了社区的不满与反弹,使得不少开发者开始将工作流迁移或尝试其他模型。在过去六到八周内,这种开发活跃度与调用流量的迁徙尤为显著。随着各大模型厂商加速资本化运作与前沿迭代,模型层竞争正全面迈入白热化的前沿突破阶段。 - **竞争格局剧变**:从 Anthropic 与 OpenAI 的双强对峙,快速演化为包含 xAI 在内的“三驾马车”争霸,且开源模型同样占据重要一席。 - **差异化分工**:各家模型实验室不再是单一维度的同质化竞争,而是逐渐在特定应用场景、工程套件(如 Codex harness、桌面端交互)和专业化推理方向上形成纵深区隔。 - **开发者流动性**:开发者对模型并无绝对品牌忠诚度,API 速率、Token 限额政策及最新性能突破随时都会引发开发工作流的快速转移。 ### [03:00](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=180s) 分享大纲与宏观视角:我们是否低估了 AI 的未来? 对话在 Jen Kha 的主持下展开,a16z 合伙人 Anish Acharya 接过话茬梳理了当天的分享主线。他表示将分三个层次剖析当下格局:首先从宏观市场层面切入;其次深入应用层,重点探讨“应用正是智能这一基础要素的产品化落地”(applications are the productization of the intelligence primitive);最后落脚到消费级 AI 领域,盘点近期因 GrokBot 等产品发布而异常热闹的消费级创新浪潮。开场时,Anish 还半开玩笑地调侃了前 OpenAI 研究员 Leopold Aschenbrenner 著名的《态势感知》(Situational Awareness)长文,希望老朋友 Leopold 不介意自己拿这个标题打趣。 进入宏观分析后,Anish 指出,当前市场对于“AI 是否存在泡沫”的讨论已经泛滥成灾甚至有些过度消化。他认为真正处在“分布之外”(out of distribution)、缺乏足够探讨的核心命题反而是:“万一我们其实还不够乐观呢?”(What if we're insufficiently optimistic?)。如果仔细审视行业底层的二级指标,就会发现眼下呈现出几乎无限的需求与极度受限的供给。以 B200 这一级别的 GPU 为例,在算力市场上即使并非最顶尖绝顶的切片,其每小时租赁单价居然还在逆势上涨。在通常极度通缩的硬件与云计算领域,这种价格上涨是极其反常的现象,强有力地印证了上游供给的极度短缺与下游需求的深不见底。 - **三阶段分享议程**:宏观供需态势、应用层作为智能的产品化载体、消费级 AI 的复兴。 - **反直觉的算力定价**:GPU 租赁每小时价格不降反升,反映出算力供给瓶颈与庞大需求的严重失衡。 ### [04:16](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=256s) SaaS 市场的巨幅震荡与企业软件的真实壁垒 谈及此前二级市场的波动,Anish 回顾了 SaaS 板块经历的惊险“过山车”。今年二月,众多 SaaS 标的遭遇了 30% 到 40% 的惨烈回撤,当时 a16z 团队便明确发声认为市场过度抛售了软件资产;果不其然,几个月后许多名字又强劲反弹了 40%。Anish 坦言虽然市场情绪的反复拉扯令人啼笑皆非,但他们当时持有的底层逻辑至今依然完全成立:在典型的大型企业中,软件支出仅占总支出的 8% 至 12%,并不是大头。因此,企业为了省钱而依靠 AI 代理“凭感觉手搓代码”(vibe code)去自建一套薪酬系统或 CRM 的潜在收益微乎其微,但潜在风险却是灾难性的——尤其像薪资发放一旦出错,将引发无穷无尽的合规与法律灾难。现阶段的企业软件对精确度有着极致要求,这根本不是目前的编程智能体所能胜任的。 不过,这场市场回调并非毫无意义,退潮确实让许多传统 SaaS 公司的真实体质暴露无遗。过去大量依赖过高的员工股权激励(SBC, Stock-Based Compensation)来粉饰财务数据的行为如今无所遁形,这些公司必须加速自我革新,否则就将面临淘汰。整体而言,虽然 SaaS 面临诸如商业模式重构等生存命题,但行业远没有前几个月市场上渲染的那般悲观与末日降临。 ```mermaid flowchart TD accTitle: 企业软件自研与采购的收益风险权衡 accDescr: 解释为何企业不会轻易用 AI 编程代理取代成熟企业级 SaaS subgraph Cost["企业总成本结构"] SW["软件支出 (仅占 8% - 12%)"] Other["人力与运营核心支出 (占 88% - 92%)"] end subgraph VibeCoding["AI 代理自建系统 (Vibe Coding)"] Upside["潜在收益:节省少量软件开销 (极其有限)"] Downside["潜在风险:合规崩溃/薪酬错误 (代价无上限)"] end SW --> VibeCoding Downside --> Decision["结论:高精确度要求下,传统关键 SaaS 依然稳固"] ``` ### [05:30](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=330s) 护城河消失论的谬误:经典竞争壁垒为何依然坚固 面对当下 AI 圈“护城河已死”、“在低成本模型面前一切壁垒荡然无存”的悲观论调,Anish 进行了坚决的反驳。他特别提到了自己极为推崇的商业战略经典著作——汉密尔顿·赫尔默(Hamilton Helmer)的《七大力量》(*7 Powers*)。Anish 强调,如果仔细拆解商业竞争的本质,就会发现《七大力量》中绝大多数核心护城河根本不会被泛滥且廉价的智能所瓦解。 他以网络效应、规模效应(尤其体现在分销渠道上)以及硅谷向来习惯低估的品牌效应为例,指出这些壁垒在 AI 时代依然坚不可摧。Anish 生动地打了个比方:“无论 AI 编程代理变得多么强大,写出再多代码,也不可能让耐克(Nike)变得不再是耐克。”同样,Instagram 最核心的竞争壁垒也从来不是搭建那套 App 代码在工程上的复杂程度,而是其背后牢固的用户网络与注意力生态。技术的商品化并没有削弱传统的商业护城河,反而进一步放大了渠道、品牌与网络本身的价值。 ### [06:04](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=364s) 传统护城河的韧性与“集成护城河”的瓦解 在商业壁垒与护城河的演变上,传统的护城河要素并未因 AI 的崛起而失效。正如 Instagram 最核心的竞争力并非单纯构建出客户端应用,而是其背后沉淀的庞大社交网络一样,网络效应、规模优势与品牌认知等绝大多数传统护城河依然稳固,甚至比以往任何时候都更加关键,持续驱动着企业的复利价值增长。 然而,某些依赖繁复工程壁垒的护城河正在面临严重冲击,其中最为显著的便是“系统集成护城河”(Integration Moat)。以企业级巨头 SAP 为例,其系统的集成与数据迁移极其复杂,甚至从一个旧版本升级至新版本对许多企业而言都是一场“生死攸关的存亡风险”。这种壁垒长期以来催生了庞大的系统集成商(SI)与全球系统集成商(GSI)生态。随着代码生成 Agent(Coding Agents)的成熟,系统集成的难度正在被断崖式拉平。代码智能体能够以极高效率重构逻辑与打通接口,这使得长期以此为立足点的系统集成商们面临着自身价值定位的生死拷问。传统护城河依然长青,但单纯依赖工程复杂度和集成门槛构筑的高墙已被撕开缺口。 - **脆弱的集成壁垒**:SAP 式以极端复杂性为壁垒的产品形态,正因代码 Agent 的崛起而失去以往的转换阻力。 - **系统集成商危机**:传统 SI 与 GSI 赖以生存的中介集成价值被显著稀释。 - **持久的传统护城河**:网络效应与规模壁垒在 AI 时代依然是构建长久商业价值的核心锚点。 --- ### [06:43](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=403s) 企业智能的分野:无限收益任务与有界任务的模型选择 在企业内部不同工作职能中,对大语言模型的采纳逻辑正在形成一种高度理性的双轨架构。这种架构的核心依据在于:该职能所创造的价值是“具有无限上升空间”(Unbounded Upside),还是“收益有界”(Bounded Upside)。 对于产品、销售、工程与前沿研发等“创造 Alpha”的核心岗位,其商业回报几乎是无限的。一个突破性的产品功能、一次精准的模型架构调整,或是谈成一笔决定性的标杆大客户,都能为企业带来不可估量的商业杠杆。面对这类岗位,企业在经济学上完全有理由“不计代价地为每一次智商提升买单”——无论前沿闭源模型的调用代币(Frontier Tokens)多么昂贵,哪怕模型只聪明了 1 个 IQ 点(例如未来的 GPT-5、GPT-6 或前沿模型),只要能推动成单或产品质变,高昂的算力成本都物超所值。 相反,在财务、法务、人力资源等支持性或行政性质的职能中,任务的目标是合规与精确。以财务结账为例,最高标准就是做到 100% 准确,不存在“比准确再好 10 倍”的结账方式。由于回报空间存在天然上限,企业追求的是帕累托最优的成本效益曲线(Pareto-efficient cost curve)。在这类场景下,采用开源/权重开放模型(Open-weight models)结合特定强化学习(RL)进行定向优化,便成了最具经济理性的架构选择。 ```mermaid flowchart TD accTitle: 企业任务属性与大模型选择决策流 accDescr: 根据企业任务的商业回报空间划分选择闭源前沿模型还是开源微调模型 subgraph Evaluation["任务价值属性评估"] A["企业职能与任务类型"] --> B{"价值上限是否开放?"} end subgraph UnboundedPath["无限收益任务 (Alpha 创造)"] B -- "收益无限 (Unbounded)" --> C["销售、产品、核心研发、工程"] C --> D["优先选用前沿闭源 Token (如 GPT-5/6)"] D --> E["经济逻辑:为哪怕 1 点智商提升支付溢价"] end subgraph BoundedPath["有界任务 (支持与合规)"] B -- "收益有界 (Bounded)" --> F["财务对账、法务合规、HR 运营"] F --> G["选用权重开放模型 + 强化学习 (RL)"] G --> H["经济逻辑:追求帕累托最优的低成本与高精度"] end ``` --- ### [07:51](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=471s) 开源模型的不可替代性与模型特性的分化 针对大模型成本与开源路线的讨论近期持续升温。尤其在各类高性价比模型(如 Kimi 等)引发行业震动后,许多人聚焦于推理成本的暴跌。然而,Decagon 创始人 Jesse Zhang 曾深入剖析:对许多垂类软件和创业公司而言,采用开源模型远非“为了省钱”,而是“唯一可行的技术路径”。前沿闭源 API 无法满足深度本地化部署、专有数据私域训练以及特定领域极致微调(Fine-tuning)的需求,开源模型赋予了开发者对底层系统完整的控制权。 与此同时,基础模型的发展呈现出明显的“性格分化”与“比较优势”。不同模型的设计取向往往存在天然的张力: - **极致精确与刻板(Literal & High Neuroticism)**:以 GLM 系列部分版本为代表的模型表现出高度字面化的特征,执行指令极其严谨刻板,严格限定在提示词范围之内,绝不多走一步。 - **开放与主动推断(Presumptuous & Open)**:另一类模型则更具发散性与主观推断能力,愿意在理解意图的基础上做更多延伸与假设。 这种模型特质的演化表明,未来的软件系统不会由单一模型垄断,而是根据任务的具体要求,将不同性格、不同优势的模型组合编排,形成各司其职的协同网络。 ### [09:05](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=545s) 强化学习、专业化模型与“思维形态”的权衡 机构内部其实需要不同类型的模型并存:有些模型倾向于深思熟虑、谨慎严密,而另一些模型则更大胆、极具预设性且富有创造力。这两类“思维形态”(shapes of those minds)在本质上甚至是互相冲突的,因此企业内部必须组合多种模型来各司其职。强化学习(Reinforcement Learning)在其中扮演着关键角色——如果企业能够针对特定场景,利用专有的推理轨迹(reasoning traces)去微调、定制模型,就能在自身垂直领域和客户群体中建立起复合性优势(compounding advantage)。通过这种方式塑造出的专业化智能,能够在该场景下彻底击败任何通用基础模型。 然而,这种基于强化学习的特化也伴随着不可避免的权衡:企业获得了极致的垂直能力,却失去了通用性(generality)。例如,为解决法律问题而深度微调的最佳模型,在处理理论数学问题时可能表现平平;但对于法律科技平台 Harvey 来说,这完全可以接受;同理,客户服务领域的 Decagon 也属于这种逻辑。这种基于开源权重(open-weight)进行深度专业化的特性非常独特,也是当下众多初创公司坚定选择开源模型的核心原因之一。 ```mermaid flowchart TD accTitle: 模型专业化与通用性权衡机制 accDescr: 展示基础模型如何通过垂直领域推理轨迹与强化学习分化为专业模型,并在各自垂直领域获得优势,但牺牲通用能力的闭环。 subgraph Base["基础能力"] M1["开源基础模型"] end subgraph Specialization["领域强化流程"] R1["专有推理轨迹<br/>(Reasoning Traces)"] RL["强化学习微调<br/>(RL / Fine-Tuning)"] end subgraph DomainApps["垂直领域落地"] H["Harvey<br/>(法律领域专业智能)"] D["Decagon<br/>(客服自动化专业智能)"] end M1 --> RL R1 --> RL RL --> H RL --> D ``` - **垂直案例**:Harvey 在法律领域的专业推理表现、Decagon 在客服支持领域的深度定制,均证明了专业化模型在特定任务上超越通用大模型的商业可行性。 - **核心代价**:领域专业化的直接代价是“丧失通用性”(lose generality),但在企业服务市场,垂直精度远比泛化通用更重要。 --- ### [10:00](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=600s) 垂直整合的真实走向:不是吞噬应用,而是深耕算力与推理 回顾当年的讨论,行业认知在极短时间内发生了巨大演进。此前 Anthropic 的 Claude 推出了所谓的“法律插件”(Legal Plugin),本质上不过是一堆技能文件(skill files)的集合打包,而这些文件其实就是写得很长的提示词(prompts)。然而这在当时引发了市场恐慌,导致汤森路透(Thomson Reuters)等传统法律服务巨头的股价断崖式下跌。外界一度热烈讨论前沿模型实验室(AI Labs)是否会顺着技术栈“向上垂直整合”,直接通吃并取代整个上层应用生态。 但现实却走向了截然相反的方向:模型实验室确实在进行垂直整合,但方向是“向下整合”,深入到底层的推理(inference)与计算(compute)设施中。事后来看这种演进完全合乎逻辑: 1. **基础设施的高同质性**:推理工作负载(workloads for inference)高度同质化,技术栈极为纯粹,模型实验室能够在这一单点环节建立起巨大的规模效应。 2. **应用层的异构性与重运营**:相比之下,应用层充斥着极度碎片化和定制化的需求,不仅涉及复杂的定价、产品打包,还要应对不同的产品化落地形态与企业客户特殊的采购偏好。向上吞噬应用层是一项极重运营支出(OpEx-heavy)且难度极高的事情,远不如向下扎根推理底层划算。 --- ### [11:15](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=675s) 模型并非大宗商品:知识工作环境与产品载体 对于“模型是否正在大宗商品化(model commoditization)”的论调,真正深度使用大模型的人会持有完全不同的看法。以自身作为对照,每当有全新模型发布时,都应坚持亲自用它开发或制作一些小应用或大项目。一旦深入实践就会发现,各个模型在领域层面上存在着鲜明的“比较优势”(comparative advantage),它们根本不是可以随意相互替换的大宗商品。 典型的代表就是 OpenAI 的新型 GPT 模型,在知识工作(knowledge work)场景下表现极其出色。不仅模型本身底子过硬,其产品包装架构——即“产品载具/挂具”(harness,指类似浏览器一样的产品运行容器)——也与知识工作契合得天衣无缝。以 ChatGPT 桌面客户端(Desktop App)为例,其构建形式堪称处理电子表格(spreadsheets)、演示文稿(slide presentations)以及撰写长篇文档的绝佳载体。模型的能力与专属产品容器的深度结合,彻底打破了模型大宗商品化的假设。 ### [12:01](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=721s) 模型的领域分化与“大五人格”心智差异 模型的专业化正在从底层设计和用户交互界面上清晰地显现出来。以 Claude Code 为例,它完全是为软件工程师量身打造的——直接运行在终端 UI(Terminal UI)中,从微小的交互设计细节到核心专长领域(例如代码规划与测试执行),处处都服务于程序员的工作流。相比之下,那些偏向文书处理、文档撰写的产品则在界面与功能取向上面临完全不同的权衡取舍。这种领域层面的专业化分工目前正在各大模型间加速发生。 除了专业垂直领域的区分,模型的思维风格甚至呈现出类似心理学中“大五人格特质”(Big Five personality traits)的分化。就像一个人很难同时具备极高的开放性(Openness)和极高的神经质/审慎性(Neuroticism)一样,AI 智能体在面对不同任务时也需要不同的“心智特质”: - 面对严谨的会计和财务问题时,你需要模型具备极高的“审慎/神经质”特质,确保零容错与极端细致; - 面对前沿的设计或创意问题时,你则需要模型展现出极大的“开放性”与天马行空的探索欲。 一个组织内部必然需要容纳这两种截然不同的智能心智,这也是为什么开发者会因地制宜地在 GLM 与 Kimi 等不同模型之间进行权衡和选型。由此可见,底层模型绝非千篇一律的大宗商品(Commodities)。 ```mermaid flowchart TD accTitle: 模型人格特质与任务匹配 accDescr: 展示大五人格特质在模型选型中的对应关系与任务分工 subgraph Traits["模型心智特质 (Big Five 映射)"] N["审慎 / 神经质倾向<br/>(高严谨度、低容错)"] O["开放性倾向<br/>(高发散性、创意探索)"] end subgraph Tasks["业务任务匹配"] N --> Acc["会计、审计与财务合规"] O --> Des["创意设计、头脑风暴"] end subgraph Selection["模型差异化选型"] Acc --> M1["GLM 等严谨逻辑模型"] Des --> M2["Kimi 等发散/长文理解模型"] end ``` --- ### [12:57](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=777s) 模型聚合的价值:打造大于部分之和的应用外壳 当基础模型变得多元化且各有所长时,应用层通过“模型聚合”(Model Aggregation)往往能创造出“大于各部分总和”的巨大价值。这与在线旅游平台 Expedia 的逻辑如出一辙:用户无需分别打开美联航(United)、达美航空(Delta)和西南航空(Southwest)的官网逐一比对,Expedia 提供的一站式全量库存概览带来了远超单家航司的用户体验。类似的多模型协同范式正在多个应用领域快速落地: - **编程开发(Coding)**:在类似 Cursor 这样的工具中,开发者可以使用前沿旗舰模型(Frontier Model)来负责高阶的架构与逻辑规划(Planning),随后调度轻量级、低成本的模型去执行具体的代码编写与补全(Execution)。这要求产品具备能够灵活编排多模型的底层架构与外壳(Harness)。 - **创意工具(Creative Tools)**:不同多模态模型专精不同介质。例如 ElevenLabs 在语音和音乐合成方面独树一帜,而 Black Forest Labs(FLUX)则在图像和视频生成及创意视觉指导上表现卓越。最优秀的产品形态必然是将这些最顶尖的多模态模型整合进同一个创作工作流中。 - **调研与复杂决策(Research & Decisions)**:各家大模型的训练数据集往往是不重叠的。应用层可以将同一个问题以对抗(Adversarial)的形式并发分发给多个模型,再借助独立的裁判模型帮助结果收敛与综合,从而挖掘出单一大模型无法覆盖的信息增量。 底层模型实验室在商业利益和战略结构上都被牢牢锁死,只能向外界兜售自家的专有模型;而处于应用层的聚合者却能跳出这一限制,博采众长,为用户提供真正“各领域最佳”(Best-of-Breed)的完整解决方案。 --- ### [14:20](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=860s) 应用层的本质:将原始智能转化为经济成果 应用层的核心逻辑在于将“智能”视为一种基础生产要素,这与云计算的发展历程完全一致。当年购买 AWS 算力只是一种采购云基础设施的原语(Primitive),而 Salesforce 的价值在于将 AWS 的云原语封装成了功能完备的 CRM 软件,从而为各个客户群体直接交付可衡量的经济成果。 当下的 AI 应用层正在重演这一规律。拥有未经加工的原始智能(Raw Intelligence Primitive)固然重要,但各行各业需要专门的应用将其转化为切实的商业价值: - 在法律行业,必须依靠像 Harvey 这样的专业平台,将底层模型能力转化为符合律师工作流、能直接产生经济回报的合规生产力工具; - 在高度垂直的细分领域(如信用合作社 Credit Unions),其采购流程与使用习惯极其特殊而定制化,通用模型本身无法触达这些独特的业务场景,必须依赖垂直应用来完成深度的行业适配与交付。 ### [14:57](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=897s) 企业场景中的智能原语:从单次 Prompt 到自动化循环(Loops) 理解客户究竟想如何购买产品、希望产品如何被产品化包装,以及他们对自己所在市场的野心边界,是应用层创业公司的核心命题。Anish 举例说明,大多数信用社(Credit Unions)引入 AI 技术的目的并不是为了将员工人数砍掉一半,恰恰相反,他们希望将团队规模翻倍,同时构建起一个极具经济效益与盈利能力的业务。这意味着垂直领域的客户对“智能原语”(Intelligence Primitive)在自身细分行业中的落地方式有着非常具体的诉求,而应用层的巨大机遇就在于成为满足这些特化需求的交付者。 ```mermaid flowchart TD accTitle: 自动化业务闭环(Agentic Loops)演进 accDescr: 展示从代码缺陷自主修复循环到跨业务战略决策循环的层级跃迁 subgraph CodingLoop ["代码级闭环 (Coding Loop)"] A["发现并报告 Bug"] --> B["自主复现缺陷"] B --> C["自动生成修复代码"] C --> D["验证与测试"] D -->|"低风险变更"| E["自动集成部署并通知客户"] D -->|"高风险变更"| F["人工工程师审查 (Human-in-the-Loop)"] end subgraph BusinessLoop ["业务级闭环 (Business Loop)"] G["价格优化 / 采购流程"] --> H["端到端自动化执行"] H --> I["跨业务全局决策建议\n(如:'建议在蒂华纳设立新分支机构')"] end CodingLoop --> BusinessLoop ``` 在此基础上,Anish 阐述了一个更为进阶的演进模式:AI 的使用范式已经彻底从“向模型输入 Prompt”转变为“将模型置入循环之中”(Models in loops)。尽管“Agent(智能体)”这个词已经被严重滥用,但其本质非常纯粹——“Agent 不过是一个置身于循环中、配备了工具、记忆以及其他少量组件的模型”。最典型的落地场景便是软件工程领域:当用户报告一个 Bug 后,系统会自动复现该缺陷、生成修复补丁并完成校验;若属于低风险改动,系统会直接将其集成上线部署,并给客户发送一封通知邮件;若属于高风险改动,则转交人工进行审核。企业收到的每一个缺陷,由此都能通过这种自主代码循环得到解决。 这种闭环逻辑正迅速向更广泛的商业环节外推。无论是定价动态优化还是采购审批,都是天然可以由模型全自动化运作的商业循环。甚至在最雄心勃勃的“全业务级循环”中,AI 能够跨越全局业务数据,主动向管理层建议“我认为我们需要在蒂华纳(Tijuana)开设一家新分支机构”。尽管模型无法在线下替你把实体店开起来,但它能够触及并撼动整套业务的表层决策。这种从单点任务跨越到全局自动化循环的路径,正是企业级自动化依靠 AI 实现质变的核心形态。 ### [16:37](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=997s) 是“整个行业”而非“单一市场”:编程智能的多层抽象 谈到对市场规模的审视,Anish 引用了 Marc Andreessen 的敏锐判断:我们面对的应当被视为“行业”(Industries)而非简单的“细分市场”(Markets)。法律领域如此,编程领域亦然。如果将“编程智能”本身视作一种底层原语,那么目前市场上涌现的成功产品,实际上是在这一技术栈的不同层级分别找到了立足点。 以具体产品为例,Claude Code 极致地贴近底层,几乎是将最原始的“硬件”能力直接暴露给开发者,追求纯粹的控制力与强大性能;而在技术栈的另一端,Replit 则构建了一层精妙绝伦的抽象,让完全不懂编程的普通小微企业主也能轻松调动代码能力。从 Claude Code 到 Replit,它们代表了针对同一种编程智能原语在定价模式、产品形态与包装方式上的不同切片。由于每一个切片都精准对应了特定用户群体的心理预期,所有这些层级的参与者目前都在各自的生态位上取得了成功。因此,投资人与创业者亟需转变心智模型:绝不能用评估单一软件市场的狭隘眼光来衡量这些智能原语,它们正在催生的是庞大而完整的全新产业。 - **Claude Code 的定位**:为专业开发者提供近乎裸机质感的底层能力与高自由度。 - **Replit 的定位**:为不懂代码的非技术人员及小微企业主提供极高抽象层级的端到端应用构建能力。 - **核心认知迭代**:将 AI 赋能的纵深领域评估为承载多元产品的“产业整体”,而非零和博弈的单一软件品类。 ### [17:21](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1041s) Consumer AI 的转折点:算力边际成本与付费习惯的双重挑战 在消费级 AI(Consumer AI)领域,近几周的密集突破再次引发了行业躁动。Anish 调侃道,虽然过去三年里大家每个季度都在高呼“属于消费级 AI 的季度终于要来了”,但眼下的时刻可能真的预示着消费级拐点的降临。 然而,回顾过去几年限制消费级 AI 爆发的根本瓶颈,核心主要卡在两处现实阻力: 1. **消费者对软件付费天然缺乏意愿**:这是科技行业反复验证过的血淋淋教训,普通 C 端用户极其抵触为纯工具型软件掏出真金白银。 2. **AI 软件打破了传统软件“零边际成本”的神话**:过去互联网软件最美妙的商业魔力在于其极具伸缩性且边际分发成本几乎为零;而 AI 软件在每次交互、每次分发与活跃使用时,都伴随着非常沉重且真实的推理算力(Compute)与边际成本。随着使用量的飙升,这些高昂的边际支出可能会迅速吞噬掉商业模型的可行性。 ### [17:49](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1069s) 消费级 AI 的三大现实挑战:高昂边际成本、分发渠道缺失与“DOS 时代”的交互困局 在探讨消费级 AI(Consumer AI)的发展时,Anish Acharya 剖析了此前阻碍消费级应用爆发的几大核心症结。首先是极其高昂的边际成本与服务成本。Anish 以自己的切身体验为例:他曾为自己开发过一款用于浏览 X(原 Twitter)时间线的信息流应用,结果发现每接入并服务一个新用户,光是底层调用与数据处理的入驻成本(Onboarding cost)就高达 250 美元。从初创公司创始人的角度来看,即使你的获客成本(CAC)能压到零美元,面对如此昂贵的新增服务成本,想要做出一款面向大众市场(Mass market)的免费增值(Freemium)产品几乎是天方夜谭。不过,随着开源与开放权重模型(Open-weight models)在性能大幅提升的同时将算力推理成本断崖式打下,这种经济模型正在迎来根本性逆转。 ```mermaid flowchart TD accTitle: 消费级 AI 破局面临的三大瓶颈 accDescr: 展示消费级 AI 产品面临的边际成本、分发渠道及人机交互三大维度的阻碍与演进路径。 subgraph Cost ["1. 边际成本瓶颈"] A["高昂调用成本 (单客 $250)"] -->|开源与开放权重模型| B["成本断崖式下跌,支持免费产品"] end subgraph Distribution ["2. 分发渠道缺失"] C["缺乏统一的 AI 应用商店"] -->|脱离移动时代集中分发| D["重返 Web 2.0 模式:自建渠道与产品并重"] end subgraph Interaction ["3. 交互体验滞后"] E["命令行与 Prompt 时代 (DOS 阶段)"] -->|产品与设计工艺革新| F["迎接消费级图形化 (Windows 阶段)"] end ``` 其次是分发渠道的结构性缺位。与移动互联网时代拥有 iOS App Store 和 Google Play 这样统治整个生态的集中分发枢纽不同,当前并不存在所谓的“AI 原生应用商店”。因此,消费级 AI 的产品周期更接近当年的 Web 2.0 时代——创始人不能指望将应用上架到某个单一渠道后坐等红利,而必须在打磨产品的同时,亲手自建获客与分发通道。 最后也是极为关键的一点在于人机交互的成熟度。Anish 形象地指出,当前的 AI 交互就像是处在计算机历史上的“命令行与 DOS 时代”。对于这项神奇的技术要真正被最广泛的普通消费者接纳,行业急需迎来属于自己的“Windows 时刻”。在产品机制与设计工艺(Product and design craft)层面,目前仍有巨量的工作亟待完成,只有降低理解与使用门槛,普通大众才能真正消费并享受这些惊艳的 AI 新能力。 - **边际成本痛点**:早期自制信息流 AI 应用单客接入成本高达 250 美元,使传统“免费+规模化”的消费级软件经济学难以成立。 - **分发范式变迁**:缺乏类似移动 App Store 的中心化超级入口,创业者被迫回到 Web 2.0 时代“自建产品 + 自建分发渠道”的拓荒模式。 - **人机交互断层**:当前基于 Prompt 和 Command Line 的交互停留在 DOS 阶段,亟需产品层面的设计突破来打造易用的消费级图形体验。 --- ### [18:48](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1128s) 正在起效的突破口:编码智能体与“夫妻店 SaaS”的兴起 尽管面临上述挑战,市场上已经有两个领域展现出极为强劲的突破态势。第一大亮点是编码智能体(Coding agents),其在消费层面的赋能效应令人惊叹。Anish 回顾了所谓“数字原生代创业者”的演进脉络:过去如果一个不懂编程的普通人在网上创业,唯一的现实路径就是成为一名 YouTube 创作者。大约十年前,社会舆论一度充斥着道德恐慌,大家感叹“现在的孩子们都想当网红博主,而不再想当宇航员”。但在 Anish 看来,这种现象更应被解读为:在互联网环境中成长起来的一代人,天然渴望在互联网上构建自己的事业,而当时唯一的低门槛工具只有视频内容创作。 如今,编码智能体彻底改写了这一游戏规则。非技术出身的普通人借助编程 Agent,完全能够独立打造出一款年营收(ARR)达到 10 万美元甚至 100 万美元的软件产品。尽管这些项目由于市场天花板原因未必符合传统风险投资(Venture-backable)的高倍数回报模型,但一种全新的“夫妻店式 SaaS”(Mom-and-pop SaaS)生态正在蓬勃兴起。这种将技术能力普惠至个体小微创业者的趋势,不仅极具生命力,也对整个国家的经济活力大有裨益。 - **数字创业范式转移**:从 10 年前不得不扎堆做 YouTube 内容创作者,转变为利用编程 Agent 独立开发软件。 - **经济规模突破**:个人无代码开发者如今能够构建年收入达 10 万至 100 万美元的垂类微型 SaaS 产品。 - **新型商业形态**:催生了属于数字时代的“夫妻店软件业务”,虽非典型 VC 偏好的百亿美元故事,但具备极高的小微商业价值。 --- ### [19:31](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1171s) 个人智能体的消费化转向与“消费者”定义的重塑 第二大正在兑现潜力的领域是个人智能体(Personal agents)。Anish 提到,业界曾在 1 月份对开源智能体框架(如 OpenClaw 等工具)表现出集体狂热,那是一次非常惊艳的底层技术组合探索;但当时它更像是一个面向开发者群体的玩具,散发着类似于早期个人电脑萌芽期“家酿计算机俱乐部”(Homebrew Computer Club)的极客实验气质,始终未能真正跨越鸿沟进入大众消费市场。直到近期,随着诸如 GrokBot 以及 ChatGPT 深度工作流(ChatGPT Work)等产品的演进,个人 Agent 才真正被包装为普通消费者开箱即用的软件形态。 主持对话的 Jen Kha 此时打断并提出了一个直击本质的问题:在当下这个节点,我们究竟该如何定义“消费者(Consumer)”?如果一名管道工(Plumber)日常利用 GrokBot 来全流程重塑并运转自己的管线安装维修业务,这到底算消费级软件还是企业级软件?这既具有强烈的消费者属性(Consumer-led),又带有产品驱动增长(PLG)的色彩,并最终切入了商业生产力。此外,上一代消费级移动应用大多聚焦于娱乐(Entertainment)并依靠广告变现,而现在的工具却直接深入到了实用性与商业运作中。 对此,Anish 给出了一个基于单位经济学与获客模式的判定标准:如果在商业模型上,你无法通过配备专业销售团队(Sales-led)的直销方式来打平获客成本——在企业软件中,这通常意味着年合同额(ACV)很难达到或超过 15,000 美元——你就只能依赖市场营销(Marketing)与产品自传播来获取客户。只要必须依靠营销驱动获客,无论使用者是普通用户还是小企业主,其用户心智与采买行为就都属于“消费者”。 - **从极客圈跨越鸿沟**:个人 Agent 从年初类似家酿计算机俱乐部的开发者开源堆叠实验,演进为普通大众易用的落地产品。 - **消费级定义的重新划分**:不再单纯由使用者身份或娱乐属性划分,而是由 GTM(Go-to-Market)的经济账决定。 - **1.5 万美元 ACV 临界线**:年客单价若低于 15,000 美元,企业无法支撑起销售人员驱动的打法,必须依赖市场推广转化,该类客户本质上就是按“消费者”逻辑进行运作。 ### [20:48](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1248s) 重定义“消费级”:从水管工、AI 原生娱乐到短剧浪潮 在探讨消费级 AI 的外延时,Anish Acharya 提出了一个颠覆传统的投资视角:在 a16z 的投资版图中,大量的小微企业主——例如水管工——在本质上应当被归类为“消费者”(Consumer)。这意味着面向他们的工具并非传统冗长且严肃的企业级软件,而是具备消费级体验的 AI 应用。与专注于提升效率的工作场景不同,真正的纯消费级市场核心在于“消磨时间”而非“节省时间”,大多数普通大众对冷冰冰的生产力工具并不感冒,因此 AI 原生娱乐(AI-native entertainment)蕴藏着不可估量的庞大机会。 以 Character.ai 为代表的产品,其底层逻辑正是极具黏性的娱乐属性。与此相呼应的另一大现象,是源自亚洲并正迅速席卷西方的短剧(Short-form drama)热潮。Anish 指出,目前市面上大量的微短剧已经在不同程度上采用生成式 AI 全流程制作或辅助制作。娱乐消费是用户心智与时长的巨大黑洞,AI 原生娱乐不仅会重塑叙事和交互模式,还将催生出一批体量惊人的新型内容公司。 - **小微企业主即消费者**:水管工等个体经营者选购和使用软件的逻辑,与 C 端消费者高度重合,属于消费级投资的范畴。 - **娱乐的本质逻辑**:“人们希望消磨时间(Spend time),而不是节省时间(Save time)”,纯 C 端用户对传统生产力提升并不狂热。 - **微短剧的跨洋爆发**:在亚洲率先爆发的短剧形态正借助生成式 AI 工具实现低成本、规模化裂变,并全面向西方市场渗透。 --- ### [21:21](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1281s) 个人 Agent 的杀手级体验:以 Town 为例看上下文记忆的复利效应 谈及 AI 生产力与个人助理的交汇点,Anish 强烈建议无论创业者、投资人还是普通亲友,都务必亲自深度上手各种最新的 AI 产品。只有在日常连续使用中,才能直观培养出对产品迭代速度与形态变革的敏锐嗅觉。他特别提到了 a16z 投资合伙人 Alex Rampell 投资的一款个人智能助理产品 Town。Town 的神奇之处在于其依靠“长期记忆”(Memory)所建立的复利壁垒:刚使用第一天时,它像一个刚入职的新员工,对用户的喜好一无所知;然而到了第 30 天,它在吸收了整整一个月的上下文背景、用户习惯与个人技能后,便能完全代替用户做出极其精准的假设与决策。这种产品体验的持续复利,直接转化为极高的用户留存率以及持续提升的客单价与定价权。 ```mermaid flowchart TD accTitle: AI 个人助理的记忆复利循环 accDescr: 展示 AI Agent 如何从新手员工演进为资深员工并构筑留存与定价权壁垒 subgraph Growth["记忆复利飞轮"] D1["第 1 天使用:初来乍到的新员工<br/>(缺乏背景,仅能被动执行单次指令)"] --> C["持续沉淀 30 天上下文数据<br/>(个人邮件、习惯偏好、工作流)"] C --> D30["第 30 天:资深核心员工<br/>(主动预测意图,自主接管复杂杂务)"] end subgraph Business["商业壁垒转化"] D30 --> Val["用户体验质变:全自动托管生活"] Val --> Ret["超高业务留存率(极高迁移成本)"] Ret --> Price["单客商业化价值与定价权提升"] end ``` 对谈中主持人 Jen 现身说法,生动拆解了 Town 在个人邮箱管理上的惊艳表现。在职场上许多人能严格做到“收件箱归零”(Inbox Zero),但在私人邮箱里,未读邮件往往积攒高达两万封(甚至打趣称这足以让同行 David George 当场窒息)。而接入 Town(新用户注册通常附赠约 40 个免费额度试用)之后,它不仅能彻底代劳清洗垃圾订阅、自动抓取并高亮最紧急的事项,甚至开启了“自我优化机制”——主动发送邮件提醒用户哪项自动化日常任务开销过大、如何调整规则才能最省额度。当一个工具真正将繁琐生活置于“自动驾驶”(Autopilot)状态时,原本用户可能不愿意为单纯“个人效率提升”掏钱的心理防线便被彻底打破,愿意痛快支付订阅费,让 Agent 全面接管生活琐事。这种宛如“经验老到的资深员工”(Tenured employee)的体验,其不可替代的默契价值远超任何高智商但缺乏上下文的新模型。 - **深度试用培养直觉**:理解 AI 变化规律的最快途径就是每天将实际工作生活切入工具链中。 - **Town 的使用场景与定价拐点**:从管理杂乱无章的私人邮箱入手,帮用户过滤冗余订阅、提炼重要事件,使原本拒绝为个人生产力付费的用户心甘情愿购买其“全自动托管生活”的服务。 - **资深员工与新员工心智模型**:新模型(新员工)或许智商更高、调用成本更便宜,但浸润了海量上下文的旧 Agent(资深员工)懂得“在不打扰你的情况下把事情办妥”,构成了难以迁移的情境壁垒。 ### [23:40](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1420s) 消费级 AI 闭环与大众市场红利 在企业级市场中,AI 已经形成了清晰的代码编写闭环与业务工作流闭环;而在消费级市场,同样存在一整套非正式定义但贯穿人们日常生活的“生活闭环”(Consumer Loops)。这些闭环覆盖了家庭、人际关系、财务以及健康等核心领域。每一个闭环都在持续经历“信息变化、做出决策、发挥能动性、落地执行”的动态循环。目前,行业内已经显现出围绕个人提升的垂直闭环,例如 OpenAI 重点布局的健康与个人财务领域,以及众多初创公司正在深耕的智能购物场景。 这种消费级代理的发展最终将带来普通人生活质量的飞跃。从以往的技术产品周期规律来看,新技术创造的价值中约有 80% 的“消费者剩余”(Consumer Surplus)最终都会回馈给大众市场,而非被少数精英阶层垄断。 ```mermaid flowchart LR accTitle: 消费级 AI 生活闭环示意图 accDescr: 展示信息输入、决策、执行到持续反馈的消费级 AI 闭环流程 subgraph Loop["消费级生活闭环 (Consumer Loop)"] A["动态信息变化<br/>(健康 / 财务 / 家庭)"] --> B["AI 辅助决策"] B --> C["能动性与执行<br/>(Agency & Execution)"] C --> A end ``` ### [24:31](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1471s) 单一主导助理还是多 Agent 协同生态? 针对个人智能助理(如 Town、Ethos 等产品)的演进形态,行业内存在一种疑问:未来的个人管理工具究竟会收敛为一个掌握全局上下文的单一超级平台,还是演变为类似操作系统般、由多个在后台相互通信与协同配置的 Agent 群体? 从“比较优势”(Comparative Advantage)的角度来看,单一 Agent 很难包揽一切,因为用户对不同角色所期望的特质截然不同——你对特许金融分析师(CFA)的专业与严谨要求,与对派对策划师的创意与灵动需求有着本质区别。生活场景的广度决定了上下文必须模块化处理。正如部分多 Agent 产品形态所示,将多个针对特定垂直方向的 Bot 组合起来,在后台协同交互,才能在复杂的现实场景中交付“全局最优解”(Globally Optimal Outcome)。 - **能力特质差异**:专业严谨型场景(财务、医疗等)与创意沟通型场景(社交、活动策划等)对模型性格和技能的要求截然不同。 - **协同分工架构**:通过多个专业化 Agent 共享部分必要上下文并在后台通信,比试图训练一个无所不知的全能助理更为合理可行。 ### [25:26](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1526s) 应用层与模型层博弈:谁将捕获核心商业价值? 当谈到应用层能否在与基础大模型公司的博弈中捕获真正的经济收益时,人们往往低估了产品定义、定价策略、功能打包以及终端客户采购方式的复杂性。不同群体消费“智能原语”(Intelligence Primitive)的方式千差万别——一个青少年的使用习惯与一家信用合作社(Credit Union)市场营销主管的采购诉求存在着巨大的异质性(Heterogeneity)。正因如此,基础模型实验室向上渗透到具体垂直应用层的难度,远高于其向下优化推理成本(Inference)。 ```mermaid flowchart TD accTitle: 模型层与应用层的商业定位对比 accDescr: 展示大模型实验室与垂直应用公司在价值捕获路径上的分工 subgraph Models["模型实验室 (Frontier Labs)"] M1["基础智能原语"] M2["下沉优化推理成本 (Inference)"] end subgraph Apps["垂直应用层 (App Layer)"] A1["复杂产品打包 & 定价"] A2["异质性终端需求 (青少年 / 企业高管)"] A3["多模型 Pareto 前沿路由"] end M1 --> A1 A1 --> A2 A3 -.-> M1 ``` 在行业格局层面,模型实验室很难轻易“封杀”或挤压应用层的利润空间: - **告别单一垄断时代**:如果在 2023 年“一模型独大”(One Model to Rule Them All)的时期,基础模型提供方确实有能力在长期吞食下游应用 100% 的毛利率。 - **帕累托前沿多样化**:如今在模型性能与成本的帕累托前沿(Pareto Frontier)上存在大量开源和商业化选择,应用开发者拥有充分的议价权与路由选择,基础模型厂商已无法单方面压榨下游的价值沉淀。 ### [26:40](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1600s) AI 投资的新逻辑:告别纯概念,产品上线已成入场券 谈及当前的投资策略与初创企业的早期表现时,Anish Acharya 坦言,自己团队在完全没有收入或早期进展的项目上花的时间越来越少。他们绝大多数的投资组合,都是那些已经展现出切实可行迹象的公司。在过去,投资机构会极为仔细地衡量团队的“产品迭代速度”(Product velocity),而如今的环境已经发生巨变——由于利用 AI 工具构建软件变得极其低门槛(trivial),如果创始人在任何阶段的融资路演中拿不出可运行的实时产品(live product),甚至会直接失去被投资的资格(disqualifying)。 因此,他们目前接触并看好的项目,几乎都已经在产品或销售层面展现出某种突破迹象。Anish 解释了自己一套相对简单清晰的投资模型:当一家初创企业在销售和产品上积累了具有统计显著性(statistically significant)的数据后,他们会基于这些指标向外推演,评估为了参与其中所需支付的估值价格,以及背负的隐性风险是否合理。尽管针对极其优秀、经验丰富的顶尖人才,他们偶尔也会下注一张类似“全前置轮次”(pre-everything round)的看涨期权,但这并不是他们日常投资的主流模式。 - **产品上线是底线要求**:鉴于如今开发门槛大幅降低,路演时若无 Demo 或真实可用产品,基本很难进入主流 VC 视野。 - **数据驱动的外推评估**:优先寻找已具备统计显著性增长信号的项目,权衡进场估值与潜在风险。 --- ### [27:35](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1655s) 消费级 AI 的复兴:从生产力工具到触及人类情感 针对 Jen Kha 提出“消费级赛道长期不受青睐,如今价值创造是否正重新向应用层转移”的问题,Anish 给出了极其肯定的回答,并断言当前正是“消费级开发者的大复兴时代”(a renaissance for consumer builders)。核心原因在于,开发者手中获得了一种前所未有的非凡基础原语(primitive)。过去 40 年的技术浪潮主要是在放大人类的智力与生产力,而现在的模型(如 Claude、OpenAI 的模型等)却首次能够切入人际与情感领域,让用户在对话中产生真正的情感共鸣,触碰到了人的本性。 ```mermaid flowchart TD accTitle: 消费级 AI 创业优势与生态驱动 accDescr: 展示 AI 原语升级、大厂合规壁垒与消费者付费意愿如何共同推动消费级 AI 的复兴。 subgraph Primitives["技术原语跃迁"] A["传统科技:智力与生产力提升"] --> B["AI 原语:人际与情感互动体验"] end subgraph Edge["初创企业差异化优势"] C["大厂文化枷锁与合规委员会审查"] --> D["初创企业专注陪伴、个性化与敏感边界场景"] end subgraph Market["商业化环境重塑"] E["2009 iPhone 时代:0.99 美元尝鲜"] --> F["AI 时代:每月 200 美元高额付费意愿"] end B --> D D --> F ``` 与此同时,初创企业面对大厂拥有独特的文化壁垒和生态位。像 Google 这类大型科技公司,其庞大的合规体制和“成千上万个委员会”从机制上就是为了规避风险而设立的,根本无法推出具备对抗性、争议性或带有性暗示暗喻的 AI 伴侣类产品。在消费端,用户的热情也被彻底点燃,就像“2009 年 iPhone 刚推出时的圣诞节”一样,用户迫不及待地下载并体验新应用;更颠覆的是,以往用户只愿意为 App 支付 0.99 美元,而如今他们甚至愿意每月支付 200 美元。 - **情感层面的新交互**:AI 打破了纯工具属性,成为能够承载人际交流与情感投射的全新交互界面。 - **大厂避之不及的生态位**:针对伴侣、个性化乃至带有争议边缘的场景,创业团队享有大厂因合规审查而无法涉足的独特优势。 - **付费意愿量级跃升**:从移动互联网初期的 0.99 美元一次性购买,转变为动辄每月 200 美元的高客单价订阅。 --- ### [29:16](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1756s) 观众互动:AI 应用层的新经济学与毛利挑战 在随后的交流中,Jen Kha 幽默地打趣称,旧金山的极客们已经为这一刻等待了太久。随后,她引入了线上观众 Michelle 的提问,将话题引向 AI 应用层公司的商业模式与全新经济学特征。当前行业内对于应用层公司的单位经济效益(unit economics)存在激烈争论:由于缺乏底层算力基础设施的直接控制权,应用公司不仅面临算力获取与成本压力,其整体毛利率(gross margins)往往也显著低于传统纯软件 SaaS 模式,这引发了对 AI 应用公司资本壁垒与长期盈利能力的深入探讨。 ### [29:35](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1775s) AI 应用的经济学重构与“奢侈软件”的诞生 在当下的 AI 生态中,算力获取难度极高,资本本身已演变成为一种关键护城河。面对如此激烈的竞争环境,投资人如何评估和承销(underwriting)创业公司的投资回报成为了核心议题。Anish Acharya 提到 a16z 的 David 曾写过一篇关于此主题的深度文章,并指出如今关于“软件毛利率(Margin)”的讨论变得远比以往更加微妙:在很多情况下,创业公司为了换取更宽广的产品覆盖面(product surface),主动在短期内牺牲部分毛利率是完全合理的。 更为积极的信号在于,这一轮产品周期中用户的付费意愿(willingness to pay)呈现出前所未有的爆发态势。过去消费级软件往往受限于每月 20 美元的价格天花板,而 Anish 与团队现在经常引导创始人思考:如果 20 美元是历史上限,那么产品每月 200 美元甚至 2,000 美元的 SKU 应该长成什么样?什么样的产品可以成为“软件界的爱马仕铂金包(Birkin bag of software)”?市场正在见证“奢侈软件(luxury software)”的兴起,且实际付费意愿已经得到验证。 ```mermaid flowchart LR accTitle: AI 软件商业模型演变 accDescr: 展示从传统消费级 SaaS 定价向 AI 时代高附加值奢侈软件演进的过程。 subgraph Traditional["传统消费级 SaaS 模式"] A["每月 $20 历史价格天花板"] --> B["追求标准毛利率"] end subgraph Modern["AI 时代新型商业模式"] C["换取更宽产品面<br/>(牺牲短期毛利率)"] --> D["每月 $200 / $2,000 高阶 SKU"] D --> E["'软件界的铂金包'<br/>(奢侈软件生态)"] end Traditional -.-> Modern ``` - **毛利率与产品面权衡**:在模型和算力成本高企的背景下,通过适度让渡毛利来构建更强大的全流程产品功能,是当下理性的扩张策略。 - **价格上限彻底打破**:消费级与轻量级软件不再局限于低单价订阅,用户愿意为真正解放生产力的高阶 AI 功能支付数百乃至数千美元。 - **轻松幽默的互动**:Jen Kha 随即打趣 Anish 居然随口抛出“爱马仕铂金包”的时尚梗,调侃他平时明明总穿着千篇一律的 1/4 拉链抓绒衫(quarter zip-up),怎么突然对奢侈品如数家珍;Anish 则笑着回应自己其实只是一个“尽职尽责的资本管家(good steward of capital)”。 --- ### [30:46](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1846s) 创始人画像的转变:从 MBA/产品经理到硬核研究员 回顾五年前的创投环境,由于软件开发框架成熟、技术基础设施完备,创业团队成员的背景更加多元,市场上活跃着大量从 Google 等大厂离职创业的产品经理(PM)或项目经理。但在如今的 AI 应用浪潮初期,创始人的核心画像发生了显著逆转——呈现出“更少的 MBA,更多的技术研究员(Less MBAs, more researchers)”的鲜明特征。 Anish 分析指出,当前活跃的创始人虽然在商业成熟度(business sophistication)上可能相对欠缺,但在技术深度(technical sophistication)上却高出几个量级。商业技能与商业嗅觉可以通过后期学习、观察以及投资人辅导来补足,但顶尖的技术深度往往是无法在短期内速成的,而且技术深度恰恰是驱动所有前沿突破的“最上游力量”。 这些更年轻、处于职业生涯早期的创始人展现出了惊人的创造力,原因在于他们没有任何思想包袱,不会受制于旧时代的技术天花板。相比之下,许多资深创始人之所以难以跨越这一轮技术周期,往往是因为他们脱离前沿技术太久,其产品构想仍然锚定在过去的技术上限之中。 - **破除固有天花板**:年轻的技术型创始人天然默认“一切皆有可能(assume everything is possible)”,敢于挑战过去被认为不可逾越的工程与产品边界。 - **风险维度的逆转**:正如 Ben Horowitz 在内部战略会(offsite)上所指出的那样:“过去创业最大的风险在于想法太大(ideas were too big),而如今最大的风险则是想法太小(ideas are too small)。”这一精辟论断生动概括了新一代创始人与旧时代创业模式的本质差异。 ### [32:26](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1946s) 融资范式转移:为什么给创始人太多钱不再是致命毒药 Jen Kha 提出了创投圈长期存在的一个共识:过去如果给初创公司创始人太多资金,往往会直接毁掉这家公司。其核心原因在于,创始人通常天马行空、充满远大构想,但在早期根本没有足够的人才团队把这些点子全部落地承接。然而,当前在 AI 时代,这一传统认知正在被颠覆,这也正是 a16z 内部闭门研讨会(offsite)上的核心议题之一。 Anish Acharya 赞同这一历史智慧。以往创投界之所以不会在种子轮就给每家初创公司投上 2000 万、5000 万乃至 1 亿美元,并不仅仅是风险收益比(risk-reward)的考量,更关键的制约因素在于组织能力:团队没有充足的优秀人才去同时开发支撑 2000 万美元规模的产品面(product surface)。在那时,受限的资本是一种极好的“强制聚焦”机制,逼迫创始人一次只深耕一个方向。然而在 AI 时代,算力与模型构成了全新的产品权衡支点——一家融了 1 亿美元的 AI 初创公司,完全可以把资金聚焦且高效地投入到模型研发与算力采购中,以极简的团队交付出 2000 万美元轮次团队根本无法实现的独特价值主张。 因此,现在关于“最佳种子轮规模(optimal seed round size)”以及团队究竟能高效运用多少资金的问题,变得远比过去微妙且富有层次。Anish 打趣道,这虽然是一种“甜蜜的烦恼(embarrassment of riches)”,但比起五年前行业普遍面临的死局要好得多——五年前很多金融科技(Fintech)初创公司依靠极其宽松的风控核保政策来变相补贴获客,烧光了钱却根本看不清盈利的“回家之路”。 Jen Kha 随即引用了 a16z 合伙人 Chris Dixon 的经典投资原则予以回应:你永远希望面对的是“供给侧(supply)”问题,而不是“需求侧(demand)”问题。眼下 AI 领域的实际情况正是如此,终端市场需求爆发式存在且极其充沛,哪怕目前受限于算力、模型或基建等供给短缺,这种供给侧瓶颈在未来也必然会逐步得到解决。 ```mermaid flowchart TD accTitle: 种子轮融资范式对比 accDescr: 对比传统移动互联网时代受限于人才规模,与AI时代依靠算力资本直接放大价值主张的差异。 subgraph Legacy["传统创投范式(移动互联网时代)"] L1["给创始人过多资金"] --> L2["缺乏对应人才团队承接"] L2 --> L3["精力涣散 / 产品面过大失焦"] L3 --> L4["资金毁掉公司(资本需充当紧箍咒)"] end subgraph Modern["AI 时代全新范式"] M1["大额早期融资(如 1 亿美元)"] --> M2["小而精团队 + 大规模算力投入"] M2 --> M3["模型与算力权衡放大单点价值"] M3 --> M4["实现质的飞跃(资本成为杠杆与护城河)"] end ``` - **历史制约瓶颈**:过去制约创业团队规模扩张的是工程与产品人才的招募与组织管理上限,有限的早期融资能够强制初创公司保持单一焦点。 - **AI 时代的资本运作**:资金如今可以直接转换为算力、数据与模型性能,极少数顶尖人才通过充沛资本同样能打造出极具竞争力的差异化产品。 - **Chris Dixon 供需法则**:行业面临供给侧短缺是健康的,因为极度庞大真实的需求会倒逼供给瓶颈最终被攻克,这与靠烧钱虚构需求的商业模式有本质不同。 --- ### [34:05](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=2045s) 中小企业市场的 Go-To-Market:封死的分发渠道与新生代创业浪潮 Jen Kha 将话题引向最后一个观众提问:探讨中小企业(SMB / SME)对 AI 的采纳路径。传统观点往往认为,相比大企业繁琐的变革管理(change management),中小企业应用新技术的阻力更小;但实际上很多小企业在日常工作流程中也存在巨大的使用习惯惯性。那么,面向中小企业的 AI 初创公司在市场拓展(Go-to-Market, GTM)策略上究竟发生了哪些变化? Anish 强调,在 AI 时代,中小企业获客的分发逻辑正面临巨大的结构性挑战。过去初创公司往往可以通过寄生在大型社交平台上借鸡生蛋来获取冷启动流量,但如今 Instagram、TikTok 以及 X(原 Twitter)等既有超级网络对这种“利用旧网络搭建新网络”的获客套路早已了如指掌,并且层层设防,严格封锁了任何外部建立自有分发管道的可能性。因此,依赖既有平台进行分发套利的基本盘已经被封死,AI 时代的创业者必须回归产品本身,打造出真正具备原始网络效应——即“口碑传播(word-of-mouth)”的过硬产品。 此外,更值得关注的结构性变化发生在中小企业的“客群画像”本身。传统的中小企业渠道虽然依旧存在,但当前市场中最具爆发力的增量群体是**新创企业形成潮(new business formation)**。除疫情期间的特殊高峰外,目前美国的新创企业注册量正处于历史最高水平。这批新生代创业者根本不是传统意义上 55 岁、有着顽固软件使用习惯的老水管工,而是一批现年 25 岁、天然拥抱 AI 工具的年轻人,他们借助新型 AI 工具重新定义了小微商业的运营方式。 - **社交网络红利见顶**:Instagram、TikTok、X 等主流平台对外部引流建立了极高防御壁垒,初创公司无法再依赖传统的社交增长黑客手段构建获客渠道。 - **口碑效应回归**:GTM 的底层逻辑倒逼团队聚焦在极致的产品体验与用户自发推荐上。 - **中小企业结构重塑**:小微企业市场不再仅仅是针对传统旧有业态的“换软件”存量博弈,而是由 20 多岁的新一代原生创业者发起的高速增量市场。 ### [35:23](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=2123s) 创作者转型软件开发与节目结语 谈到当下构建应用的新型创业者画像时,Anish Acharya 指出了一种正在发生的生动转变:那些在过去大概率会成为全职 YouTube 内容创作者的 25 岁年轻人,如今正在借助 AI 编程工具,转而为自己所在的社区、城市或母校高中构建定制化的 SaaS 软件服务。这类小微软件与超本地化数字工具的兴起,折射出软件构建门槛被彻底打平后,内容创作者群体正在转变为“软件构建者”的浪潮。 主持人 Jen Kha 对此深表赞同,并在节目的尾声向 Anish 表达了感谢,称赞每次与他交流都收获满满。她还幽默地打趣 Anish 是个不折不扣的“时尚弄潮儿”("fashionista"),并调侃称这期访谈中相关的精彩切片肯定会在各大社交媒体上被大家疯狂转发和剪辑。在轻松欢快的氛围中,Jen 提醒听众如果在 AI 领域有任何疑问,都可以通过社交平台联系 Anish,节目组随后也会针对本次未能在有限时间内逐一解答的观众问题进行跟进和解答。 - **创作者角色演变**:以往投身视频自媒体的年轻创作者,现在开始利用 AI 编码工具,针对特定社区、学校或垂直生活圈开发极具针对性的微型 SaaS。 - **互动与收尾**:Jen Kha 戏谑 Anish 的穿搭与时尚风格必将成为社交媒体的切片素材,并鼓励观众继续关注与互动,为本期围绕 AI 模型、护城河与消费级应用复兴的探讨画上了圆满句号。 ## Notable quotes > [00:02](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=2s) 帮我买一条以这款为灵感的牛仔裤,预算不要超过 500 美元,搞定它。 — Anish Acharya > [03:00](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=180s) 万一我们其实还不够乐观呢? — Anish Acharya > [05:30](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=330s) 无论 AI 编程代理变得多么强大,写出再多代码,也不可能让耐克(Nike)变得不再是耐克。 — Anish Acharya > [14:57](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=897s) Agent 不过是一个置身于循环中、配备了工具、记忆以及其他少量组件的模型。 — Anish Acharya > [18:48](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1128s) 现在的孩子们都想当网红博主,而不再想当宇航员。 — Anish Acharya > [20:48](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1248s) 人们希望消磨时间(Spend time),而不是节省时间(Save time)。 — Anish Acharya > [29:35](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1775s) 过去的软件毛利率或许很漂亮,但现在的很多场景下,创业公司为了换取更宽广的产品覆盖面,主动在短期内牺牲部分毛利率是完全合理的。 — Anish Acharya > [30:46](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1846s) 过去创业最大的风险在于想法太大,而如今最大的风险则是想法太小。 — Ben Horowitz > [32:26](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y&t=1946s) 你永远希望面对的是“供给侧”问题,而不是“需求侧”问题。 — Chris Dixon ## Mentioned a16z, Anish Acharya, Jen Kha, GrokBot, Frame, xAI, Anthropic, OpenAI, Claude, Codex, ChatGPT, Leopold Aschenbrenner, 《态势感知》(Situational Awareness), NVIDIA B200, Hamilton Helmer, 《七大力量》(7 Powers), Nike, Instagram, SAP, Decagon, Jesse Zhang, Kimi, GLM, Harvey, Thomson Reuters, Claude Code, Expedia, Cursor, ElevenLabs, Black Forest Labs (FLUX), AWS, Salesforce, Marc Andreessen, Replit, OpenClaw, Character.ai, Alex Rampell, Town, Ethos, David George, Google, Ben Horowitz, Chris Dixon, TikTok, YouTube ## Video description Anish Acharya joins Jen Kha to break down the next frontier of AI, from the evolving model landscape and open-source AI to why the application layer, and consumer AI in particular, may be entering a new phase. Anish explains why he believes there will be multiple winners at the model layer, why traditional moats like network effects, scale, and brand still matter, and how companies can choose between frontier and open-weight models depending on the economics of the task. They also explore why models are increasingly specializing, and how applications can combine different types of intelligence to create products that are more valuable than any single model. The conversation then turns to consumer AI: personal agents that can shop and manage your inbox, coding tools enabling a new generation of small businesses, and why Anish thinks we're seeing a renaissance for consumer builders. They also discuss the changing economics of AI software, the rise of "luxury software," and why the biggest risk for today's founders may no longer be thinking too big, but thinking too small. Timestamps: 00:00 - Intro 01:20 - Who Wins the AI Model Race in Three Years? 02:49 - What's Next in the Frontier of Intelligence 07:51 - Why Open Source Is the Only Option for Some Startups 19:57 - Redefining Consumer: When the Plumber Uses GrokBot 22:16 - Town Demo: Personal Agents & Managing Chaos 24:31 - One Dominant Personal Agent or Many Talking to Each Other? 25:26 - Apps vs Model Companies: Who Captures the Value? 29:16 - The New Economics of AI Apps: Margins, Compute & Capital as Moat 30:44 - Who's Actually Building Apps Today? Founder Archetypes 32:20 - Why Giving Founders Too Much Money Isn't Fatal Anymore 34:05 - Go-to-Market for Startups Selling to SMEs Resources: Follow Anish Acharya on X: https://x.com/illscience Follow Jen Kha on X: https://x.com/jkhamehl Stay Updated: If you enjoyed this episode, be sure to like, subscribe, and share with your friends! Find a16z on X: https://twitter.com/a16z Find a16z on LinkedIn: https://www.linkedin.com/company/a16z Listen to the a16z Show on Spotify: https://open.spotify.com/show/5bC65RDvs3oxnLyqqvkUYX Listen to the a16z Show on Apple Podcasts: https://podcasts.apple.com/us/podcast/a16z-podcast/id842818711 Follow our host: https://x.com/eriktorenberg Please note that the content here is for informational purposes only; should NOT be taken as legal, business, tax, or investment advice or be used to evaluate any investment or security; and is not directed at any investors or potential investors in any a16z fund. a16z and its affiliates may maintain investments in the companies discussed. For more details please see http://a16z.com/disclosures. [Source](https://www.youtube.com/watch?v=zEZ0rQ8Ef-Y)

Source quotes

[0:02] Anish Acharya: 帮我买一条以这款为灵感的牛仔裤,预算不要超过 500 美元,搞定它。 [3:00] Anish Acharya: 万一我们其实还不够乐观呢? [5:30] Anish Acharya: 无论 AI 编程代理变得多么强大,写出再多代码,也不可能让耐克(Nike)变得不再是耐克。 [14:57] Anish Acharya: Agent 不过是一个置身于循环中、配备了工具、记忆以及其他少量组件的模型。 [18:48] Anish Acharya: 现在的孩子们都想当网红博主,而不再想当宇航员。 [20:48] Anish Acharya: 人们希望消磨时间(Spend time),而不是节省时间(Save time)。 [29:35] Anish Acharya: 过去的软件毛利率或许很漂亮,但现在的很多场景下,创业公司为了换取更宽广的产品覆盖面,主动在短期内牺牲部分毛利率是完全合理的。 [30:46] Ben Horowitz: 过去创业最大的风险在于想法太大,而如今最大的风险则是想法太小。 [32:26] Chris Dixon: 你永远希望面对的是“供给侧”问题,而不是“需求侧”问题。

Source quotes

[0:02] Anish Acharya: resourcefulness [2:49] Anish Acharya: insufficiently optimistic [2:49] Anish Acharya: productization of the intelligence primitive [25:26] Anish Acharya: one model to rule them all [27:35] Anish Acharya: renaissance for being a consumer builder [27:35] Jen Kha: autists in San Francisco [29:35] Anish Acharya: What's the $200-a-month SKU of your product? In fact, what's the $2,000-a-month SKU? [29:35] Anish Acharya: luxury software [30:44] Anish Acharya: less MBAs, more researchers. [30:44] Ben Horowitz: ideas were too big [30:44] Ben Horowitz: ideas are too small [32:20] Anish Acharya: embarrassment of riches

Original transcript

[0:02] to help me break down all things uh [0:02] to help me break down all things uh around this incredible abundance. I'm [0:04] around this incredible abundance. I'm [0:04] around this incredible abundance. I'm gonna bring up Anisha Charia. [0:07] gonna bring up Anisha Charia. [0:07] gonna bring up Anisha Charia. &gt;&gt; Hi. [0:08] &gt;&gt; Hi. [0:08] &gt;&gt; Hi. &gt;&gt; Awesome. Awesome. Awesome. Hey, Anish. [0:10] &gt;&gt; Awesome. Awesome. Awesome. Hey, Anish. [0:10] &gt;&gt; Awesome. Awesome. Awesome. Hey, Anish. Uh Anish and I were at the at GP offsite [0:13] Uh Anish and I were at the at GP offsite [0:13] Uh Anish and I were at the at GP offsite uh earlier this week and and he shared [0:15] uh earlier this week and and he shared [0:15] uh earlier this week and and he shared with me that he's already running [0:17] with me that he's already running [0:17] with me that he's already running Grockbot uh and has purchased a bunch of [0:19] Grockbot uh and has purchased a bunch of [0:19] Grockbot uh and has purchased a bunch of jeans for him. So, Anish, do you want to [0:21] jeans for him. So, Anish, do you want to [0:21] jeans for him. So, Anish, do you want to do you want to drop what you purchased? [0:23] do you want to drop what you purchased? [0:23] do you want to drop what you purchased? &gt;&gt; True story. True story. Yes. So, I'm [0:25] &gt;&gt; True story. True story. Yes. So, I'm [0:25] &gt;&gt; True story. True story. Yes. So, I'm going to reveal an important secret um [0:27] going to reveal an important secret um [0:27] going to reveal an important secret um protected IP, which is that I mostly [0:29] protected IP, which is that I mostly [0:29] protected IP, which is that I mostly wear frame jeans. Frame is a great [0:31] wear frame jeans. Frame is a great [0:31] wear frame jeans. Frame is a great brand. Um, [0:32] brand. Um, [0:32] brand. Um, &gt;&gt; and Grock Bots is an awesome product. [0:34] &gt;&gt; and Grock Bots is an awesome product. [0:34] &gt;&gt; and Grock Bots is an awesome product. Actually, I'd say the kind of defining [0:35] Actually, I'd say the kind of defining [0:35] Actually, I'd say the kind of defining characteristic of Grockbots is sort of [0:37] characteristic of Grockbots is sort of [0:37] characteristic of Grockbots is sort of resourcefulness. You know, I went to bed [0:40] resourcefulness. You know, I went to bed [0:40] resourcefulness. You know, I went to bed a few nights ago and said, "Hey, uh, buy [0:42] a few nights ago and said, "Hey, uh, buy [0:42] a few nights ago and said, "Hey, uh, buy me a pair of jeans that are inspired by [0:43] me a pair of jeans that are inspired by [0:43] me a pair of jeans that are inspired by these." I took a photo of my current [0:45] these." I took a photo of my current [0:45] these." I took a photo of my current jeans. Um, I said, "Don't spend more [0:47] jeans. Um, I said, "Don't spend more [0:47] jeans. Um, I said, "Don't spend more than $500 and get it done." I woke up in [0:49] than $500 and get it done." I woke up in [0:49] than $500 and get it done." I woke up in the morning and it had researched, found [0:51] the morning and it had researched, found [0:51] the morning and it had researched, found a pair, same fit, different wash, used [0:54] a pair, same fit, different wash, used [0:54] a pair, same fit, different wash, used my credit card, purchased them and [0:56] my credit card, purchased them and [0:56] my credit card, purchased them and they're on the way. So, I think that is [0:57] they're on the way. So, I think that is [0:57] they're on the way. So, I think that is going to be something that we see more [0:59] going to be something that we see more [0:59] going to be something that we see more and more of. We already have the [1:00] and more of. We already have the [1:00] and more of. We already have the capabilities and now a lot of the kind [1:01] capabilities and now a lot of the kind [1:01] capabilities and now a lot of the kind of unlock will come from resourcefulness [1:04] of unlock will come from resourcefulness [1:04] of unlock will come from resourcefulness um and also the kind of product [1:06] um and also the kind of product [1:06] um and also the kind of product architecture delivered in a way that [1:07] architecture delivered in a way that [1:07] architecture delivered in a way that most consumers um can understand. [1:10] most consumers um can understand. [1:10] most consumers um can understand. &gt;&gt; Awesome. Awesome. Awesome. Yeah, I told [1:12] &gt;&gt; Awesome. Awesome. Awesome. Yeah, I told [1:12] &gt;&gt; Awesome. Awesome. Awesome. Yeah, I told my team that I'm going to set my bot to [1:14] my team that I'm going to set my bot to [1:14] my team that I'm going to set my bot to finally take care of the pile of things [1:17] finally take care of the pile of things [1:17] finally take care of the pile of things I've been promising my husband that I'm [1:18] I've been promising my husband that I'm [1:18] I've been promising my husband that I'm going to sell for the last two years. [1:21] going to sell for the last two years. [1:21] going to sell for the last two years. That is the project for for this [1:23] That is the project for for this [1:23] That is the project for for this weekend. Uh so Anish, we asked the [1:26] weekend. Uh so Anish, we asked the [1:26] weekend. Uh so Anish, we asked the question earlier, which one of today's [1:27] question earlier, which one of today's [1:27] question earlier, which one of today's AI leaders will be the clear winner in [1:29] AI leaders will be the clear winner in [1:29] AI leaders will be the clear winner in three years from now? What's what's your [1:30] three years from now? What's what's your [1:30] three years from now? What's what's your take? [1:31] take? [1:31] take? &gt;&gt; I'm a many winners guy and I see I'm in [1:33] &gt;&gt; I'm a many winners guy and I see I'm in [1:33] &gt;&gt; I'm a many winners guy and I see I'm in a you I'm in good company with many of [1:34] a you I'm in good company with many of [1:34] a you I'm in good company with many of you. I mean, if you look at what's [1:36] you. I mean, if you look at what's [1:36] you. I mean, if you look at what's happened in the last two weeks, um, you [1:38] happened in the last two weeks, um, you [1:38] happened in the last two weeks, um, you know, XAI went from not even being a [1:41] know, XAI went from not even being a [1:41] know, XAI went from not even being a real contender on the model side to [1:42] real contender on the model side to [1:42] real contender on the model side to being, you know, one of three. So, we [1:45] being, you know, one of three. So, we [1:45] being, you know, one of three. So, we extraordinarily went from a two- horse [1:46] extraordinarily went from a two- horse [1:46] extraordinarily went from a two- horse race to a three-h horsese race. And, you [1:48] race to a three-h horsese race. And, you [1:48] race to a three-h horsese race. And, you know, even more broadly over the course [1:50] know, even more broadly over the course [1:50] know, even more broadly over the course of the year, we went from anthropic [1:52] of the year, we went from anthropic [1:52] of the year, we went from anthropic feeling like they were so dominant, they [1:53] feeling like they were so dominant, they [1:53] feeling like they were so dominant, they could do no wrong to OpenAI who's just [1:56] could do no wrong to OpenAI who's just [1:56] could do no wrong to OpenAI who's just had an excellent three months. You know, [1:57] had an excellent three months. You know, [1:57] had an excellent three months. You know, the new models are exceptional. The new [2:00] the new models are exceptional. The new [2:00] the new models are exceptional. The new codeex harness and chatgpt desktop app [2:02] codeex harness and chatgpt desktop app [2:02] codeex harness and chatgpt desktop app is very well done and we're seeing the [2:04] is very well done and we're seeing the [2:04] is very well done and we're seeing the sort of specialization in different [2:06] sort of specialization in different [2:06] sort of specialization in different directions of these labs. They're both [2:07] directions of these labs. They're both [2:07] directions of these labs. They're both growing like crazy, you know, despite [2:09] growing like crazy, you know, despite [2:09] growing like crazy, you know, despite each other's continued successes. Um, [2:11] each other's continued successes. Um, [2:11] each other's continued successes. Um, XAI and as openweight does well. Um, so [2:14] XAI and as openweight does well. Um, so [2:14] XAI and as openweight does well. Um, so I'm definitely in the many winners camp. [2:16] I'm definitely in the many winners camp. [2:16] I'm definitely in the many winners camp. &gt;&gt; Yeah, it's interesting to see the [2:17] &gt;&gt; Yeah, it's interesting to see the [2:17] &gt;&gt; Yeah, it's interesting to see the sentiment also on X, which is not always [2:19] sentiment also on X, which is not always [2:19] sentiment also on X, which is not always a perfect, you know, uh, weather vein [2:21] a perfect, you know, uh, weather vein [2:21] a perfect, you know, uh, weather vein for the future, but but oftentimes a [2:23] for the future, but but oftentimes a [2:23] for the future, but but oftentimes a early indicator of at least where [2:25] early indicator of at least where [2:25] early indicator of at least where developer sentiment is. And there's been [2:26] developer sentiment is. And there's been [2:26] developer sentiment is. And there's been a lot of push back from Claude it seems [2:28] a lot of push back from Claude it seems [2:28] a lot of push back from Claude it seems like recently on people uh in terms of [2:31] like recently on people uh in terms of [2:31] like recently on people uh in terms of token usage etc. And so you know [2:33] token usage etc. And so you know [2:34] token usage etc. And so you know developers tend to be fair weather fans [2:35] developers tend to be fair weather fans [2:35] developers tend to be fair weather fans on these things they will go where the [2:37] on these things they will go where the [2:37] on these things they will go where the latest and greatest and very best model [2:39] latest and greatest and very best model [2:39] latest and greatest and very best model isn't and particularly the last six to [2:41] isn't and particularly the last six to [2:41] isn't and particularly the last six to eight weeks I think we're going to see [2:42] eight weeks I think we're going to see [2:42] eight weeks I think we're going to see some very interesting um traction in [2:45] some very interesting um traction in [2:45] some very interesting um traction in terms of the flow of activity but [2:46] terms of the flow of activity but [2:46] terms of the flow of activity but obviously anthropics going public uh [2:48] obviously anthropics going public uh [2:48] obviously anthropics going public uh later this year um and also you know [2:51] later this year um and also you know [2:51] later this year um and also you know there's a lot of lot of keen interest on [2:52] there's a lot of lot of keen interest on [2:52] there's a lot of lot of keen interest on this. So with that uh that actually [2:54] this. So with that uh that actually [2:54] this. So with that uh that actually brings us straight into the topic of [2:56] brings us straight into the topic of [2:56] brings us straight into the topic of discussion today. So where where and [2:58] discussion today. So where where and [2:58] discussion today. So where where and what is next in the next frontier of [3:00] what is next in the next frontier of [3:00] what is next in the next frontier of intelligence. [3:01] intelligence. [3:02] intelligence. &gt;&gt; Amazing. Thank you Jen. So let me tee [3:03] &gt;&gt; Amazing. Thank you Jen. So let me tee [3:03] &gt;&gt; Amazing. Thank you Jen. So let me tee this up for everybody. Um and please hop [3:05] this up for everybody. Um and please hop [3:05] this up for everybody. Um and please hop in if you've got questions. So let's [3:07] in if you've got questions. So let's [3:07] in if you've got questions. So let's first cover the kind of macro and what's [3:08] first cover the kind of macro and what's [3:08] first cover the kind of macro and what's happening um at a market level. Then [3:10] happening um at a market level. Then [3:10] happening um at a market level. Then we're going to hop into the application [3:12] we're going to hop into the application [3:12] we're going to hop into the application layer broadly and sort of talk through [3:14] layer broadly and sort of talk through [3:14] layer broadly and sort of talk through why applications are the productization [3:16] why applications are the productization [3:16] why applications are the productization of the intelligence primitive. And then [3:18] of the intelligence primitive. And then [3:18] of the intelligence primitive. And then finally let's talk about consumer. you [3:19] finally let's talk about consumer. you [3:19] finally let's talk about consumer. you know, with the launch of Grockbots and a [3:20] know, with the launch of Grockbots and a [3:20] know, with the launch of Grockbots and a few other products, it's actually been a [3:22] few other products, it's actually been a [3:22] few other products, it's actually been a very fun um couple of weeks in consumer. [3:25] very fun um couple of weeks in consumer. [3:25] very fun um couple of weeks in consumer. Okay. Uh hopefully our our dear friend [3:27] Okay. Uh hopefully our our dear friend [3:27] Okay. Uh hopefully our our dear friend Leopold doesn't mind me poking a little [3:29] Leopold doesn't mind me poking a little [3:29] Leopold doesn't mind me poking a little fun at him here with situational [3:30] fun at him here with situational [3:30] fun at him here with situational awareness, please. Next. Um all right. [3:34] awareness, please. Next. Um all right. [3:34] awareness, please. Next. Um all right. Look, I think that the kind of case for [3:36] Look, I think that the kind of case for [3:36] Look, I think that the kind of case for this being a bubble um is over sort of [3:38] this being a bubble um is over sort of [3:38] this being a bubble um is over sort of discussed or at least fully discussed. I [3:40] discussed or at least fully discussed. I [3:40] discussed or at least fully discussed. I think actually the out of distribution [3:42] think actually the out of distribution [3:42] think actually the out of distribution topic that's less discussed is what if [3:44] topic that's less discussed is what if [3:44] topic that's less discussed is what if we're insufficiently optimistic? And if [3:46] we're insufficiently optimistic? And if [3:46] we're insufficiently optimistic? And if you look at some of the underlying [3:48] you look at some of the underlying [3:48] you look at some of the underlying indicators, what they point to is [3:50] indicators, what they point to is [3:50] indicators, what they point to is essentially infinite demand and highly [3:52] essentially infinite demand and highly [3:52] essentially infinite demand and highly constrained supply. You know, things [3:53] constrained supply. You know, things [3:54] constrained supply. You know, things like B200, which is a non sort of [3:56] like B200, which is a non sort of [3:56] like B200, which is a non sort of cutting edge GPU prices going up on a [3:59] cutting edge GPU prices going up on a [3:59] cutting edge GPU prices going up on a per hour basis. That is very uh strange. [4:02] per hour basis. That is very uh strange. [4:02] per hour basis. That is very uh strange. Normally, we see these things be highly [4:04] Normally, we see these things be highly [4:04] Normally, we see these things be highly deflationary and it sort of points to [4:06] deflationary and it sort of points to [4:06] deflationary and it sort of points to very constricted supply and essentially [4:08] very constricted supply and essentially [4:08] very constricted supply and essentially infinite demand. So we're thinking and [4:11] infinite demand. So we're thinking and [4:11] infinite demand. So we're thinking and talking a lot about what's the kind of [4:12] talking a lot about what's the kind of [4:12] talking a lot about what's the kind of informed case for optimism here given [4:14] informed case for optimism here given [4:14] informed case for optimism here given some of these second order indicators. [4:16] some of these second order indicators. [4:16] some of these second order indicators. The SAS bubble was a very or the SAS [4:18] The SAS bubble was a very or the SAS [4:18] The SAS bubble was a very or the SAS sort of uh you know whipssaw was an an [4:21] sort of uh you know whipssaw was an an [4:21] sort of uh you know whipssaw was an an interesting peak into market psychology. [4:24] interesting peak into market psychology. [4:24] interesting peak into market psychology. You know back in February when we saw [4:26] You know back in February when we saw [4:26] You know back in February when we saw this you know 30 to 40% draw down on a [4:28] this you know 30 to 40% draw down on a [4:28] this you know 30 to 40% draw down on a bunch of SAS names. We said that the [4:30] bunch of SAS names. We said that the [4:30] bunch of SAS names. We said that the market has oversold software. Lo and [4:32] market has oversold software. Lo and [4:32] market has oversold software. Lo and behold here we are many of those names [4:33] behold here we are many of those names [4:33] behold here we are many of those names are back up 40%. So I'm not quite sure [4:35] are back up 40%. So I'm not quite sure [4:35] are back up 40%. So I'm not quite sure what we collectively accomplished, but [4:37] what we collectively accomplished, but [4:37] what we collectively accomplished, but I'll tell you what we said then, which [4:39] I'll tell you what we said then, which [4:39] I'll tell you what we said then, which is still true today, which is for the [4:41] is still true today, which is for the [4:41] is still true today, which is for the enterprise, software spend is 8 to 12%. [4:44] enterprise, software spend is 8 to 12%. [4:44] enterprise, software spend is 8 to 12%. It's just not a huge proportion of [4:45] It's just not a huge proportion of [4:46] It's just not a huge proportion of spend. So the upside to vibe code your [4:48] spend. So the upside to vibe code your [4:48] spend. So the upside to vibe code your own payroll or CRM is not particularly [4:50] own payroll or CRM is not particularly [4:50] own payroll or CRM is not particularly high. The downside is essentially [4:52] high. The downside is essentially [4:52] high. The downside is essentially unlimited. You know, obviously there's [4:54] unlimited. You know, obviously there's [4:54] unlimited. You know, obviously there's all kinds of sort of compliance um [4:55] all kinds of sort of compliance um [4:56] all kinds of sort of compliance um implications of not getting things like [4:57] implications of not getting things like [4:57] implications of not getting things like payroll right. So most enterprise [4:59] payroll right. So most enterprise [4:59] payroll right. So most enterprise software today demands a level of [5:01] software today demands a level of [5:01] software today demands a level of precision that just isn't afforded by [5:04] precision that just isn't afforded by [5:04] precision that just isn't afforded by coding agents. Um the the one thing that [5:06] coding agents. Um the the one thing that [5:06] coding agents. Um the the one thing that has happened though is the sort of tide [5:08] has happened though is the sort of tide [5:08] has happened though is the sort of tide has receded. So for a lot of SAS [5:10] has receded. So for a lot of SAS [5:10] has receded. So for a lot of SAS companies had a ton of SBC and you know [5:13] companies had a ton of SBC and you know [5:13] companies had a ton of SBC and you know things that distorted their economic [5:15] things that distorted their economic [5:15] things that distorted their economic performance. I think that's very much um [5:17] performance. I think that's very much um [5:17] performance. I think that's very much um visible now and they're going to have to [5:19] visible now and they're going to have to [5:19] visible now and they're going to have to sort of accelerate or die. So, so less [5:21] sort of accelerate or die. So, so less [5:21] sort of accelerate or die. So, so less bleak for the SAS uh sort of market than [5:24] bleak for the SAS uh sort of market than [5:24] bleak for the SAS uh sort of market than perhaps we all collectively thought for [5:26] perhaps we all collectively thought for [5:26] perhaps we all collectively thought for a few months there. But still some sort [5:27] a few months there. But still some sort [5:27] a few months there. But still some sort of existential questions to address. You [5:30] of existential questions to address. You [5:30] of existential questions to address. You know, there's been a huge sort of [5:31] know, there's been a huge sort of [5:31] know, there's been a huge sort of discussion of moes. Are there any moes? [5:33] discussion of moes. Are there any moes? [5:33] discussion of moes. Are there any moes? There's no more moes. And it's it's very [5:34] There's no more moes. And it's it's very [5:34] There's no more moes. And it's it's very funny because if you actually study u [5:36] funny because if you actually study u [5:36] funny because if you actually study u moes, which I think are most famously [5:38] moes, which I think are most famously [5:38] moes, which I think are most famously codified in the book seven powers that's [5:40] codified in the book seven powers that's [5:40] codified in the book seven powers that's one of my favorites. The vast majority [5:42] one of my favorites. The vast majority [5:42] one of my favorites. The vast majority of moes actually are not affected by [5:45] of moes actually are not affected by [5:45] of moes actually are not affected by abundant lowcost intelligence. You know, [5:47] abundant lowcost intelligence. You know, [5:47] abundant lowcost intelligence. You know, when you think about network effects, [5:49] when you think about network effects, [5:49] when you think about network effects, scale effects, which shows up in [5:50] scale effects, which shows up in [5:50] scale effects, which shows up in distribution, brand effects, which we [5:52] distribution, brand effects, which we [5:52] distribution, brand effects, which we tend to discount in Silicon Valley, [5:54] tend to discount in Silicon Valley, [5:54] tend to discount in Silicon Valley, these things are as good as they've ever [5:55] these things are as good as they've ever [5:55] these things are as good as they've ever been. You know, no amount of coding [5:57] been. You know, no amount of coding [5:57] been. You know, no amount of coding agents is going to make Nike not Nike. [5:59] agents is going to make Nike not Nike. [5:59] agents is going to make Nike not Nike. And Instagram, um, the power of [6:01] And Instagram, um, the power of [6:01] And Instagram, um, the power of Instagram was never the complexity of [6:02] Instagram was never the complexity of [6:02] Instagram was never the complexity of building the Instagram app. Of course, [6:04] building the Instagram app. Of course, [6:04] building the Instagram app. Of course, it was the kind of network behind it. [6:06] it was the kind of network behind it. [6:06] it was the kind of network behind it. So, you actually think the majority of [6:07] So, you actually think the majority of [6:07] So, you actually think the majority of modes are as good as they've ever been [6:09] modes are as good as they've ever been [6:09] modes are as good as they've ever been and and of course are still crit [6:10] and and of course are still crit [6:10] and and of course are still crit critical to building compounding value. [6:12] critical to building compounding value. [6:12] critical to building compounding value. There are a couple of modes that are [6:13] There are a couple of modes that are [6:13] There are a couple of modes that are exposed. For me, the integration mode is [6:15] exposed. For me, the integration mode is [6:15] exposed. For me, the integration mode is the most obvious one. You know, SAP is [6:17] the most obvious one. You know, SAP is [6:17] the most obvious one. You know, SAP is is so famously complex to integrate into [6:20] is so famously complex to integrate into [6:20] is so famously complex to integrate into and out of that it's a sort of [6:22] and out of that it's a sort of [6:22] and out of that it's a sort of existential risk to even migrate from [6:24] existential risk to even migrate from [6:24] existential risk to even migrate from one version of SAP to the next. Coding [6:26] one version of SAP to the next. Coding [6:26] one version of SAP to the next. Coding agents makes this dramatically better. I [6:28] agents makes this dramatically better. I [6:28] agents makes this dramatically better. I think there's a bit of an existential [6:29] think there's a bit of an existential [6:29] think there's a bit of an existential question actually for SIS and gsis as to [6:32] question actually for SIS and gsis as to [6:32] question actually for SIS and gsis as to what will their value be when they've [6:34] what will their value be when they've [6:34] what will their value be when they've historically been this sort of point of [6:35] historically been this sort of point of [6:35] historically been this sort of point of integration. So, I do think this moat is [6:37] integration. So, I do think this moat is [6:37] integration. So, I do think this moat is a little bit at risk, but for the other [6:39] a little bit at risk, but for the other [6:39] a little bit at risk, but for the other traditional modes, they persist and [6:40] traditional modes, they persist and [6:40] traditional modes, they persist and they're as important as they've ever [6:41] they're as important as they've ever [6:41] they're as important as they've ever been. Yeah, I think this is a really [6:43] been. Yeah, I think this is a really [6:43] been. Yeah, I think this is a really important concept. You know, as you [6:44] important concept. You know, as you [6:44] important concept. You know, as you start to think about what are the job [6:46] start to think about what are the job [6:46] start to think about what are the job functions in the enterprise that are [6:47] functions in the enterprise that are [6:48] functions in the enterprise that are alpha creating, it's typically product, [6:50] alpha creating, it's typically product, [6:50] alpha creating, it's typically product, sales, engineering, research, and [6:53] sales, engineering, research, and [6:53] sales, engineering, research, and conversely, what are the job functions [6:55] conversely, what are the job functions [6:55] conversely, what are the job functions in the enterprise that are sort of maybe [6:57] in the enterprise that are sort of maybe [6:57] in the enterprise that are sort of maybe administrative is is uh too uh too [6:59] administrative is is uh too uh too [6:59] administrative is is uh too uh too bleak, but they are supporting other [7:01] bleak, but they are supporting other [7:01] bleak, but they are supporting other functions, legal, um HR, finance, etc. [7:06] functions, legal, um HR, finance, etc. [7:06] functions, legal, um HR, finance, etc. We really think that the kind of [7:07] We really think that the kind of [7:07] We really think that the kind of rational architecture and the one that [7:08] rational architecture and the one that [7:08] rational architecture and the one that is emerging is that for jobs that um [7:11] is emerging is that for jobs that um [7:11] is emerging is that for jobs that um have unlimited upside like sales or [7:13] have unlimited upside like sales or [7:13] have unlimited upside like sales or product you always want to use frontier [7:15] product you always want to use frontier [7:15] product you always want to use frontier tokens. And the reason for that is you [7:17] tokens. And the reason for that is you [7:17] tokens. And the reason for that is you just don't know what the value of the [7:19] just don't know what the value of the [7:19] just don't know what the value of the new product feature or closing a [7:20] new product feature or closing a [7:20] new product feature or closing a customer account is. It's effectively [7:22] customer account is. It's effectively [7:22] customer account is. It's effectively unbounded and therefore it's [7:24] unbounded and therefore it's [7:24] unbounded and therefore it's economically rational to pay almost any [7:26] economically rational to pay almost any [7:26] economically rational to pay almost any price for a model that's even one IQ [7:28] price for a model that's even one IQ [7:28] price for a model that's even one IQ point smarter. You know, your Fable 5 or [7:30] point smarter. You know, your Fable 5 or [7:30] point smarter. You know, your Fable 5 or your Gro uh or your um GPT56. [7:34] your Gro uh or your um GPT56. [7:34] your Gro uh or your um GPT56. Conversely, when you talk about [7:35] Conversely, when you talk about [7:35] Conversely, when you talk about something like finance, you know, the [7:37] something like finance, you know, the [7:37] something like finance, you know, the best way to close the books is [7:39] best way to close the books is [7:39] best way to close the books is accurately. You can't close it, you [7:40] accurately. You can't close it, you [7:40] accurately. You can't close it, you know, 10x better than accurately. So, as [7:43] know, 10x better than accurately. So, as [7:43] know, 10x better than accurately. So, as a result, you kind of have this bounded [7:44] a result, you kind of have this bounded [7:44] a result, you kind of have this bounded upside problem where it makes sense to [7:46] upside problem where it makes sense to [7:46] upside problem where it makes sense to use openw weight models with [7:48] use openw weight models with [7:48] use openw weight models with reinforcement learning for the kind of [7:49] reinforcement learning for the kind of [7:49] reinforcement learning for the kind of paroefficient um cost curve. Maybe [7:52] paroefficient um cost curve. Maybe [7:52] paroefficient um cost curve. Maybe before we we go off this one because [7:53] before we we go off this one because [7:53] before we we go off this one because this is a big debate and and again when [7:55] this is a big debate and and again when [7:55] this is a big debate and and again when Kimmy dropped a few weeks ago there was [7:56] Kimmy dropped a few weeks ago there was [7:56] Kimmy dropped a few weeks ago there was a lot of consternation uh about this [7:59] a lot of consternation uh about this [7:59] a lot of consternation uh about this this topic just given the relative cost [8:01] this topic just given the relative cost [8:01] this topic just given the relative cost which was the focus of of the topic of [8:03] which was the focus of of the topic of [8:03] which was the focus of of the topic of discussion. But you know um our our [8:05] discussion. But you know um our our [8:05] discussion. But you know um our our founder Jesse Zang from Decagon dropped [8:07] founder Jesse Zang from Decagon dropped [8:07] founder Jesse Zang from Decagon dropped this great post around the fact that in [8:09] this great post around the fact that in [8:09] this great post around the fact that in some respects and and for a lot of [8:11] some respects and and for a lot of [8:11] some respects and and for a lot of companies like Decagadon open source is [8:14] companies like Decagadon open source is [8:14] companies like Decagadon open source is actually the only option. It's not just [8:16] actually the only option. It's not just [8:16] actually the only option. It's not just cost. It's it's that they can actually [8:17] cost. It's it's that they can actually [8:17] cost. It's it's that they can actually localize it, train, fine-tune it. And so [8:20] localize it, train, fine-tune it. And so [8:20] localize it, train, fine-tune it. And so maybe unpack a little bit of that [8:22] maybe unpack a little bit of that [8:22] maybe unpack a little bit of that configuration. Talk through the the [8:23] configuration. Talk through the the [8:23] configuration. Talk through the the nuances there and why folks shouldn't be [8:25] nuances there and why folks shouldn't be [8:25] nuances there and why folks shouldn't be concerned even though that is the case [8:27] concerned even though that is the case [8:27] concerned even though that is the case for startups that there's a lot in the [8:30] for startups that there's a lot in the [8:30] for startups that there's a lot in the way of abundance around this topic. [8:32] way of abundance around this topic. [8:32] way of abundance around this topic. &gt;&gt; Yeah, I mean one of the big topics that [8:33] &gt;&gt; Yeah, I mean one of the big topics that [8:34] &gt;&gt; Yeah, I mean one of the big topics that we're seeing or one of the big trends is [8:35] we're seeing or one of the big trends is [8:35] we're seeing or one of the big trends is that there are just one there are sort [8:36] that there are just one there are sort [8:36] that there are just one there are sort of comparative advantages of different [8:38] of comparative advantages of different [8:38] of comparative advantages of different models. So and the models often have [8:41] models. So and the models often have [8:41] models. So and the models often have sort of areas of focus that are almost [8:42] sort of areas of focus that are almost [8:42] sort of areas of focus that are almost at um tension with each other. So you [8:45] at um tension with each other. So you [8:45] at um tension with each other. So you see a certain set of models that have a [8:46] see a certain set of models that have a [8:46] see a certain set of models that have a high degree of neuroticism. Like there [8:49] high degree of neuroticism. Like there [8:49] high degree of neuroticism. Like there sort of autistic models. GLM52 and GLM53 [8:53] sort of autistic models. GLM52 and GLM53 [8:53] sort of autistic models. GLM52 and GLM53 are great examples of this where they're [8:54] are great examples of this where they're [8:54] are great examples of this where they're very literal and they'll only do exactly [8:56] very literal and they'll only do exactly [8:56] very literal and they'll only do exactly what you told them to do and nothing [8:57] what you told them to do and nothing [8:57] what you told them to do and nothing more. Then we're seeing models like a K3 [9:00] more. Then we're seeing models like a K3 [9:00] more. Then we're seeing models like a K3 um that are just much more sort of open [9:03] um that are just much more sort of open [9:03] um that are just much more sort of open and they're very presumptuous and [9:05] and they're very presumptuous and [9:05] and they're very presumptuous and they're creative and there are roles for [9:07] they're creative and there are roles for [9:07] they're creative and there are roles for both types of models in the organization [9:08] both types of models in the organization [9:08] both types of models in the organization and and often the sort of shapes of [9:10] and and often the sort of shapes of [9:10] and and often the sort of shapes of those minds if you will are at odds with [9:12] those minds if you will are at odds with [9:12] those minds if you will are at odds with each other. So that is like one reason [9:14] each other. So that is like one reason [9:14] each other. So that is like one reason you actually want to have multiple [9:15] you actually want to have multiple [9:15] you actually want to have multiple models. The reinforcement learning is a [9:17] models. The reinforcement learning is a [9:17] models. The reinforcement learning is a really important point. Um you know if [9:19] really important point. Um you know if [9:19] really important point. Um you know if you actually have a problem that you can [9:21] you actually have a problem that you can [9:21] you actually have a problem that you can specialize the model around with your [9:23] specialize the model around with your [9:24] specialize the model around with your reasoning traces, you can start to [9:25] reasoning traces, you can start to [9:25] reasoning traces, you can start to create this compounding advantage in [9:27] create this compounding advantage in [9:27] create this compounding advantage in your domain for your customer base where [9:29] your domain for your customer base where [9:29] your domain for your customer base where you're able to kind of shape the [9:31] you're able to kind of shape the [9:31] you're able to kind of shape the intelligence to be better than any [9:33] intelligence to be better than any [9:33] intelligence to be better than any general intelligence for your problem. I [9:35] general intelligence for your problem. I [9:35] general intelligence for your problem. I know Harvey's had some great results [9:37] know Harvey's had some great results [9:37] know Harvey's had some great results with this as well. Now the trade-off of [9:39] with this as well. Now the trade-off of [9:39] with this as well. Now the trade-off of that kind of reinforcement learning is [9:40] that kind of reinforcement learning is [9:40] that kind of reinforcement learning is you lose generality. So if you have the [9:42] you lose generality. So if you have the [9:42] you lose generality. So if you have the best sort of model that's fine-tuned for [9:44] best sort of model that's fine-tuned for [9:44] best sort of model that's fine-tuned for solving legal problems, it may not be [9:46] solving legal problems, it may not be [9:46] solving legal problems, it may not be great at solving sort of theoretical [9:48] great at solving sort of theoretical [9:48] great at solving sort of theoretical math problems and that's okay for [9:50] math problems and that's okay for [9:50] math problems and that's okay for Harvey's uses or in the case of decagon [9:53] Harvey's uses or in the case of decagon [9:53] Harvey's uses or in the case of decagon customer support. So this sort of openw [9:55] customer support. So this sort of openw [9:55] customer support. So this sort of openw weight specialization property is [9:57] weight specialization property is [9:57] weight specialization property is something that's very unique and one of [9:58] something that's very unique and one of [9:58] something that's very unique and one of the reasons our startups are selecting [9:59] the reasons our startups are selecting [10:00] the reasons our startups are selecting them. This is also a big topic. We've [10:02] them. This is also a big topic. We've [10:02] them. This is also a big topic. We've learned so much since January. We should [10:04] learned so much since January. We should [10:04] learned so much since January. We should really do this monthly gener. Yeah. I [10:05] really do this monthly gener. Yeah. I [10:05] really do this monthly gener. Yeah. I mean honestly we there's just so much [10:07] mean honestly we there's just so much [10:07] mean honestly we there's just so much changing. So in January February there [10:09] changing. So in January February there [10:09] changing. So in January February there was a lot of discussion and it's it's [10:11] was a lot of discussion and it's it's [10:11] was a lot of discussion and it's it's very idiosyncratic and interesting. You [10:12] very idiosyncratic and interesting. You [10:12] very idiosyncratic and interesting. You know anthropic quad released what is [10:15] know anthropic quad released what is [10:15] know anthropic quad released what is called a legal plugin. You know plugins [10:17] called a legal plugin. You know plugins [10:17] called a legal plugin. You know plugins are just collections of skill files. You [10:19] are just collections of skill files. You [10:19] are just collections of skill files. You can think of it as a zip of skill files. [10:21] can think of it as a zip of skill files. [10:21] can think of it as a zip of skill files. Skill files are just prompts. They're [10:22] Skill files are just prompts. They're [10:22] Skill files are just prompts. They're just long prompts. And there was this [10:24] just long prompts. And there was this [10:24] just long prompts. And there was this huge panic and all of a sudden Thompson [10:26] huge panic and all of a sudden Thompson [10:26] huge panic and all of a sudden Thompson Reuters and a bunch of other sort of uh [10:28] Reuters and a bunch of other sort of uh [10:28] Reuters and a bunch of other sort of uh you know big legal names traded down [10:30] you know big legal names traded down [10:30] you know big legal names traded down dramatically. But those were really just [10:32] dramatically. But those were really just [10:32] dramatically. But those were really just prompts. And there's a lot of discussion [10:33] prompts. And there's a lot of discussion [10:33] prompts. And there's a lot of discussion about if labs were going to integrate [10:36] about if labs were going to integrate [10:36] about if labs were going to integrate vertically integrate up into the [10:37] vertically integrate up into the [10:37] vertically integrate up into the application layer. Instead, we've seen [10:39] application layer. Instead, we've seen [10:39] application layer. Instead, we've seen the very opposite, which is yes, they [10:41] the very opposite, which is yes, they [10:41] the very opposite, which is yes, they are vertically integrating, but they're [10:42] are vertically integrating, but they're [10:42] are vertically integrating, but they're vertically integrating down into [10:43] vertically integrating down into [10:43] vertically integrating down into inference and compute. It's actually [10:45] inference and compute. It's actually [10:45] inference and compute. It's actually logical now um in hindsight because the [10:48] logical now um in hindsight because the [10:48] logical now um in hindsight because the workloads for inference are very [10:50] workloads for inference are very [10:50] workloads for inference are very homogeneous. So, you can build enormous [10:52] homogeneous. So, you can build enormous [10:52] homogeneous. So, you can build enormous scale in one part of the value chain. [10:54] scale in one part of the value chain. [10:54] scale in one part of the value chain. Whereas when you think about the [10:55] Whereas when you think about the [10:56] Whereas when you think about the application layer, you know, you've got [10:57] application layer, you know, you've got [10:58] application layer, you know, you've got so many idiosyncrasies and unique needs [11:00] so many idiosyncrasies and unique needs [11:00] so many idiosyncrasies and unique needs in terms of pricing, packaging, um, sort [11:03] in terms of pricing, packaging, um, sort [11:03] in terms of pricing, packaging, um, sort of productization, how the market wants [11:05] of productization, how the market wants [11:05] of productization, how the market wants to buy. So, it's actually a much more [11:07] to buy. So, it's actually a much more [11:07] to buy. So, it's actually a much more challenging and opex heavy proposition [11:09] challenging and opex heavy proposition [11:10] challenging and opex heavy proposition to move into the application layer [11:11] to move into the application layer [11:12] to move into the application layer versus moving down into the inference [11:14] versus moving down into the inference [11:14] versus moving down into the inference layer. And this is the point I alluded [11:16] layer. And this is the point I alluded [11:16] layer. And this is the point I alluded to earlier, which is sort of this [11:17] to earlier, which is sort of this [11:17] to earlier, which is sort of this discussion of model commoditization. And [11:19] discussion of model commoditization. And [11:19] discussion of model commoditization. And you know if you use the models every day [11:21] you know if you use the models every day [11:21] you know if you use the models every day which I do I sort of hold myself to a [11:22] which I do I sort of hold myself to a [11:22] which I do I sort of hold myself to a standard of making something either [11:24] standard of making something either [11:24] standard of making something either small or big with every model that comes [11:26] small or big with every model that comes [11:26] small or big with every model that comes out you you start to appreciate the fact [11:28] out you you start to appreciate the fact [11:28] out you you start to appreciate the fact that these things are are not [11:29] that these things are are not [11:29] that these things are are not commodities that they have comparative [11:32] commodities that they have comparative [11:32] commodities that they have comparative advantage at a domain level. So a great [11:34] advantage at a domain level. So a great [11:34] advantage at a domain level. So a great example is open AI with their new um GPT [11:37] example is open AI with their new um GPT [11:37] example is open AI with their new um GPT models are just so so good at knowledge [11:39] models are just so so good at knowledge [11:39] models are just so so good at knowledge work. The harness is also very well set [11:42] work. The harness is also very well set [11:42] work. The harness is also very well set up for knowledge work. You know if [11:43] up for knowledge work. You know if [11:43] up for knowledge work. You know if you've used the chat GPT desktop app you [11:45] you've used the chat GPT desktop app you [11:45] you've used the chat GPT desktop app you know what I mean. If you haven't please [11:46] know what I mean. If you haven't please [11:46] know what I mean. If you haven't please install it. It's very very cool and [11:48] install it. It's very very cool and [11:48] install it. It's very very cool and interesting and it's the perfect sort of [11:50] interesting and it's the perfect sort of [11:50] interesting and it's the perfect sort of when I say harness I kind of mean kind [11:52] when I say harness I kind of mean kind [11:52] when I say harness I kind of mean kind of product container like a browser. Um [11:54] of product container like a browser. Um [11:54] of product container like a browser. Um it's the perfect product container to do [11:57] it's the perfect product container to do [11:57] it's the perfect product container to do spreadsheets and slide presentations and [11:59] spreadsheets and slide presentations and [11:59] spreadsheets and slide presentations and written documents and all of that type [12:01] written documents and all of that type [12:01] written documents and all of that type of work. If you look at cloud code which [12:03] of work. If you look at cloud code which [12:03] of work. If you look at cloud code which many of you I'm sure have used it's just [12:05] many of you I'm sure have used it's just [12:05] many of you I'm sure have used it's just so oriented towards software engineering [12:07] so oriented towards software engineering [12:07] so oriented towards software engineering you know it's in a terminal UI. [12:09] you know it's in a terminal UI. [12:09] you know it's in a terminal UI. Everything from the small design [12:10] Everything from the small design [12:10] Everything from the small design decisions to the areas in which it [12:12] decisions to the areas in which it [12:12] decisions to the areas in which it specializes like code planning and code [12:15] specializes like code planning and code [12:15] specializes like code planning and code testing is oriented towards the software [12:17] testing is oriented towards the software [12:17] testing is oriented towards the software engineer and there are many trade-offs [12:19] engineer and there are many trade-offs [12:19] engineer and there are many trade-offs both products are making for that sort [12:21] both products are making for that sort [12:21] both products are making for that sort of respective specialization. So one [12:23] of respective specialization. So one [12:23] of respective specialization. So one you've kind of got this domain level [12:25] you've kind of got this domain level [12:25] you've kind of got this domain level specialization that's already occurring [12:27] specialization that's already occurring [12:27] specialization that's already occurring and then two as I mentioned earlier [12:29] and then two as I mentioned earlier [12:29] and then two as I mentioned earlier you've got this sort of I think of it as [12:30] you've got this sort of I think of it as [12:30] you've got this sort of I think of it as the big five sort of personality traits [12:32] the big five sort of personality traits [12:32] the big five sort of personality traits if if folks have studied that you know [12:34] if if folks have studied that you know [12:34] if if folks have studied that you know you can't be both highly open and highly [12:37] you can't be both highly open and highly [12:37] you can't be both highly open and highly neurotic. Um, and you know, sometimes [12:39] neurotic. Um, and you know, sometimes [12:39] neurotic. Um, and you know, sometimes when you have an intelligence you're [12:41] when you have an intelligence you're [12:41] when you have an intelligence you're applying to an accounting problem, you [12:42] applying to an accounting problem, you [12:42] applying to an accounting problem, you want neuroticism. When you're applying [12:44] want neuroticism. When you're applying [12:44] want neuroticism. When you're applying it to a design problem, you want [12:45] it to a design problem, you want [12:45] it to a design problem, you want openness. So you actually have a need [12:47] openness. So you actually have a need [12:47] openness. So you actually have a need for both types of minds in the [12:49] for both types of minds in the [12:49] for both types of minds in the organization, which is why you would [12:50] organization, which is why you would [12:50] organization, which is why you would select something like a GLM53 versus a [12:53] select something like a GLM53 versus a [12:53] select something like a GLM53 versus a Kimmy K3. So definitely not commodities [12:55] Kimmy K3. So definitely not commodities [12:55] Kimmy K3. So definitely not commodities in our view. This is an important point. [12:57] in our view. This is an important point. [12:58] in our view. This is an important point. You know, there are many product [12:59] You know, there are many product [12:59] You know, there are many product categories in which model aggregation [13:01] categories in which model aggregation [13:01] categories in which model aggregation delivers a greater than sum of parts [13:03] delivers a greater than sum of parts [13:03] delivers a greater than sum of parts outcome. And you know, a good metaphor [13:05] outcome. And you know, a good metaphor [13:05] outcome. And you know, a good metaphor for this is Expedia. You know, it's so [13:07] for this is Expedia. You know, it's so [13:07] for this is Expedia. You know, it's so much more useful to use Expedia than it [13:08] much more useful to use Expedia than it [13:08] much more useful to use Expedia than it is to go to United, then to go to Delta, [13:10] is to go to United, then to go to Delta, [13:10] is to go to United, then to go to Delta, then to go to Southwest. You just want a [13:13] then to go to Southwest. You just want a [13:13] then to go to Southwest. You just want a single place where you can benefit from [13:14] single place where you can benefit from [13:14] single place where you can benefit from seeing every airline's inventory. [13:17] seeing every airline's inventory. [13:17] seeing every airline's inventory. Similarly, you know, in coding, we're [13:19] Similarly, you know, in coding, we're [13:19] Similarly, you know, in coding, we're actually seeing this with cursor a ton [13:21] actually seeing this with cursor a ton [13:21] actually seeing this with cursor a ton where you want to do a very frontier [13:23] where you want to do a very frontier [13:23] where you want to do a very frontier model for planning, for example, but [13:25] model for planning, for example, but [13:25] model for planning, for example, but then you can use a lesser model for [13:27] then you can use a lesser model for [13:27] then you can use a lesser model for execution and you really need to have [13:28] execution and you really need to have [13:28] execution and you really need to have one product harness or sort of product [13:30] one product harness or sort of product [13:30] one product harness or sort of product architecture that lets you use multiple [13:32] architecture that lets you use multiple [13:32] architecture that lets you use multiple models. Creative Tools is another great [13:34] models. Creative Tools is another great [13:34] models. Creative Tools is another great example where you've got, you know, [13:36] example where you've got, you know, [13:36] example where you've got, you know, models that specialize in different [13:37] models that specialize in different [13:37] models that specialize in different modalities. So you've got something like [13:39] modalities. So you've got something like [13:39] modalities. So you've got something like an 11 Labs which of course is incredible [13:41] an 11 Labs which of course is incredible [13:41] an 11 Labs which of course is incredible at voice music as well and then you've [13:43] at voice music as well and then you've [13:43] at voice music as well and then you've got something like Black Forest which is [13:45] got something like Black Forest which is [13:45] got something like Black Forest which is doing such an excellent job in kind of [13:47] doing such an excellent job in kind of [13:47] doing such an excellent job in kind of video and and creative direction and the [13:49] video and and creative direction and the [13:49] video and and creative direction and the correct product is to bring all of these [13:51] correct product is to bring all of these [13:51] correct product is to bring all of these together into one shell. And then [13:53] together into one shell. And then [13:53] together into one shell. And then finally research and decisions. We see [13:55] finally research and decisions. We see [13:55] finally research and decisions. We see this all the time where you know the [13:56] this all the time where you know the [13:56] this all the time where you know the models are trained with sort of non-over [13:58] models are trained with sort of non-over [13:58] models are trained with sort of non-over overlapping data sets often. So you're [14:00] overlapping data sets often. So you're [14:00] overlapping data sets often. So you're able to just get more information by [14:02] able to just get more information by [14:02] able to just get more information by running the same query through many [14:04] running the same query through many [14:04] running the same query through many models adversarially and then having a [14:06] models adversarially and then having a [14:06] models adversarially and then having a separate model sort of help you [14:07] separate model sort of help you [14:07] separate model sort of help you converge. This is a place where the [14:09] converge. This is a place where the [14:09] converge. This is a place where the application layer really shines because [14:11] application layer really shines because [14:11] application layer really shines because labs of course are both incentivized and [14:13] labs of course are both incentivized and [14:13] labs of course are both incentivized and structurally only able to provide their [14:15] structurally only able to provide their [14:15] structurally only able to provide their own in-house models. You as an [14:16] own in-house models. You as an [14:16] own in-house models. You as an application sort of aggregator can [14:18] application sort of aggregator can [14:18] application sort of aggregator can provide the best of breed. Okay, let's [14:20] provide the best of breed. Okay, let's [14:20] provide the best of breed. Okay, let's jump into the apps layer. Now the key [14:22] jump into the apps layer. Now the key [14:22] jump into the apps layer. Now the key point about the application layer is [14:24] point about the application layer is [14:24] point about the application layer is that you know intelligence is a [14:26] that you know intelligence is a [14:26] that you know intelligence is a primitive just like buying cloud is a [14:28] primitive just like buying cloud is a [14:28] primitive just like buying cloud is a primitive and what does Salesforce do? [14:30] primitive and what does Salesforce do? [14:30] primitive and what does Salesforce do? It sort of takes the you know AWS cloud [14:33] It sort of takes the you know AWS cloud [14:33] It sort of takes the you know AWS cloud primitive and turns it into CRM software [14:36] primitive and turns it into CRM software [14:36] primitive and turns it into CRM software that delivers an economic outcome for [14:38] that delivers an economic outcome for [14:38] that delivers an economic outcome for all of their customer segments. The same [14:40] all of their customer segments. The same [14:40] all of their customer segments. The same thing is true of the AI application [14:42] thing is true of the AI application [14:42] thing is true of the AI application layer. You know it's great to have the [14:44] layer. You know it's great to have the [14:44] layer. You know it's great to have the raw intelligence primitive but you [14:45] raw intelligence primitive but you [14:46] raw intelligence primitive but you really need Harvey to turn that into an [14:47] really need Harvey to turn that into an [14:47] really need Harvey to turn that into an economic outcome for the legal industry. [14:50] economic outcome for the legal industry. [14:50] economic outcome for the legal industry. Similar for somebody like credit unions [14:52] Similar for somebody like credit unions [14:52] Similar for somebody like credit unions is a really interesting market segment [14:53] is a really interesting market segment [14:54] is a really interesting market segment where they're so idiosyncratic in how [14:55] where they're so idiosyncratic in how [14:55] where they're so idiosyncratic in how they want to buy products, how they want [14:57] they want to buy products, how they want [14:57] they want to buy products, how they want the product sort of productized and and [14:59] the product sort of productized and and [14:59] the product sort of productized and and the shape of the ambition for their [15:01] the shape of the ambition for their [15:01] the shape of the ambition for their market. You know, most credit unions [15:03] market. You know, most credit unions [15:03] market. You know, most credit unions don't want to uh decrease their [15:04] don't want to uh decrease their [15:04] don't want to uh decrease their headcount by half. They want to double [15:05] headcount by half. They want to double [15:06] headcount by half. They want to double it, right? And they want to double it [15:07] it, right? And they want to double it [15:07] it, right? And they want to double it while having a an economically [15:09] while having a an economically [15:10] while having a an economically performant business. So, it's just a [15:12] performant business. So, it's just a [15:12] performant business. So, it's just a very um specific way that they see the [15:14] very um specific way that they see the [15:14] very um specific way that they see the intelligence primitive playing out in [15:15] intelligence primitive playing out in [15:16] intelligence primitive playing out in their market segment. and the [15:17] their market segment. and the [15:17] their market segment. and the application layer's opportunity is to be [15:19] application layer's opportunity is to be [15:19] application layer's opportunity is to be the one that kind of delivers that. This [15:21] the one that kind of delivers that. This [15:21] the one that kind of delivers that. This is a bit of an advanced concept, but I [15:22] is a bit of an advanced concept, but I [15:22] is a bit of an advanced concept, but I think an important one. If you look at [15:24] think an important one. If you look at [15:24] think an important one. If you look at the kind of way that the evolution of AI [15:26] the kind of way that the evolution of AI [15:26] the kind of way that the evolution of AI use um has gone, it's gone from [15:28] use um has gone, it's gone from [15:28] use um has gone, it's gone from prompting models to putting models in [15:30] prompting models to putting models in [15:30] prompting models to putting models in loops. You know, the the term agent is [15:31] loops. You know, the the term agent is [15:32] loops. You know, the the term agent is overused, but agent is just a model in a [15:34] overused, but agent is just a model in a [15:34] overused, but agent is just a model in a loop with sort of tools and memory and a [15:35] loop with sort of tools and memory and a [15:35] loop with sort of tools and memory and a few other things. A great example of [15:37] few other things. A great example of [15:37] few other things. A great example of this is coding. You know, we've all seen [15:39] this is coding. You know, we've all seen [15:39] this is coding. You know, we've all seen this from um software companies, which [15:41] this from um software companies, which [15:41] this from um software companies, which is a bug gets reported, it gets [15:43] is a bug gets reported, it gets [15:43] is a bug gets reported, it gets reproduced, a fix gets generated, it [15:45] reproduced, a fix gets generated, it [15:45] reproduced, a fix gets generated, it gets verified. If it's a low-risk fix, [15:48] gets verified. If it's a low-risk fix, [15:48] gets verified. If it's a low-risk fix, it gets integrated and shipped and maybe [15:49] it gets integrated and shipped and maybe [15:49] it gets integrated and shipped and maybe the customer gets an email saying your [15:51] the customer gets an email saying your [15:51] the customer gets an email saying your bug was fixed. If it's a high-risisk [15:53] bug was fixed. If it's a high-risisk [15:53] bug was fixed. If it's a high-risisk change, perhaps a human reviews it. But [15:55] change, perhaps a human reviews it. But [15:55] change, perhaps a human reviews it. But that way, every bug that actually gets [15:56] that way, every bug that actually gets [15:56] that way, every bug that actually gets reported to the enterprise now gets [15:58] reported to the enterprise now gets [15:58] reported to the enterprise now gets autonomously fixed through this coding [16:00] autonomously fixed through this coding [16:00] autonomously fixed through this coding loop. As you start to take that idea and [16:02] loop. As you start to take that idea and [16:02] loop. As you start to take that idea and apply it to other parts of the business, [16:04] apply it to other parts of the business, [16:04] apply it to other parts of the business, things like price optimization, things [16:06] things like price optimization, things [16:06] things like price optimization, things like procurement, these are very natural [16:09] like procurement, these are very natural [16:09] like procurement, these are very natural sort of business loops that occur that [16:10] sort of business loops that occur that [16:10] sort of business loops that occur that can be fully automated by these models. [16:13] can be fully automated by these models. [16:13] can be fully automated by these models. And then perhaps the most ambitious type [16:15] And then perhaps the most ambitious type [16:15] And then perhaps the most ambitious type of loop is the business loop, which is [16:17] of loop is the business loop, which is [16:17] of loop is the business loop, which is hey, you make a change that's very [16:19] hey, you make a change that's very [16:19] hey, you make a change that's very crosscutting to the business and the [16:20] crosscutting to the business and the [16:20] crosscutting to the business and the model comes back and says, hey, I think [16:22] model comes back and says, hey, I think [16:22] model comes back and says, hey, I think we need to open a branch in Tijana. Now [16:24] we need to open a branch in Tijana. Now [16:24] we need to open a branch in Tijana. Now the model can't do that autonomously but [16:26] the model can't do that autonomously but [16:26] the model can't do that autonomously but it can make a change at the sort of [16:27] it can make a change at the sort of [16:27] it can make a change at the sort of surface level of the entire business [16:29] surface level of the entire business [16:29] surface level of the entire business which is extraordinary. This is how [16:31] which is extraordinary. This is how [16:31] which is extraordinary. This is how enterprise automation is going to occur [16:33] enterprise automation is going to occur [16:33] enterprise automation is going to occur through AI and I think for me coding has [16:36] through AI and I think for me coding has [16:36] through AI and I think for me coding has just been over and over again an [16:37] just been over and over again an [16:37] just been over and over again an illustration legal is another great area [16:39] illustration legal is another great area [16:39] illustration legal is another great area of industries not markets. This is [16:41] of industries not markets. This is [16:41] of industries not markets. This is something that Mark says and he's so [16:43] something that Mark says and he's so [16:43] something that Mark says and he's so right which is if you look at [16:44] right which is if you look at [16:44] right which is if you look at intelligence as a primitive let's think [16:46] intelligence as a primitive let's think [16:46] intelligence as a primitive let's think now about coding intelligence as a [16:47] now about coding intelligence as a [16:47] now about coding intelligence as a primitive. All of these products are [16:49] primitive. All of these products are [16:49] primitive. All of these products are working in their sort of respective [16:50] working in their sort of respective [16:50] working in their sort of respective areas of the stack. You know, Quad Code [16:52] areas of the stack. You know, Quad Code [16:52] areas of the stack. You know, Quad Code does such an excellent job of kind of [16:55] does such an excellent job of kind of [16:55] does such an excellent job of kind of exposing the raw hardware, so to say, to [16:57] exposing the raw hardware, so to say, to [16:57] exposing the raw hardware, so to say, to the developer all the way up to replet, [16:59] the developer all the way up to replet, [16:59] the developer all the way up to replet, which is a great abstraction layer for [17:01] which is a great abstraction layer for [17:01] which is a great abstraction layer for the average small business owner that's [17:02] the average small business owner that's [17:02] the average small business owner that's unfamiliar with code. These are [17:04] unfamiliar with code. These are [17:04] unfamiliar with code. These are variations of sort of pricing, [17:05] variations of sort of pricing, [17:05] variations of sort of pricing, producting, pack, productization, [17:07] producting, pack, productization, [17:07] producting, pack, productization, packaging for the coding primitive and [17:10] packaging for the coding primitive and [17:10] packaging for the coding primitive and intelligence and all of them are working [17:12] intelligence and all of them are working [17:12] intelligence and all of them are working as a result. So, I think a big mental [17:14] as a result. So, I think a big mental [17:14] as a result. So, I think a big mental model shift for us is ensuring that [17:16] model shift for us is ensuring that [17:16] model shift for us is ensuring that we're assessing these as industries, not [17:18] we're assessing these as industries, not [17:18] we're assessing these as industries, not necessarily simple markets. Okay. and [17:21] necessarily simple markets. Okay. and [17:21] necessarily simple markets. Okay. and consumer consumers had a really cool [17:22] consumer consumers had a really cool [17:22] consumer consumers had a really cool couple of weeks. You know, we've been [17:24] couple of weeks. You know, we've been [17:24] couple of weeks. You know, we've been saying for, you know, for three years [17:25] saying for, you know, for three years [17:25] saying for, you know, for three years that this is going to be consumer's [17:26] that this is going to be consumer's [17:26] that this is going to be consumer's quarter, but I I think that this might [17:28] quarter, but I I think that this might [17:28] quarter, but I I think that this might be consumer's quarter. Let's go into it. [17:30] be consumer's quarter. Let's go into it. [17:30] be consumer's quarter. Let's go into it. The things that have actually held back [17:32] The things that have actually held back [17:32] The things that have actually held back consumer um so far have been a couple of [17:34] consumer um so far have been a couple of [17:34] consumer um so far have been a couple of things. You know, the first is consumers [17:36] things. You know, the first is consumers [17:36] things. You know, the first is consumers don't love paying for software. We've [17:38] don't love paying for software. We've [17:38] don't love paying for software. We've learned this lesson um over and over [17:39] learned this lesson um over and over [17:39] learned this lesson um over and over again. And unfortunately, unlike the [17:42] again. And unfortunately, unlike the [17:42] again. And unfortunately, unlike the sort of magic of software in the past, [17:43] sort of magic of software in the past, [17:43] sort of magic of software in the past, um AI software has marginal costs of [17:46] um AI software has marginal costs of [17:46] um AI software has marginal costs of distribution and engagement. And the [17:47] distribution and engagement. And the [17:47] distribution and engagement. And the marginal cost can sometimes be very [17:49] marginal cost can sometimes be very [17:49] marginal cost can sometimes be very high. you know, I built a an app I use [17:51] high. you know, I built a an app I use [17:51] high. you know, I built a an app I use to help me browse my X timeline and it [17:53] to help me browse my X timeline and it [17:53] to help me browse my X timeline and it costs $250 to onboard a new user. So, if [17:56] costs $250 to onboard a new user. So, if [17:56] costs $250 to onboard a new user. So, if I'm a startup founder looking at that, [17:57] I'm a startup founder looking at that, [17:57] I'm a startup founder looking at that, looking at a kind of $250, even with a [18:00] looking at a kind of $250, even with a [18:00] looking at a kind of $250, even with a $0 TC onboarding cost, it's very hard to [18:02] $0 TC onboarding cost, it's very hard to [18:02] $0 TC onboarding cost, it's very hard to make a mass market free product work. [18:04] make a mass market free product work. [18:04] make a mass market free product work. That is changing now because of openw [18:06] That is changing now because of openw [18:06] That is changing now because of openw weightight models, dramatically cheaper [18:07] weightight models, dramatically cheaper [18:07] weightight models, dramatically cheaper and more performant. You know, the [18:09] and more performant. You know, the [18:09] and more performant. You know, the second is we've never had an AI native [18:11] second is we've never had an AI native [18:11] second is we've never had an AI native distribution channel. There's no app [18:12] distribution channel. There's no app [18:12] distribution channel. There's no app store for AI. So, this actual product [18:15] store for AI. So, this actual product [18:15] store for AI. So, this actual product cycle for consumer looks more like web [18:17] cycle for consumer looks more like web [18:17] cycle for consumer looks more like web 2.0 know where you have to kind of build [18:19] 2.0 know where you have to kind of build [18:19] 2.0 know where you have to kind of build the channel alongside the product and [18:21] the channel alongside the product and [18:21] the channel alongside the product and less like mobile where you actually have [18:22] less like mobile where you actually have [18:22] less like mobile where you actually have the central point of distribution for [18:24] the central point of distribution for [18:24] the central point of distribution for the entire ecosystem. Then the final [18:26] the entire ecosystem. Then the final [18:26] the entire ecosystem. Then the final point I think is an important one. You [18:28] point I think is an important one. You [18:28] point I think is an important one. You know command line is we're sort of in [18:29] know command line is we're sort of in [18:29] know command line is we're sort of in the the DOS era of AI and for this [18:32] the the DOS era of AI and for this [18:32] the the DOS era of AI and for this technology and its capabilities to sort [18:34] technology and its capabilities to sort [18:34] technology and its capabilities to sort of fully be embraced by consumers. We're [18:36] of fully be embraced by consumers. We're [18:36] of fully be embraced by consumers. We're going to need the windows so to say. So [18:38] going to need the windows so to say. So [18:38] going to need the windows so to say. So I think there's just a ton of work to be [18:39] I think there's just a ton of work to be [18:39] I think there's just a ton of work to be done around product and design craft to [18:41] done around product and design craft to [18:41] done around product and design craft to ensure that consumers know how to [18:43] ensure that consumers know how to [18:43] ensure that consumers know how to consume um all this magical new [18:45] consume um all this magical new [18:45] consume um all this magical new capabilities. [18:46] capabilities. [18:46] capabilities. two things are working. Um, so coding [18:48] two things are working. Um, so coding [18:48] two things are working. Um, so coding agents is are extraordinary. I know have [18:51] agents is are extraordinary. I know have [18:51] agents is are extraordinary. I know have been discussed. I think it's it's [18:52] been discussed. I think it's it's [18:52] been discussed. I think it's it's interesting to think about how they work [18:53] interesting to think about how they work [18:53] interesting to think about how they work for consumers. You know, if you think of [18:55] for consumers. You know, if you think of [18:55] for consumers. You know, if you think of this concept of the digitally native [18:57] this concept of the digitally native [18:57] this concept of the digitally native entrepreneur, if you're not a [18:59] entrepreneur, if you're not a [18:59] entrepreneur, if you're not a programmer, the way that's historically [19:01] programmer, the way that's historically [19:01] programmer, the way that's historically shown up is you're a YouTube creator. [19:02] shown up is you're a YouTube creator. [19:02] shown up is you're a YouTube creator. And there's a whole moral panic that we [19:04] And there's a whole moral panic that we [19:04] And there's a whole moral panic that we had, you know, 10 years ago about the [19:05] had, you know, 10 years ago about the [19:06] had, you know, 10 years ago about the kids want to be YouTube creators, not [19:07] kids want to be YouTube creators, not [19:07] kids want to be YouTube creators, not astronauts. But I would interpret that [19:09] astronauts. But I would interpret that [19:09] astronauts. But I would interpret that instead as the kids actually who grew up [19:11] instead as the kids actually who grew up [19:11] instead as the kids actually who grew up on the internet want to build businesses [19:13] on the internet want to build businesses [19:13] on the internet want to build businesses on the internet and the only way to do [19:14] on the internet and the only way to do [19:14] on the internet and the only way to do it again is being a creator. Now with [19:16] it again is being a creator. Now with [19:16] it again is being a creator. Now with coding agents you can build a software [19:18] coding agents you can build a software [19:18] coding agents you can build a software product that generates $100,000 of [19:20] product that generates $100,000 of [19:20] product that generates $100,000 of revenue a year, a million dollars of [19:21] revenue a year, a million dollars of [19:21] revenue a year, a million dollars of revenue a year. Now these are not [19:23] revenue a year. Now these are not [19:23] revenue a year. Now these are not venturebackable businesses but it's a [19:25] venturebackable businesses but it's a [19:25] venturebackable businesses but it's a sort of mom and pop SAS opportunity [19:27] sort of mom and pop SAS opportunity [19:27] sort of mom and pop SAS opportunity which is emerging and I think very very [19:29] which is emerging and I think very very [19:29] which is emerging and I think very very cool for the country. personal agents. [19:31] cool for the country. personal agents. [19:31] cool for the country. personal agents. We had this collective moment of [19:33] We had this collective moment of [19:33] We had this collective moment of excitement around openclaw um in January [19:36] excitement around openclaw um in January [19:36] excitement around openclaw um in January and it was an extraordinary sort of [19:37] and it was an extraordinary sort of [19:38] and it was an extraordinary sort of composition of primitives but it never [19:40] composition of primitives but it never [19:40] composition of primitives but it never really crossed over into consumer. You [19:41] really crossed over into consumer. You [19:41] really crossed over into consumer. You know it was sort of a developer oriented [19:43] know it was sort of a developer oriented [19:43] know it was sort of a developer oriented thing more of the homebrew computing [19:45] thing more of the homebrew computing [19:46] thing more of the homebrew computing club kind of energy. Um we're starting [19:47] club kind of energy. Um we're starting [19:47] club kind of energy. Um we're starting to see with the emergence of Grockbot [19:49] to see with the emergence of Grockbot [19:49] to see with the emergence of Grockbot and chat GBT work personal agents being [19:51] and chat GBT work personal agents being [19:52] and chat GBT work personal agents being turned into software that consumers can [19:54] turned into software that consumers can [19:54] turned into software that consumers can use. Anisha actually um do you mind just [19:56] use. Anisha actually um do you mind just [19:56] use. Anisha actually um do you mind just pausing on this before we go to the town [19:57] pausing on this before we go to the town [19:57] pausing on this before we go to the town demo because you know you you were a [19:59] demo because you know you you were a [19:59] demo because you know you you were a founder um building in the last era of [20:02] founder um building in the last era of [20:02] founder um building in the last era of the the consumer app experience and when [20:05] the the consumer app experience and when [20:05] the the consumer app experience and when I even think about I was like gosh how [20:06] I even think about I was like gosh how [20:06] I even think about I was like gosh how do you even define consumer today [20:08] do you even define consumer today [20:08] do you even define consumer today because you know the plumber that [20:10] because you know the plumber that [20:10] because you know the plumber that utilizes now Grockbot to completely turn [20:13] utilizes now Grockbot to completely turn [20:13] utilizes now Grockbot to completely turn around their business end to end like is [20:15] around their business end to end like is [20:15] around their business end to end like is that consumer or is that enterprise [20:17] that consumer or is that enterprise [20:17] that consumer or is that enterprise because like it's very like it's almost [20:19] because like it's very like it's almost [20:19] because like it's very like it's almost like a like PLG [20:22] like a like PLG [20:22] like a like PLG &gt;&gt; movement but but it's coming from as a [20:24] &gt;&gt; movement but but it's coming from as a [20:24] &gt;&gt; movement but but it's coming from as a consumer consumer that then cross over [20:25] consumer consumer that then cross over [20:25] consumer consumer that then cross over into enterprise and and particularly [20:27] into enterprise and and particularly [20:27] into enterprise and and particularly like the last era of consumer [20:29] like the last era of consumer [20:29] like the last era of consumer application is more towards [20:30] application is more towards [20:30] application is more towards entertainment as a way to to monetize [20:32] entertainment as a way to to monetize [20:32] entertainment as a way to to monetize and so maybe unpack some of that and and [20:34] and so maybe unpack some of that and and [20:34] and so maybe unpack some of that and and particularly where you've been spending [20:35] particularly where you've been spending [20:35] particularly where you've been spending time as a part of that. [20:37] time as a part of that. [20:37] time as a part of that. &gt;&gt; I mean our simple rule is if you cannot [20:39] &gt;&gt; I mean our simple rule is if you cannot [20:39] &gt;&gt; I mean our simple rule is if you cannot justify acquiring the customer through [20:41] justify acquiring the customer through [20:41] justify acquiring the customer through sales which usually means a 15k ACV you [20:44] sales which usually means a 15k ACV you [20:44] sales which usually means a 15k ACV you have to acquire them through marketing [20:46] have to acquire them through marketing [20:46] have to acquire them through marketing we think of them as a consumer which is [20:48] we think of them as a consumer which is [20:48] we think of them as a consumer which is most small business owners. So I think [20:50] most small business owners. So I think [20:50] most small business owners. So I think that the plumber is definitely the [20:51] that the plumber is definitely the [20:51] that the plumber is definitely the consumer in our sort of investing mind. [20:54] consumer in our sort of investing mind. [20:54] consumer in our sort of investing mind. Entertainment is huge and there's going [20:55] Entertainment is huge and there's going [20:55] Entertainment is huge and there's going to be a bunch of AI native entertainment [20:57] to be a bunch of AI native entertainment [20:57] to be a bunch of AI native entertainment companies. You know I would argue [20:58] companies. You know I would argue [20:58] companies. You know I would argue character was kind of an entertainment [21:00] character was kind of an entertainment [21:00] character was kind of an entertainment company. There's been a huge trend [21:02] company. There's been a huge trend [21:02] company. There's been a huge trend around short form drama mostly in Asia [21:04] around short form drama mostly in Asia [21:04] around short form drama mostly in Asia and that's starting to come over here. [21:05] and that's starting to come over here. [21:05] and that's starting to come over here. Many of those are generative or sort of [21:07] Many of those are generative or sort of [21:07] Many of those are generative or sort of generative assisted. So I look I think [21:09] generative assisted. So I look I think [21:10] generative assisted. So I look I think entertainment is going to be massive. [21:11] entertainment is going to be massive. [21:11] entertainment is going to be massive. Most people want to spend time not save [21:13] Most people want to spend time not save [21:13] Most people want to spend time not save time and consumer is not that interested [21:14] time and consumer is not that interested [21:14] time and consumer is not that interested in productivity. So that's definitely [21:16] in productivity. So that's definitely [21:16] in productivity. So that's definitely going to happen. Um and probably worth a [21:19] going to happen. Um and probably worth a [21:19] going to happen. Um and probably worth a separate deep dive. Okay. And I think [21:21] separate deep dive. Okay. And I think [21:21] separate deep dive. Okay. And I think town for folks who have used it, it's [21:22] town for folks who have used it, it's [21:22] town for folks who have used it, it's it's just such a magical experience. And [21:24] it's just such a magical experience. And [21:24] it's just such a magical experience. And you know this is like the the number one [21:26] you know this is like the the number one [21:26] you know this is like the the number one sort of um piece of advice I give to [21:28] sort of um piece of advice I give to [21:28] sort of um piece of advice I give to everybody, friends, family, uh folks in [21:30] everybody, friends, family, uh folks in [21:30] everybody, friends, family, uh folks in the industry is like please just use the [21:32] the industry is like please just use the [21:32] the industry is like please just use the products because it's so easy to build [21:34] products because it's so easy to build [21:34] products because it's so easy to build intuition when you see how they change [21:36] intuition when you see how they change [21:36] intuition when you see how they change day-to-day. And town is an investment um [21:38] day-to-day. And town is an investment um [21:38] day-to-day. And town is an investment um our partner Alex Rampel made. It's [21:40] our partner Alex Rampel made. It's [21:40] our partner Alex Rampel made. It's really extraordinary uh productivity [21:42] really extraordinary uh productivity [21:42] really extraordinary uh productivity product and you sort of see how the [21:44] product and you sort of see how the [21:44] product and you sort of see how the compounding um improvement of the [21:46] compounding um improvement of the [21:46] compounding um improvement of the product through memory advantages it [21:49] product through memory advantages it [21:49] product through memory advantages it over time. So the first day you use a [21:51] over time. So the first day you use a [21:51] over time. So the first day you use a product it doesn't know you that well. [21:52] product it doesn't know you that well. [21:52] product it doesn't know you that well. It's sort of like an employee a new hire [21:55] It's sort of like an employee a new hire [21:55] It's sort of like an employee a new hire who's just getting up to speed. By day [21:57] who's just getting up to speed. By day [21:57] who's just getting up to speed. By day 30 it's able to make excellent [21:59] 30 it's able to make excellent [21:59] 30 it's able to make excellent assumptions on your behalf because it [22:00] assumptions on your behalf because it [22:00] assumptions on your behalf because it just has soaked in 30 days of sort of [22:03] just has soaked in 30 days of sort of [22:03] just has soaked in 30 days of sort of context, memory and skills. And this is [22:05] context, memory and skills. And this is [22:05] context, memory and skills. And this is a pattern that we're seeing more and [22:06] a pattern that we're seeing more and [22:06] a pattern that we're seeing more and more. The sort of compounding value [22:08] more. The sort of compounding value [22:08] more. The sort of compounding value being delivered to the end customer [22:10] being delivered to the end customer [22:10] being delivered to the end customer showing up as retention in the business [22:12] showing up as retention in the business [22:12] showing up as retention in the business and sort of showing up as pricing power [22:13] and sort of showing up as pricing power [22:13] and sort of showing up as pricing power on a per customer basis. [22:15] on a per customer basis. [22:16] on a per customer basis. &gt;&gt; Yeah, this is a great one because uh [22:17] &gt;&gt; Yeah, this is a great one because uh [22:17] &gt;&gt; Yeah, this is a great one because uh folks can utilize town for their [22:19] folks can utilize town for their [22:19] folks can utilize town for their personal use case. Uh and it's a free, [22:21] personal use case. Uh and it's a free, [22:21] personal use case. Uh and it's a free, you know, trial. They give you I think [22:23] you know, trial. They give you I think [22:23] you know, trial. They give you I think something like 40 uh credits to start or [22:26] something like 40 uh credits to start or [22:26] something like 40 uh credits to start or something around there. Um and so you [22:29] something around there. Um and so you [22:29] something around there. Um and so you can kind of see it once you plug into [22:30] can kind of see it once you plug into [22:30] can kind of see it once you plug into your personal email how productive it [22:32] your personal email how productive it [22:32] your personal email how productive it actually is. Um, on the professional [22:34] actually is. Um, on the professional [22:34] actually is. Um, on the professional front, I'm always inbox zero. On the [22:36] front, I'm always inbox zero. On the [22:36] front, I'm always inbox zero. On the personal front, [22:37] personal front, [22:37] personal front, &gt;&gt; my inbox is like 20,000. Uh, David [22:40] &gt;&gt; my inbox is like 20,000. Uh, David [22:40] &gt;&gt; my inbox is like 20,000. Uh, David George is is probably cringing on the [22:41] George is is probably cringing on the [22:41] George is is probably cringing on the inside here just because it's [22:43] inside here just because it's [22:43] inside here just because it's unacceptable. However, uh, you know, [22:45] unacceptable. However, uh, you know, [22:45] unacceptable. However, uh, you know, personal life things are common. So, if [22:46] personal life things are common. So, if [22:46] personal life things are common. So, if you email me in my personal, I will [22:48] you email me in my personal, I will [22:48] you email me in my personal, I will never respond to you. However, I plug [22:49] never respond to you. However, I plug [22:50] never respond to you. However, I plug into it and like I don't even check [22:51] into it and like I don't even check [22:51] into it and like I don't even check anymore. If there's something important, [22:52] anymore. If there's something important, [22:52] anymore. If there's something important, town will surface it to me. And also, it [22:54] town will surface it to me. And also, it [22:54] town will surface it to me. And also, it does all the scrubbing of like [22:56] does all the scrubbing of like [22:56] does all the scrubbing of like subscriptions and all the things that it [22:57] subscriptions and all the things that it [22:57] subscriptions and all the things that it can optimize and it's starting to now [22:59] can optimize and it's starting to now [22:59] can optimize and it's starting to now self-improve upon itself. So like it'll [23:02] self-improve upon itself. So like it'll [23:02] self-improve upon itself. So like it'll send you emails where it says like hey [23:03] send you emails where it says like hey [23:03] send you emails where it says like hey this routine is costing this much like [23:05] this routine is costing this much like [23:05] this routine is costing this much like here's how you could actually save your [23:07] here's how you could actually save your [23:07] here's how you could actually save your credit swe. So it's sort of this this [23:09] credit swe. So it's sort of this this [23:09] credit swe. So it's sort of this this unlock into what starts on the [23:11] unlock into what starts on the [23:11] unlock into what starts on the productivity side and to your point [23:12] productivity side and to your point [23:12] productivity side and to your point maybe people won't pay for that [23:14] maybe people won't pay for that [23:14] maybe people won't pay for that personally but once it starts to get [23:16] personally but once it starts to get [23:16] personally but once it starts to get locked in and then expand in terms of [23:17] locked in and then expand in terms of [23:17] locked in and then expand in terms of the remit you're like okay I'll pay the [23:19] the remit you're like okay I'll pay the [23:19] the remit you're like okay I'll pay the whatever x bucks you know just because [23:21] whatever x bucks you know just because [23:21] whatever x bucks you know just because it helps to manage my life and I can put [23:23] it helps to manage my life and I can put [23:23] it helps to manage my life and I can put it on autopilot. [23:25] it on autopilot. [23:25] it on autopilot. Yeah, it's such a great point, Shannon. [23:27] Yeah, it's such a great point, Shannon. [23:27] Yeah, it's such a great point, Shannon. Like my mental model for this is just an [23:29] Like my mental model for this is just an [23:29] Like my mental model for this is just an experienced employee, a tenure employee [23:31] experienced employee, a tenure employee [23:31] experienced employee, a tenure employee versus a new hire. You know, the new [23:32] versus a new hire. You know, the new [23:32] versus a new hire. You know, the new hireer may be brilliant and may even [23:34] hireer may be brilliant and may even [23:34] hireer may be brilliant and may even cost less than tenure employee, but we [23:36] cost less than tenure employee, but we [23:36] cost less than tenure employee, but we all know the value of a tenure employee. [23:37] all know the value of a tenure employee. [23:37] all know the value of a tenure employee. They're just able to make great [23:38] They're just able to make great [23:38] They're just able to make great assumptions on behalf of the [23:40] assumptions on behalf of the [23:40] assumptions on behalf of the organization and you. And you know, may [23:42] organization and you. And you know, may [23:42] organization and you. And you know, may this is a little philosophical, but I [23:44] this is a little philosophical, but I [23:44] this is a little philosophical, but I think this is where it all goes. Just as [23:45] think this is where it all goes. Just as [23:45] think this is where it all goes. Just as we talked about kind of coding loops and [23:47] we talked about kind of coding loops and [23:47] we talked about kind of coding loops and business loops for the enterprise, we [23:49] business loops for the enterprise, we [23:49] business loops for the enterprise, we think there's a set of loops that are [23:50] think there's a set of loops that are [23:50] think there's a set of loops that are informally defined that really um sort [23:53] informally defined that really um sort [23:53] informally defined that really um sort of lay out a consumer's life. think of [23:56] of lay out a consumer's life. think of [23:56] of lay out a consumer's life. think of um family, friendships, money, health. [23:59] um family, friendships, money, health. [23:59] um family, friendships, money, health. These are all areas where you have sort [24:01] These are all areas where you have sort [24:02] These are all areas where you have sort of changing information, decisions, [24:04] of changing information, decisions, [24:04] of changing information, decisions, agency, execution, and then the loop [24:07] agency, execution, and then the loop [24:07] agency, execution, and then the loop continues. So, we're starting to see [24:09] continues. So, we're starting to see [24:09] continues. So, we're starting to see some of these sort of loops emerge [24:10] some of these sort of loops emerge [24:10] some of these sort of loops emerge around self-improvement, kind of health [24:13] around self-improvement, kind of health [24:13] around self-improvement, kind of health and finance are the two areas that [24:14] and finance are the two areas that [24:14] and finance are the two areas that OpenAI is focused on. We've seen a bunch [24:16] OpenAI is focused on. We've seen a bunch [24:16] OpenAI is focused on. We've seen a bunch of startups working on shopping, but we [24:18] of startups working on shopping, but we [24:18] of startups working on shopping, but we think that like the kind of way that [24:19] think that like the kind of way that [24:19] think that like the kind of way that this ends up playing out is a dramatic [24:22] this ends up playing out is a dramatic [24:22] this ends up playing out is a dramatic quality of life improvement for the [24:23] quality of life improvement for the [24:23] quality of life improvement for the consumer and um and that really follows [24:25] consumer and um and that really follows [24:25] consumer and um and that really follows the shape of past product cycles where [24:27] the shape of past product cycles where [24:28] the shape of past product cycles where 80% of the surplus is delivered to the [24:30] 80% of the surplus is delivered to the [24:30] 80% of the surplus is delivered to the mass market. [24:31] mass market. [24:31] mass market. &gt;&gt; Do you think each that all of these uh [24:33] &gt;&gt; Do you think each that all of these uh [24:33] &gt;&gt; Do you think each that all of these uh sorry maybe just going back to the to [24:35] sorry maybe just going back to the to [24:35] sorry maybe just going back to the to the last slide there's a question here. [24:36] the last slide there's a question here. [24:36] the last slide there's a question here. you know, when you think about these [24:37] you know, when you think about these [24:37] you know, when you think about these personal agent examples, whether it be [24:38] personal agent examples, whether it be [24:38] personal agent examples, whether it be town or ethos, etc., all point to, you [24:42] town or ethos, etc., all point to, you [24:42] town or ethos, etc., all point to, you know, kind of one assistant having [24:44] know, kind of one assistant having [24:44] know, kind of one assistant having context, but it seems like there's many [24:45] context, but it seems like there's many [24:45] context, but it seems like there's many different options. Do you think it'll [24:47] different options. Do you think it'll [24:47] different options. Do you think it'll end up being, you know, sort of one [24:49] end up being, you know, sort of one [24:49] end up being, you know, sort of one dominant platform for this personal [24:51] dominant platform for this personal [24:51] dominant platform for this personal aspect of your life as as time [24:53] aspect of your life as as time [24:53] aspect of your life as as time management? Um, or will it be like an [24:55] management? Um, or will it be like an [24:55] management? Um, or will it be like an operating system where you have many [24:56] operating system where you have many [24:56] operating system where you have many kind of talking to each other and kind [24:58] kind of talking to each other and kind [24:58] kind of talking to each other and kind of configuring on the back end? [25:00] of configuring on the back end? [25:00] of configuring on the back end? &gt;&gt; I the comparative vantage point kind of [25:02] &gt;&gt; I the comparative vantage point kind of [25:02] &gt;&gt; I the comparative vantage point kind of comes to mind. you know, I think the the [25:03] comes to mind. you know, I think the the [25:03] comes to mind. you know, I think the the characteristics you want from your CFA [25:05] characteristics you want from your CFA [25:05] characteristics you want from your CFA are different from the one that you want [25:07] are different from the one that you want [25:07] are different from the one that you want from your sort of party planner. Um, and [25:10] from your sort of party planner. Um, and [25:10] from your sort of party planner. Um, and that just the surface area is so broad [25:12] that just the surface area is so broad [25:12] that just the surface area is so broad that I think that yes, there's [25:13] that I think that yes, there's [25:13] that I think that yes, there's overlapping bits of context. And I think [25:14] overlapping bits of context. And I think [25:14] overlapping bits of context. And I think Grock Bots has done a nice job of kind [25:16] Grock Bots has done a nice job of kind [25:16] Grock Bots has done a nice job of kind of illustrating this in product or you [25:19] of illustrating this in product or you [25:19] of illustrating this in product or you have many bots that are pointed in [25:21] have many bots that are pointed in [25:21] have many bots that are pointed in slightly different directions that all [25:22] slightly different directions that all [25:22] slightly different directions that all coordinate to deliver a globally optimum [25:24] coordinate to deliver a globally optimum [25:24] coordinate to deliver a globally optimum uh optimal outcome. [25:25] uh optimal outcome. [25:26] uh optimal outcome. &gt;&gt; There's a few questions. I'm going to go [25:27] &gt;&gt; There's a few questions. I'm going to go [25:27] &gt;&gt; There's a few questions. I'm going to go back to topics you've covered earlier. [25:28] back to topics you've covered earlier. [25:28] back to topics you've covered earlier. So if the application layer captures [25:31] So if the application layer captures [25:31] So if the application layer captures economic outcomes, how do you think [25:34] economic outcomes, how do you think [25:34] economic outcomes, how do you think about the competition from the model [25:36] about the competition from the model [25:36] about the competition from the model companies um and what will they allow [25:39] companies um and what will they allow [25:39] companies um and what will they allow value accretion to happen downstream and [25:40] value accretion to happen downstream and [25:40] value accretion to happen downstream and and you know are companies at the app [25:43] and you know are companies at the app [25:43] and you know are companies at the app layer able to compete with the frontier [25:45] layer able to compete with the frontier [25:45] layer able to compete with the frontier labs going after that particular market? [25:48] labs going after that particular market? [25:48] labs going after that particular market? &gt;&gt; I mean I I think so again I think that [25:50] &gt;&gt; I mean I I think so again I think that [25:50] &gt;&gt; I mean I I think so again I think that we're we're underestimating the kind of [25:51] we're we're underestimating the kind of [25:51] we're we're underestimating the kind of complexity of product pricing packaging [25:54] complexity of product pricing packaging [25:54] complexity of product pricing packaging and how the end customer wants to buy. [25:56] and how the end customer wants to buy. [25:56] and how the end customer wants to buy. you know, the way that um you know, a [25:58] you know, the way that um you know, a [25:58] you know, the way that um you know, a teenager wants to consume the [25:59] teenager wants to consume the [25:59] teenager wants to consume the intelligence primitive is different than [26:01] intelligence primitive is different than [26:01] intelligence primitive is different than the way an marketing executive at credit [26:03] the way an marketing executive at credit [26:03] the way an marketing executive at credit union wants to actually consume it. Um [26:05] union wants to actually consume it. Um [26:05] union wants to actually consume it. Um and it's very heterogeneous. So to me, [26:07] and it's very heterogeneous. So to me, [26:07] and it's very heterogeneous. So to me, it just makes less sense for um the labs [26:10] it just makes less sense for um the labs [26:10] it just makes less sense for um the labs to move up to the apps layer than to [26:12] to move up to the apps layer than to [26:12] to move up to the apps layer than to move down to inference. So, you know, [26:15] move down to inference. So, you know, [26:15] move down to inference. So, you know, and that kind of permission point's an [26:16] and that kind of permission point's an [26:16] and that kind of permission point's an interesting one. I think if we lived in [26:18] interesting one. I think if we lived in [26:18] interesting one. I think if we lived in a world of 2023 when it was one model to [26:20] a world of 2023 when it was one model to [26:20] a world of 2023 when it was one model to rule them all, it wouldn't even matter [26:22] rule them all, it wouldn't even matter [26:22] rule them all, it wouldn't even matter if you had permission because the labs [26:23] if you had permission because the labs [26:23] if you had permission because the labs would just take 100% of your gross [26:25] would just take 100% of your gross [26:25] would just take 100% of your gross margin over time. But now because you've [26:27] margin over time. But now because you've [26:27] margin over time. But now because you've got many options at all points in the [26:29] got many options at all points in the [26:29] got many options at all points in the paro frontier, you know, the labs have a [26:31] paro frontier, you know, the labs have a [26:31] paro frontier, you know, the labs have a harder time actually doing things like [26:33] harder time actually doing things like [26:33] harder time actually doing things like that. [26:34] that. [26:34] that. &gt;&gt; Awesome. There was a question just on [26:35] &gt;&gt; Awesome. There was a question just on [26:35] &gt;&gt; Awesome. There was a question just on traction. So, do you fund anything where [26:37] traction. So, do you fund anything where [26:37] traction. So, do you fund anything where there's um there there's no revenue at [26:40] there's um there there's no revenue at [26:40] there's um there there's no revenue at this point just given how quickly people [26:42] this point just given how quickly people [26:42] this point just given how quickly people have been making progress or is it [26:44] have been making progress or is it [26:44] have been making progress or is it extremely difficult? um we try not to I [26:47] extremely difficult? um we try not to I [26:47] extremely difficult? um we try not to I I certainly have spent less time um on [26:49] I certainly have spent less time um on [26:49] I certainly have spent less time um on that strategy. Look, I I think that the [26:51] that strategy. Look, I I think that the [26:51] that strategy. Look, I I think that the basket is majority investments that are [26:53] basket is majority investments that are [26:53] basket is majority investments that are showing some signs of working. Certainly [26:55] showing some signs of working. Certainly [26:55] showing some signs of working. Certainly from a product velocity perspective, [26:56] from a product velocity perspective, [26:56] from a product velocity perspective, that used to be something we measure [26:58] that used to be something we measure [26:58] that used to be something we measure pretty carefully. Like it's [26:59] pretty carefully. Like it's [26:59] pretty carefully. Like it's disqualifying to not be showing a live [27:01] disqualifying to not be showing a live [27:01] disqualifying to not be showing a live product in a pitch at any stage these [27:03] product in a pitch at any stage these [27:03] product in a pitch at any stage these days because it's so trivial to build [27:04] days because it's so trivial to build [27:04] days because it's so trivial to build stuff. So almost everything we we're [27:07] stuff. So almost everything we we're [27:07] stuff. So almost everything we we're seeing are showing signs of you know [27:09] seeing are showing signs of you know [27:09] seeing are showing signs of you know sort of some sort of breakout. I mean my [27:11] sort of some sort of breakout. I mean my [27:11] sort of some sort of breakout. I mean my model is somewhat simplistic where I [27:13] model is somewhat simplistic where I [27:13] model is somewhat simplistic where I just sort of look at once you have stats [27:15] just sort of look at once you have stats [27:15] just sort of look at once you have stats sig sales and product if we extrapolate [27:17] sig sales and product if we extrapolate [27:17] sig sales and product if we extrapolate from there um do we kind of like the [27:20] from there um do we kind of like the [27:20] from there um do we kind of like the price that we have to pay to be a part [27:21] price that we have to pay to be a part [27:21] price that we have to pay to be a part of it and the risks that we're taking [27:23] of it and the risks that we're taking [27:23] of it and the risks that we're taking implicitly and that's I'd say the [27:25] implicitly and that's I'd say the [27:25] implicitly and that's I'd say the majority of the work that we do look for [27:26] majority of the work that we do look for [27:26] majority of the work that we do look for very talented experienced folks we do [27:29] very talented experienced folks we do [27:29] very talented experienced folks we do kind of take a small call option which [27:31] kind of take a small call option which [27:31] kind of take a small call option which looks like a pre- everything round um [27:33] looks like a pre- everything round um [27:33] looks like a pre- everything round um but that's not the majority of what we [27:34] but that's not the majority of what we [27:34] but that's not the majority of what we do. [27:35] do. [27:35] do. &gt;&gt; Yeah. Yeah. Well, when you think about [27:37] &gt;&gt; Yeah. Yeah. Well, when you think about [27:37] &gt;&gt; Yeah. Yeah. Well, when you think about the the um kind of competitive landscape [27:40] the the um kind of competitive landscape [27:40] the the um kind of competitive landscape on this uh consumer has been unloved for [27:43] on this uh consumer has been unloved for [27:43] on this uh consumer has been unloved for so long um are you seeing now this [27:46] so long um are you seeing now this [27:46] so long um are you seeing now this reversion just given it's clear that [27:48] reversion just given it's clear that [27:48] reversion just given it's clear that apps is sort of this next layer of value [27:49] apps is sort of this next layer of value [27:50] apps is sort of this next layer of value creation like the model sort of layer [27:51] creation like the model sort of layer [27:51] creation like the model sort of layer has been somewhat set and I say that [27:53] has been somewhat set and I say that [27:53] has been somewhat set and I say that with a huge aster because there might be [27:55] with a huge aster because there might be [27:55] with a huge aster because there might be new algorithmic breakthroughs you know [27:57] new algorithmic breakthroughs you know [27:57] new algorithmic breakthroughs you know kind of kind of folks coming out from [27:58] kind of kind of folks coming out from [27:58] kind of kind of folks coming out from left field as as we have in the [27:59] left field as as we have in the [27:59] left field as as we have in the portfolio as well um but do you feel [28:01] portfolio as well um but do you feel [28:01] portfolio as well um but do you feel like the shift from the competitive [28:03] like the shift from the competitive [28:03] like the shift from the competitive dynamic shifting more towards [28:04] dynamic shifting more towards [28:04] dynamic shifting more towards application [28:05] application [28:05] application &gt;&gt; 100% I It's sort of a renaissance for [28:07] &gt;&gt; 100% I It's sort of a renaissance for [28:07] &gt;&gt; 100% I It's sort of a renaissance for being a consumer builder because you've [28:09] being a consumer builder because you've [28:09] being a consumer builder because you've got this extraordinary primitive that [28:11] got this extraordinary primitive that [28:11] got this extraordinary primitive that you can work with. By the way, we now [28:13] you can work with. By the way, we now [28:13] you can work with. By the way, we now have a primitive that can kind of [28:15] have a primitive that can kind of [28:15] have a primitive that can kind of operate in the, you know, emotional [28:17] operate in the, you know, emotional [28:17] operate in the, you know, emotional interpersonal domain. You know, you can [28:19] interpersonal domain. You know, you can [28:19] interpersonal domain. You know, you can like have a conversation with claude or [28:21] like have a conversation with claude or [28:21] like have a conversation with claude or openai or K3 and and feel feelings. And [28:23] openai or K3 and and feel feelings. And [28:23] openai or K3 and and feel feelings. And we've had 40 years of technology that [28:25] we've had 40 years of technology that [28:25] we've had 40 years of technology that really boosted our intellect and [28:26] really boosted our intellect and [28:26] really boosted our intellect and productivity, but nothing that kind of [28:28] productivity, but nothing that kind of [28:28] productivity, but nothing that kind of spoke to our humanity. So, it's a whole [28:30] spoke to our humanity. So, it's a whole [28:30] spoke to our humanity. So, it's a whole different technology surface. It's very [28:32] different technology surface. It's very [28:32] different technology surface. It's very wide. I think there are a set of [28:34] wide. I think there are a set of [28:34] wide. I think there are a set of products that labs are just culturally [28:35] products that labs are just culturally [28:36] products that labs are just culturally not set up and big tech not set up to go [28:38] not set up and big tech not set up to go [28:38] not set up and big tech not set up to go after. You think about launching, you [28:39] after. You think about launching, you [28:40] after. You think about launching, you know, a companion product at Google that [28:42] know, a companion product at Google that [28:42] know, a companion product at Google that may disagree with you that may um have [28:44] may disagree with you that may um have [28:44] may disagree with you that may um have sexual innuendo in it. Like these are [28:46] sexual innuendo in it. Like these are [28:46] sexual innuendo in it. Like these are things that there's a thousand [28:47] things that there's a thousand [28:47] things that there's a thousand committees at Google um are designed to [28:50] committees at Google um are designed to [28:50] committees at Google um are designed to prevent. So startups have areas where [28:52] prevent. So startups have areas where [28:52] prevent. So startups have areas where they're kind of uniquely capable and [28:53] they're kind of uniquely capable and [28:53] they're kind of uniquely capable and then look finally the consumer sort of [28:55] then look finally the consumer sort of [28:55] then look finally the consumer sort of excited to download new software, [28:57] excited to download new software, [28:57] excited to download new software, excited to pay for it. It's like [28:58] excited to pay for it. It's like [28:58] excited to pay for it. It's like Christmas 2009 with the iPhone. People [29:00] Christmas 2009 with the iPhone. People [29:00] Christmas 2009 with the iPhone. People want to try try new apps, but unlike the [29:02] want to try try new apps, but unlike the [29:02] want to try try new apps, but unlike the 99 cents days, they're willing to pay [29:04] 99 cents days, they're willing to pay [29:04] 99 cents days, they're willing to pay 200 a month. So, it's sort of a [29:06] 200 a month. So, it's sort of a [29:06] 200 a month. So, it's sort of a renaissance for consumer builders and [29:07] renaissance for consumer builders and [29:07] renaissance for consumer builders and and yeah, I think that things have [29:09] and yeah, I think that things have [29:09] and yeah, I think that things have changed. [29:09] changed. [29:09] changed. &gt;&gt; Trying to come up with a joke that the [29:11] &gt;&gt; Trying to come up with a joke that the [29:11] &gt;&gt; Trying to come up with a joke that the autist in San Francisco are keenly [29:13] autist in San Francisco are keenly [29:13] autist in San Francisco are keenly keenly waiting for this moment for a [29:15] keenly waiting for this moment for a [29:15] keenly waiting for this moment for a very a very long time. Uh [29:18] very a very long time. Uh [29:18] very a very long time. Uh there's a there's a good um a question [29:20] there's a there's a good um a question [29:20] there's a there's a good um a question from Michelle here. You know, how should [29:21] from Michelle here. You know, how should [29:21] from Michelle here. You know, how should we think about the new economics of AI [29:23] we think about the new economics of AI [29:23] we think about the new economics of AI apps companies because there's a great [29:25] apps companies because there's a great [29:25] apps companies because there's a great there's a debate around unit economics [29:27] there's a debate around unit economics [29:27] there's a debate around unit economics of of um apps companies, right? like for [29:29] of of um apps companies, right? like for [29:29] of of um apps companies, right? like for example, they may may have lower gross [29:30] example, they may may have lower gross [29:30] example, they may may have lower gross margins. They're just getting more [29:31] margins. They're just getting more [29:31] margins. They're just getting more pressure just because they don't have as [29:33] pressure just because they don't have as [29:33] pressure just because they don't have as much compute access. Um capital is such [29:35] much compute access. Um capital is such [29:35] much compute access. Um capital is such a moat in this environment. Um it's it's [29:37] a moat in this environment. Um it's it's [29:37] a moat in this environment. Um it's it's hard to be competitive. So how do you [29:39] hard to be competitive. So how do you [29:39] hard to be competitive. So how do you think about the economics of of [29:40] think about the economics of of [29:40] think about the economics of of underwriting returns in in um in [29:42] underwriting returns in in um in [29:42] underwriting returns in in um in companies today? [29:44] companies today? [29:44] companies today? &gt;&gt; I mean David wrote a great post on this. [29:45] &gt;&gt; I mean David wrote a great post on this. [29:46] &gt;&gt; I mean David wrote a great post on this. I think that the kind of the margin [29:47] I think that the kind of the margin [29:47] I think that the kind of the margin topic is a lot more nuanced than it once [29:49] topic is a lot more nuanced than it once [29:49] topic is a lot more nuanced than it once was. I think it's actually rational in [29:51] was. I think it's actually rational in [29:51] was. I think it's actually rational in many cases to trade away margin to have [29:53] many cases to trade away margin to have [29:53] many cases to trade away margin to have wider product surface. I think the very [29:55] wider product surface. I think the very [29:55] wider product surface. I think the very positive part of what's happening in [29:57] positive part of what's happening in [29:57] positive part of what's happening in this product cycle is the willingness to [29:58] this product cycle is the willingness to [29:58] this product cycle is the willingness to pay is extraordinary. And that's why the [30:00] pay is extraordinary. And that's why the [30:00] pay is extraordinary. And that's why the exercise that we often do with founders [30:02] exercise that we often do with founders [30:02] exercise that we often do with founders is like on the consumer side, for [30:03] is like on the consumer side, for [30:03] is like on the consumer side, for example, is if $20 was the historic [30:06] example, is if $20 was the historic [30:06] example, is if $20 was the historic ceiling, what's the $200 a month skew of [30:08] ceiling, what's the $200 a month skew of [30:08] ceiling, what's the $200 a month skew of your product? And in fact, what's the [30:10] your product? And in fact, what's the [30:10] your product? And in fact, what's the $2,000 a month skew? Like what's the [30:11] $2,000 a month skew? Like what's the [30:12] $2,000 a month skew? Like what's the Birkin bag of software? I think we're [30:13] Birkin bag of software? I think we're [30:13] Birkin bag of software? I think we're going to have this luxury software. [30:15] going to have this luxury software. [30:15] going to have this luxury software. We're already seeing willingness to pay [30:16] We're already seeing willingness to pay [30:16] We're already seeing willingness to pay for it. So the margin topic is more [30:19] for it. So the margin topic is more [30:19] for it. So the margin topic is more nuanced, but the willingness to pay and [30:20] nuanced, but the willingness to pay and [30:20] nuanced, but the willingness to pay and buy is higher than ever. So, you know, [30:22] buy is higher than ever. So, you know, [30:22] buy is higher than ever. So, you know, it's a little bit of fog of war, but [30:24] it's a little bit of fog of war, but [30:24] it's a little bit of fog of war, but we're we're thinking about all those [30:25] we're we're thinking about all those [30:25] we're we're thinking about all those topics. [30:26] topics. [30:26] topics. &gt;&gt; Anish dropping Birkin bag framed jeans. [30:29] &gt;&gt; Anish dropping Birkin bag framed jeans. [30:29] &gt;&gt; Anish dropping Birkin bag framed jeans. Like, I had no idea you were such a [30:30] Like, I had no idea you were such a [30:30] Like, I had no idea you were such a fashion. This is like your your butt is [30:32] fashion. This is like your your butt is [30:32] fashion. This is like your your butt is helping you get up to to seat here, my [30:34] helping you get up to to seat here, my [30:34] helping you get up to to seat here, my friend. Uh for a guy secret [30:38] friend. Uh for a guy secret [30:38] friend. Uh for a guy secret is a good steward of capital. Okay, [30:40] is a good steward of capital. Okay, [30:40] is a good steward of capital. Okay, that's all that I am. [30:41] that's all that I am. [30:41] that's all that I am. &gt;&gt; For for a guy I only see in quarter zip [30:43] &gt;&gt; For for a guy I only see in quarter zip [30:43] &gt;&gt; For for a guy I only see in quarter zip ups. I'm just saying. Uh [30:46] ups. I'm just saying. Uh [30:46] ups. I'm just saying. Uh &gt;&gt; um Okay, maybe one question for you on [30:48] &gt;&gt; um Okay, maybe one question for you on [30:48] &gt;&gt; um Okay, maybe one question for you on just on the on the founders because I I [30:49] just on the on the founders because I I [30:49] just on the on the founders because I I don't know if you remember this [30:50] don't know if you remember this [30:50] don't know if you remember this conversation. This is probably 5 years [30:52] conversation. This is probably 5 years [30:52] conversation. This is probably 5 years ago or so. Um where most of the founders [30:55] ago or so. Um where most of the founders [30:55] ago or so. Um where most of the founders you saw saw more uh diversity in their [30:59] you saw saw more uh diversity in their [30:59] you saw saw more uh diversity in their background in part because the software [31:02] background in part because the software [31:02] background in part because the software and technology was way more [31:03] and technology was way more [31:03] and technology was way more sophisticated. So you had a lot of [31:04] sophisticated. So you had a lot of [31:04] sophisticated. So you had a lot of program managers spinning out of Google [31:06] program managers spinning out of Google [31:06] program managers spinning out of Google for example and starting a company etc. [31:07] for example and starting a company etc. [31:08] for example and starting a company etc. What are the type of founders you see [31:09] What are the type of founders you see [31:09] What are the type of founders you see building an apps today? Are they do they [31:11] building an apps today? Are they do they [31:11] building an apps today? Are they do they tend to lean you know more technical [31:13] tend to lean you know more technical [31:13] tend to lean you know more technical more researcher derivatives? Are they [31:15] more researcher derivatives? Are they [31:16] more researcher derivatives? Are they product managers? like what what kind of [31:17] product managers? like what what kind of [31:17] product managers? like what what kind of archetype are you seeing at least the [31:20] archetype are you seeing at least the [31:20] archetype are you seeing at least the early innings of apps come out from the [31:22] early innings of apps come out from the [31:22] early innings of apps come out from the woodwork on? [31:23] woodwork on? [31:23] woodwork on? &gt;&gt; Yeah. Yeah. Less MBAs, more researchers. [31:25] &gt;&gt; Yeah. Yeah. Less MBAs, more researchers. [31:26] &gt;&gt; Yeah. Yeah. Less MBAs, more researchers. Um and they both have their kind of [31:27] Um and they both have their kind of [31:27] Um and they both have their kind of strengths and weaknesses. I think the [31:29] strengths and weaknesses. I think the [31:29] strengths and weaknesses. I think the business sophistication of the founders [31:31] business sophistication of the founders [31:31] business sophistication of the founders are seeing today is lower, but the kind [31:33] are seeing today is lower, but the kind [31:33] are seeing today is lower, but the kind of technical sophistication is [31:34] of technical sophistication is [31:34] of technical sophistication is dramatically higher and the technical [31:36] dramatically higher and the technical [31:36] dramatically higher and the technical sophistication is kind of upstream of [31:38] sophistication is kind of upstream of [31:38] sophistication is kind of upstream of all the good things that happened. You [31:40] all the good things that happened. You [31:40] all the good things that happened. You know, business sophistication can be [31:41] know, business sophistication can be [31:41] know, business sophistication can be kind of taught and observed, but [31:43] kind of taught and observed, but [31:43] kind of taught and observed, but technical sophistication typically not. [31:45] technical sophistication typically not. [31:45] technical sophistication typically not. So, we're definitely seeing a much more [31:46] So, we're definitely seeing a much more [31:46] So, we're definitely seeing a much more technical kind of earlier career [31:48] technical kind of earlier career [31:48] technical kind of earlier career founder, but the things they're doing [31:50] founder, but the things they're doing [31:50] founder, but the things they're doing are extraordinary because they don't [31:52] are extraordinary because they don't [31:52] are extraordinary because they don't have any sort of preconceived notions [31:53] have any sort of preconceived notions [31:54] have any sort of preconceived notions about what's possible. And so much of [31:55] about what's possible. And so much of [31:56] about what's possible. And so much of what holds back senior founders that [31:57] what holds back senior founders that [31:57] what holds back senior founders that don't quite get to the other side of [31:58] don't quite get to the other side of [31:58] don't quite get to the other side of this product cycle is, you know, they're [32:00] this product cycle is, you know, they're [32:00] this product cycle is, you know, they're not close enough to the technology and [32:02] not close enough to the technology and [32:02] not close enough to the technology and they've got an idea that's rooted in the [32:04] they've got an idea that's rooted in the [32:04] they've got an idea that's rooted in the past of what the ceiling is. And I think [32:06] past of what the ceiling is. And I think [32:06] past of what the ceiling is. And I think the best thing about these young [32:07] the best thing about these young [32:07] the best thing about these young founders is they assume everything is [32:08] founders is they assume everything is [32:08] founders is they assume everything is possible. You know, we are at an offsite [32:10] possible. You know, we are at an offsite [32:10] possible. You know, we are at an offsite where Ben was saying that the the [32:12] where Ben was saying that the the [32:12] where Ben was saying that the the biggest risk in the past with the ideas [32:13] biggest risk in the past with the ideas [32:13] biggest risk in the past with the ideas were too big and now the biggest risk is [32:15] were too big and now the biggest risk is [32:15] were too big and now the biggest risk is that the ideas are too small. But I [32:17] that the ideas are too small. But I [32:17] that the ideas are too small. But I think that's sort of illustrative of the [32:18] think that's sort of illustrative of the [32:18] think that's sort of illustrative of the different founder archetypes. [32:20] different founder archetypes. [32:20] different founder archetypes. &gt;&gt; Yep. Yep. And maybe on that similar [32:22] &gt;&gt; Yep. Yep. And maybe on that similar [32:22] &gt;&gt; Yep. Yep. And maybe on that similar thread, it used to be that that if you [32:24] thread, it used to be that that if you [32:24] thread, it used to be that that if you gave a founder too much money, it would [32:26] gave a founder too much money, it would [32:26] gave a founder too much money, it would wreck the company because the founder [32:28] wreck the company because the founder [32:28] wreck the company because the founder almost always has way too many ideas and [32:31] almost always has way too many ideas and [32:31] almost always has way too many ideas and is a visionary and doesn't have the [32:33] is a visionary and doesn't have the [32:33] is a visionary and doesn't have the talent to actually commensurately [32:36] talent to actually commensurately [32:36] talent to actually commensurately land with all those ideas. Um and we're [32:39] land with all those ideas. Um and we're [32:39] land with all those ideas. Um and we're seeing a whole new paradigm on that. [32:40] seeing a whole new paradigm on that. [32:40] seeing a whole new paradigm on that. Maybe unpack that idea a little bit more [32:42] Maybe unpack that idea a little bit more [32:42] Maybe unpack that idea a little bit more just uh because it was such a huge theme [32:43] just uh because it was such a huge theme [32:43] just uh because it was such a huge theme of the offsite. [32:44] of the offsite. [32:44] of the offsite. &gt;&gt; Yeah, I mean for sure this was a [32:46] &gt;&gt; Yeah, I mean for sure this was a [32:46] &gt;&gt; Yeah, I mean for sure this was a historic wisdom. You know, why didn't we [32:47] historic wisdom. You know, why didn't we [32:47] historic wisdom. You know, why didn't we give every seed company 20 or 50 or [32:49] give every seed company 20 or 50 or [32:49] give every seed company 20 or 50 or hundred million dollars? You know, it [32:50] hundred million dollars? You know, it [32:50] hundred million dollars? You know, it wasn't just the kind of riskreward, but [32:52] wasn't just the kind of riskreward, but [32:52] wasn't just the kind of riskreward, but rather typically the constraining factor [32:54] rather typically the constraining factor [32:54] rather typically the constraining factor was they just didn't have enough [32:55] was they just didn't have enough [32:55] was they just didn't have enough talented people to work across $20 [32:58] talented people to work across $20 [32:58] talented people to work across $20 million of product surface at the same [32:59] million of product surface at the same [32:59] million of product surface at the same time. They really had to focus on one [33:01] time. They really had to focus on one [33:01] time. They really had to focus on one idea at a time and the capital was a [33:03] idea at a time and the capital was a [33:03] idea at a time and the capital was a great way to enforce that focus. What [33:05] great way to enforce that focus. What [33:05] great way to enforce that focus. What we're now seeing is you could make [33:07] we're now seeing is you could make [33:07] we're now seeing is you could make different sort of product and model [33:09] different sort of product and model [33:09] different sort of product and model trade-offs through more or less capital. [33:11] trade-offs through more or less capital. [33:11] trade-offs through more or less capital. And there is a case for a company that [33:13] And there is a case for a company that [33:13] And there is a case for a company that raises a hund00 million, uses it [33:15] raises a hund00 million, uses it [33:15] raises a hund00 million, uses it productively and in a focused way and is [33:17] productively and in a focused way and is [33:17] productively and in a focused way and is able to deliver a different value [33:19] able to deliver a different value [33:19] able to deliver a different value proposition um than the very same team [33:21] proposition um than the very same team [33:21] proposition um than the very same team would be able to do with 20. So I think [33:23] would be able to do with 20. So I think [33:23] would be able to do with 20. So I think that that again like the sort of just as [33:24] that that again like the sort of just as [33:24] that that again like the sort of just as we talked about sort of fog of war [33:27] we talked about sort of fog of war [33:27] we talked about sort of fog of war around margins, I think this question of [33:29] around margins, I think this question of [33:29] around margins, I think this question of what is the optimal seated around size [33:30] what is the optimal seated around size [33:30] what is the optimal seated around size and how much capital can you put to work [33:32] and how much capital can you put to work [33:32] and how much capital can you put to work effectively is a much more nuanced [33:34] effectively is a much more nuanced [33:34] effectively is a much more nuanced topic. I mean, it's sort of this [33:35] topic. I mean, it's sort of this [33:35] topic. I mean, it's sort of this embarrassment of riches, but I'd rather [33:37] embarrassment of riches, but I'd rather [33:37] embarrassment of riches, but I'd rather have this problem than the problem we [33:39] have this problem than the problem we [33:39] have this problem than the problem we had five years ago, which is, hey, my [33:41] had five years ago, which is, hey, my [33:41] had five years ago, which is, hey, my fintech company is indirectly [33:43] fintech company is indirectly [33:43] fintech company is indirectly subsidizing their customers through weak [33:44] subsidizing their customers through weak [33:44] subsidizing their customers through weak underwriting, and we don't know the path [33:46] underwriting, and we don't know the path [33:46] underwriting, and we don't know the path home. [33:46] home. [33:46] home. &gt;&gt; Yeah. Yep. Yeah. The Chris Chris Dixon [33:49] &gt;&gt; Yeah. Yep. Yeah. The Chris Chris Dixon [33:49] &gt;&gt; Yeah. Yep. Yeah. The Chris Chris Dixon model, which is you always want the [33:50] model, which is you always want the [33:50] model, which is you always want the problem of supply, not of demand. Right. [33:52] problem of supply, not of demand. Right. [33:52] problem of supply, not of demand. Right. Right now, we have to fix the supply [33:54] Right now, we have to fix the supply [33:54] Right now, we have to fix the supply part, right? Uh but the demand is like [33:56] part, right? Uh but the demand is like [33:56] part, right? Uh but the demand is like uh so so abundantly there that that uh [33:58] uh so so abundantly there that that uh [33:58] uh so so abundantly there that that uh undoubtedly that will um the supply part [34:01] undoubtedly that will um the supply part [34:01] undoubtedly that will um the supply part will will get fixed. Um maybe I'll close [34:03] will will get fixed. Um maybe I'll close [34:03] will will get fixed. Um maybe I'll close on this one last uh question for Mosfa. [34:05] on this one last uh question for Mosfa. [34:05] on this one last uh question for Mosfa. So um double clicking on theme sector [34:08] So um double clicking on theme sector [34:08] So um double clicking on theme sector adoption of AI. So unlike large [34:09] adoption of AI. So unlike large [34:09] adoption of AI. So unlike large enterprise the friction of adoption is [34:11] enterprise the friction of adoption is [34:11] enterprise the friction of adoption is much less because they require less [34:13] much less because they require less [34:13] much less because they require less change management. I agree with many of [34:15] change management. I agree with many of [34:15] change management. I agree with many of that but uh not not all uh small small [34:20] that but uh not not all uh small small [34:20] that but uh not not all uh small small uh medium businesses sometimes have uh [34:22] uh medium businesses sometimes have uh [34:22] uh medium businesses sometimes have uh more habit change that you got to work [34:23] more habit change that you got to work [34:23] more habit change that you got to work through. But the question is how do you [34:24] through. But the question is how do you [34:24] through. But the question is how do you see the gotom market playbook for [34:26] see the gotom market playbook for [34:26] see the gotom market playbook for startups targetingmemes and has that [34:29] startups targetingmemes and has that [34:29] startups targetingmemes and has that changed in the age of AI? I mean a lot [34:32] changed in the age of AI? I mean a lot [34:32] changed in the age of AI? I mean a lot of it for existing thememes I think it's [34:33] of it for existing thememes I think it's [34:33] of it for existing thememes I think it's the same channels with which you [34:35] the same channels with which you [34:35] the same channels with which you historically reach them. I actually [34:36] historically reach them. I actually [34:36] historically reach them. I actually think that one of the interesting things [34:37] think that one of the interesting things [34:38] think that one of the interesting things about marketing in the age of AI is that [34:40] about marketing in the age of AI is that [34:40] about marketing in the age of AI is that all of the sort of existing networks [34:42] all of the sort of existing networks [34:42] all of the sort of existing networks have been so trained on the methodology [34:44] have been so trained on the methodology [34:44] have been so trained on the methodology of building new networks that they're [34:46] of building new networks that they're [34:46] of building new networks that they're very careful to ensure no one does it on [34:48] very careful to ensure no one does it on [34:48] very careful to ensure no one does it on their network. So Instagram, Tik Tok X, [34:51] their network. So Instagram, Tik Tok X, [34:52] their network. So Instagram, Tik Tok X, it's very hard to build a new sort of [34:53] it's very hard to build a new sort of [34:53] it's very hard to build a new sort of distribution channel off the backs of an [34:55] distribution channel off the backs of an [34:55] distribution channel off the backs of an existing one. So what founders have to [34:57] existing one. So what founders have to [34:57] existing one. So what founders have to do is actually build a product that has [34:58] do is actually build a product that has [34:58] do is actually build a product that has the original network effect which is [35:00] the original network effect which is [35:00] the original network effect which is word of mouth. So we're definitely [35:01] word of mouth. So we're definitely [35:01] word of mouth. So we're definitely seeing more of a focus on word of mouth. [35:03] seeing more of a focus on word of mouth. [35:03] seeing more of a focus on word of mouth. Yes, the kind of old channels for [35:04] Yes, the kind of old channels for [35:04] Yes, the kind of old channels for reaching are still there. Actually think [35:06] reaching are still there. Actually think [35:06] reaching are still there. Actually think the most interesting segment of the [35:08] the most interesting segment of the [35:08] the most interesting segment of the market though is sort of new business [35:10] market though is sort of new business [35:10] market though is sort of new business formation which is by the way at an [35:11] formation which is by the way at an [35:11] formation which is by the way at an all-time high. I think it's the highest [35:12] all-time high. I think it's the highest [35:12] all-time high. I think it's the highest it's been outside of a peak sort of [35:14] it's been outside of a peak sort of [35:14] it's been outside of a peak sort of moment during COVID. These are people [35:16] moment during COVID. These are people [35:16] moment during COVID. These are people who would have never otherwise been. [35:19] who would have never otherwise been. [35:19] who would have never otherwise been. It's not the sort of 55year-old plumber. [35:21] It's not the sort of 55year-old plumber. [35:21] It's not the sort of 55year-old plumber. It's a 25year-old who previously would [35:23] It's a 25year-old who previously would [35:23] It's a 25year-old who previously would have been a YouTube creator and now is [35:24] have been a YouTube creator and now is [35:24] have been a YouTube creator and now is building SAS for their, you know, [35:26] building SAS for their, you know, [35:26] building SAS for their, you know, neighborhood or their city or their high [35:28] neighborhood or their city or their high [35:28] neighborhood or their city or their high school or whatever else it is. [35:29] school or whatever else it is. [35:30] school or whatever else it is. &gt;&gt; Yep. Yep. Awesome. [35:32] &gt;&gt; Yep. Yep. Awesome. [35:32] &gt;&gt; Yep. Yep. Awesome. Well, thank you so much for listen. It's [35:33] Well, thank you so much for listen. It's [35:33] Well, thank you so much for listen. It's always great to have you on. Uh now, I [35:35] always great to have you on. Uh now, I [35:35] always great to have you on. Uh now, I know you're a fashionista and we're [35:36] know you're a fashionista and we're [35:36] know you're a fashionista and we're going to be clipping that endlessly uh [35:37] going to be clipping that endlessly uh [35:37] going to be clipping that endlessly uh on the socials. Um but uh but thank you [35:40] on the socials. Um but uh but thank you [35:40] on the socials. Um but uh but thank you for that. And if folks have any [35:41] for that. And if folks have any [35:41] for that. And if folks have any questions, you know where to find Anish. [35:43] questions, you know where to find Anish. [35:43] questions, you know where to find Anish. Um and uh we'll follow up here for some [35:45] Um and uh we'll follow up here for some [35:45] Um and uh we'll follow up here for some of the questions we weren't able to get [35:46] of the questions we weren't able to get [35:46] of the questions we weren't able to get to as well.