Flock Safety Hits $500M ARR as Drone Tracking Upends US Policing

Garrett Langley of Flock Safety on building technology to solve crime — Stripe

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The company argues its ultimate failure would be a rising prison population, shifting its long-term strategy toward preventing opportunistic crime through localized economic development initiatives.

AI-assisted summary of Garrett Langley of Flock Safety on building technology to solve crime — original source. Check the original for full context.

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## Background Published on March 5, 2026, by Stripe on YouTube, this video features a detailed conversation between host John and Flock Safety founder and CEO Garrett Langley. The discussion centers on Flock Safety's role as a public safety operating system, exploring how the company utilizes solar-powered cameras, real-time 911 integrations, and autonomous drones to help law enforcement eliminate opportunistic crime across America.

## TL;DR In this interview, Garrett Langley discusses the evolution of Flock Safety from a local neighborhood license plate tracking system into a massive public safety operating system generating $500 million in ARR. He details the technical challenges of deploying infrastructure-free, AI-driven hardware at scale and explores how automated data helps law enforcement dramatically improve crime clearance rates without human bias. Langley also addresses the complex realities of police procurement, the competitive landscape with legacy tech giants, and the shifting tactics of modern criminal organizations. Ultimately, he frames Flock's ultimate success not by increased arrests, but by its long-term ability to reduce both local crime rates and the national prison population through strategic prevention and community investment.

## Atmosphere & style The conversation carries a grounded, highly analytical, and tech-forward tone, blending deep engineering pragmatism with an earnest mission for societal reform. Garrett Langley speaks with the sharp, candid authority of a veteran hardware founder, balancing the stark, practical realities of crime and law enforcement with a thoughtful perspective on civil liberties and systematic flaws. The dynamic between host and guest is collaborative and deeply investigative, creating a narrative arc that moves from intense operational storytelling to broader philosophical reflections on the justice system. Listening feels like being privy to a high-stakes, behind-the-scenes masterclass on how cutting-edge infrastructure intersects with the complex, messy realities of physical-world security.

## Key takeaways - [00:00](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=0s) Garrett Langley founded Flock Safety in 2017 to address community-wide safety after experiencing an unsolved property crime in Atlanta, noticing that traditional home security focuses too heavily on the individual rather than the neighborhood. - [05:13](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=313s) Flock Safety scaled from $0 to $500 million in ARR over seven years, helping clear over one million crimes annually across more than 6,000 U.S. cities. - [14:51](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=891s) Flock's core engineering achievement is an infrastructure-free, solar-powered camera running computer vision at 100 mph over 5G without power-hungry GPUs. - [17:19](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=1039s) The company utilizes AI for 'cold-plating' detection, matching physical vehicle characteristics against DMV records to identify stolen license plates in real time. - [19:57](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=1197s) To protect citizen privacy, drivers on public roads have no constitutional expectation of privacy, but Flock voluntarily limits data retention to short windows and maintains a permanent, public audit trail. - [28:38](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=1718s) Langley advocates for proportional technology use, arguing facial recognition should be restricted for minor shoplifting but permitted for severe crimes like homicides. - [35:51](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=2151s) The absolute certainty of getting caught acts as a stronger deterrent for young, opportunistic criminals than the severity of the ultimate legal punishment. - [43:56](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=2636s) Flock expanded into a corporate security business generating over $100 million in ARR, serving logistics, healthcare, and retail operations with large physical footprints. - [51:03](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=3063s) American public safety startups face steep competition from heavily subsidized Chinese hardware manufacturers like Hikvision, which dominate 80% of U.S. strip mall security setups due to low upfront costs. - [52:54](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=3174s) The public safety technology landscape is highly consolidated, dominated by a three-way dynamic between legacy providers Motorola Solutions, Axon, and the rapidly scaling Flock Safety. - [01:02:41](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=3761s) Drones as a First Responder (DFR) significantly improve police dispatch efficiency, with Flock's drones arriving on scene in 68 seconds compared to a 7.5-minute average human response time. - [01:09:08](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=4148s) Rapidly expanding hardware lines simultaneously creates immense operational complexity and a painful J-curve requiring upfront capital, prompting Flock to temporarily freeze new development to stabilize operations. - [01:11:43](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=4303s) Hardware engineering requires building substantial supply chain resilience, with Flock designing up to four alternative component derivatives to survive unpredictable price shocks and global shortages. - [01:17:07](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=4627s) The mechanical infrared (IR) cut filter represents the primary point of physical failure in Flock's solid-state cameras, requiring a nationwide team of field technicians to maintain uptime. - [01:32:56](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=5576s) Flock's drone design follows a payload-first engineering thesis modeled after the military's A-10 Warthog, optimizing high-altitude camera capability before flight mechanics. - [01:35:40](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=5740s) To respect the Fourth Amendment and protect backyard privacy, Flock's drones only launch in response to specific 911 calls and maintain a locked horizon view during transit. - [01:37:47](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=5867s) Through the Thriving Cities Fund, Flock invests directly in local economies to provide entry-level jobs for youth, aiming to proactively prevent crime before it happens. - [01:39:26](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=5966s) Langley defines Flock's ultimate failure as an increasing prison population, identifying a massive market opportunity for tech products focused on rehabilitating opportunistic, non-violent offenders.

## Detailed walkthrough ### [00:00](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=0s) The Origin of Flock Safety

Garrett Langley founded Flock Safety in 2017 after a crime in his Atlanta neighborhood went unsolved. Today, Flock is one of the most successful companies selling to law enforcement, famous for its roadside camera networks and drones that support police officers.

To understand how the product works, Langley rewinds eight years to his time living in Atlanta. He shares a "fun fact" about the American Southeast: if you pull the door handles of ten F-150 trucks in a place like Atlanta or Memphis, roughly three will be unlocked, and one of those will have a firearm sitting in the glove box. For gang members—often young kids—the easiest way to obtain a gun is simply to drive into a neighborhood, jump out, and pull door handles. This exact scenario happened in Langley's neighborhood. Someone left a gun in their car, it was stolen, and the owner posted about it on Nextdoor.

When the Atlanta Police Department arrived, the responding Major was fairly apathetic, telling the residents, "Hey, sorry. Good luck." There was no fingerprinting or stakeout. Langley explains that in most major American cities, if a human is not physically hurt, the crime goes straight to the bottom of the priority list. Frustrated by this apathy, Langley insisted that they should go after the thieves. The Major replied, "We don't have any information... We need a license plate." As an electrical engineer, Langley called a computer science buddy from Georgia Tech and decided to build a camera to track license plates.

- **Founding Year:** 2017 - **Founder's Alma Mater:** Georgia Tech (Electrical Engineering) - **Initial Growth Channel:** Local five o'clock news broadcasts

[02:15](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=135s) The First Prototype and the Power of Local News

Langley and his co-founder built their first prototype, which still sits on a pedestal in their Atlanta office looking "like garbage" because they lacked mechanical engineering expertise. They mounted the camera, and it tracked every car entering the neighborhood. Within 30 days, the system could establish baseline patterns, identifying who actually lived there based on how many times they drove in and out daily.

Two months later, another car was broken into and another firearm was stolen. When the same police Major returned, Langley was able to hand him a single license plate: "here's the only car that doesn't live in our neighborhood that was here last night." The police put the vehicle on a BOLO ("be on the lookout") list, located the car a few hours later with the stolen gun inside, and made an arrest.

Though it was just a neighborhood project at the time, the local five o'clock news ran a story on their success. The next morning, Langley had five emails from other neighborhoods wanting the system. He notes that Flock might be the only company to drive its first $20 million to $40 million in ARR strictly off local news coverage. Every time they solved a crime, they would pitch it to the local news, who loved covering crime stories.

- **BOLO:** "Be on the lookout" - **First $20M–$40M ARR Driver:** Local TV news appearances - **Target Customer (Early Years):** Neighborhood HOAs and legally-binding community organizations

[03:45](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=225s) Shifting from Individual Security to Community Safety

While Flock is now heavily integrated with law enforcement and stolen vehicle databases, it started without those connections, relying instead on identifying suspicious local activity. Langley points out that there are roughly 400,000 neighborhoods in America, yet historically there was no consolidated way to provide safety for these communities. When Langley refers to a "neighborhood," he means a legally-binding organization (like an HOA) that can sign a contract, rather than a loose group of neighbors chipping in twenty dollars.

Langley realized that traditional home security systems—like gates, alarms, and dogs—suffer from two major flaws: they only tell you a crime has already happened, and they do nothing to help solve it. Furthermore, traditional security is hyper-focused on the individual. Langley recalls a random act of violence that occurred a mile from his home in Atlanta, which left his wife too afraid to run outside for a year. "The whole premise became that you had to build a safety system for a community, because that's actually what you feel," Langley explains. For the first three to four years, Flock focused entirely on selling to neighborhoods.

[05:13](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=313s) Flock by the Numbers and the "Help Clear" Metric

Today, Flock has evolved into a highly sophisticated product. Last year, the company helped clear just over one million crimes in America. Langley is careful to define what "help clear" means, drawing a comparison to how payment platforms make business growth easy without doing the actual hard work. "We write code and design circuits. It's not hard work," Langley says, emphasizing that Flock does not want to overstate its value. They do not chase criminals or put their lives at risk; rather, they are involved in the arrest, clearance, or successful resolution of the crime. In some cases, they provide the entire investigative trail up to the handcuffs; in others, they act as the tip of the spear.

- **Crimes Cleared (Last Year):** Over 1,000,000 - **Scale of Coverage:** Over 6,000 cities, covering well north of 50% of the US population - **Financial Growth:** $0 to $500 million ARR in seven years - **Market Penetration:** Active in almost every major US city except Manhattan

[06:27](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=387s) Real-Time Crime Solving: White Converse and 911 Integration

Langley shares a recent case from a major American city to illustrate how the modern product works. Flock's system can tap into and listen to 911 calls in real time. Langley calls the current state of 911 dispatch "wild" because in a city like San Francisco, which receives about three million calls a year, a human must manually answer, listen, and type in the information. He compares this to running a company like Stripe and routing every single lead manually.

In this specific case, an attempted homicide occurred, leaving a victim bleeding on the street. The only detail the victim could recall was that the suspect wore white Converse sneakers. Using FlockOS—a platform that integrates all of a city's cameras, whether made by Flock or not—the operator heard the 911 call, located a nearby privately-owned camera, and double-clicked the feed. Using a Flock tool called FreeForm, the operator searched for any individuals wearing white Converse sneakers in the last 30 minutes. The system found the suspect, pushed the video feed directly to the dash of the nearest police vehicle, and the suspect was arrested. The entire process from the 911 call to the arrest took just 17 minutes.

[08:15](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=495s) Drones and Tactical Apprehensions

In another incident in Colorado, an armed robbery occurred at a Levi's outlet. The criminals fled the store in a white van spray-painted to look like a black and blue cow. "Mistake number one as a criminal: don't drive a weird car," Langley jokes.

Because the local police department utilized Flock's American-built drones, the operator clicked a button, and a drone automatically flew at 400 feet to the outlet. Equipped with visual nomenclature to recognize a white van with black and blue paint, the drone located the vehicle. When a second 911 call came in from another outlet experiencing a similar robbery, the drone zoomed over and kept eyes on the suspects. The video feed was sent directly to the nearest officer. Instead of a traditional high-speed response with flashing lights that could cause injuries, the officers quietly monitored the feed as the suspect drove home. The moment the suspect pulled into his driveway, two officers pinned him in for a safe, tactical apprehension.

[10:32](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=632s) The Fragmented Landscape of American Law Enforcement

For listeners outside the United States, the localized nature of American policing can be surprising. In countries like Ireland, a single national police force (the Garda Síochána) serves the entire population of five million. Australia has only about six police departments. In contrast, the United States has roughly 17,000 highly localized police agencies.

While this local model allows citizens to know the officers patrolling their neighborhoods, the downside is that criminals do not care about municipal or state borders. Historically, these localized agencies were incapable of sharing information. Langley points out that the cloud was only made legal for law enforcement data hosting in Florida in 2022, and in Maryland in 2023. Prior to that, coordination required manual phone calls and faxing files.

Flock's major unlock was enabling seamless collaboration across these fragmented agencies. In one massive human trafficking bust, 76 people were arrested across four states. The entire operation was coordinated on Flock, bringing together six local cities, three state agencies, and the US Marshals.

- **US Police Departments:** ~17,000 localized agencies - **Cloud Legalization for Law Enforcement:** Florida (2022), Maryland (2023) - **Cross-Agency Case Example:** 76 human trafficking arrests across 4 states

[13:05](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=785s) The Controversy of Government Trust and Collaboration

The coordination of law enforcement agencies is a highly controversial topic in America, deeply tied to public trust in government. Langley observes that trust in government often follows a linear or logarithmic scale: the further removed the agency is, the less people trust it. Local police enjoy the highest trust, while federal agencies have the lowest.

However, when major crises occur—such as the Guthrie kidnapping, the hunt for the Boston shooter, or the Mar-a-Lago assassination attempt—only federal agencies like the FBI or Secret Service have the resources to run the investigations. This tension has led to state legislation, particularly in California, that prohibits local law enforcement from collaborating with federal authorities on certain politically sensitive topics. Langley explains that operating in a regulated space is simple when the rules are clearly legislated, but it becomes "messy" in states where operations are guided by shifting political opinions rather than written laws.

[14:51](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=891s) Solving the Edge Engineering and Database Challenges

To make the system work, Flock had to solve several difficult engineering problems. The first was designing a self-sufficient, infrastructure-free camera that could read license plates and run computer vision on a vehicle traveling 100 miles per hour, using only solar power and a 5G backhaul. Because these cameras are placed in intersections where fiber and power lines are unavailable, they cannot use power-hungry GPUs.

The second challenge was integrating with national databases. The FBI maintains the National Crime Information Center (NCIC) database, which contains a quarter to half a million active warrants, including Amber Alerts for missing children and Silver Alerts for missing seniors. Flock has a direct integration with the FBI database and helped clear over 1,000 Amber and Silver alerts last year.

However, local databases remain highly fragmented. If a car is stolen in South San Francisco, it is immediately uploaded to the local Bay Area Flock hot list. Yet, it takes up to 24 hours for that vehicle to appear on the federal FBI hot list, which is still shared across the US via CSV files on FTP servers.

- **NCIC Database Size:** 250,000 to 500,000 active warrants - **Amber & Silver Alerts Cleared (Last Year):** Over 1,000 - **Data Sync Delay:** Up to 24 hours to sync local stolen vehicle data to the federal FBI list via FTP servers

[17:19](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=1039s) Real-Time Tracking and the Anatomy of Car Theft

The real-time tracking of stolen vehicles happens instantly on Flock, whereas it takes about a day to propagate nationwide to the FBI database. This 24-hour lag is a massive window for criminals, as "you can drive really far in 24 hours." By making this data real-time, Flock allows law enforcement to intervene while a crime is actively unfolding.

The speakers discuss the nature of car theft, noting that very few people steal cars just for fun. While they joke about "sideshows" and street stunts—clarifying for the record that neither of them has ever participated in one—they note that people typically drive their own cars in those events. Instead, cars are stolen with a specific criminal utility in mind. The speaker shares a personal anecdote: "My car was stolen, and then they used it to go rob three CVSs, did a bunch of drugs in the car, and then ditched it." Stolen cars are also frequently used in drive-by shootings because criminals "don't want to shoot someone in [their] own car."

To combat this, Flock uses AI to perform "cold-plating" detection, identifying when a vehicle's make and model do not match its registered DMV records. This flags individuals driving with stolen license plates—a tactic often preferred because stealing a tag is easier than stealing an entire car. Flock also detects "glitches in the Matrix," such as anomaly detections where the same license plate is spotted in two different places simultaneously. While not inherently illegal yet, these anomalies provide smaller, quieter towns with a strong reason to dispatch an officer to investigate.

- **The 24-Hour Lag:** Local lists take roughly a day to propagate to the national FBI database; Flock bypasses this delay. - **Cold-Plating:** AI-driven matching of physical vehicle characteristics against DMV records to catch stolen license plates. - **Matrix Glitches:** Flagging the physical impossibility of a single license plate appearing in two distant locations at once.

[19:57](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=1197s) The Privacy Debate and the "Steel Man" Argument

The conversation shifts to the inevitable controversy surrounding surveillance and privacy. The host suggests that Flock does not change existing privacy norms—since drivers on public roads have no constitutional expectation of privacy—but rather expands law enforcement's bandwidth to act on stolen vehicle reports. However, the technology still draws criticism. The speaker acknowledges this, stating, "If you're building a business that impacts millions of people's lives, it's going to be controversy of some degree."

To steel-man the privacy argument, the speaker compares Flock's physical cameras to the invisible tracking occurring on mobile phones. If users looked at how many apps have full-time location services enabled, or how many data brokers sell that data to advertisers, they would be shocked. Because digital tracking is invisible, society tolerates it. However, because Flock operates in the physical world, it is held to a much higher standard. The speaker notes the irony of this: "What I do online, it's way more interesting and telling about my personality and my life than what I do in the real world. I go from work to home and to kids' birthday parties on the weekends."

To mitigate abuse, Flock relies on strict data retention limits. Keeping data for only 7, 14, or 30 days makes it uninteresting to bad actors, unlike online data brokers who store lifetime internet histories. In criminal investigations, there is a rapid drop-off in the utility of old data; investigators care about where a suspect was in the last 48 hours, not a year ago.

- **Data Retention:** Flock limits data storage to short windows (e.g., 7 to 30 days) to prevent long-term tracking abuse. - **Audit Trails:** Every single action taken within the Flock system is logged in a permanent, publicly available audit trail. - **The Phone Contrast:** Mobile apps and data brokers track precise, long-term user locations invisibly, whereas license plate readers only capture public road data.

[23:52](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=1432s) Technology Trends in Crime Fighting and the Rise of Drones

The host points out that the offense-defense balance in crime fighting shifts constantly as new technologies emerge. Historically, cell phone tower data—specifically Cell Data Records (CDRs)—has been one of law enforcement's best-kept secrets for solving crimes, particularly homicides, because criminals "dumbly commit crime with their cell phone in their pocket every time." The speaker recalls only one case in the past year where a highly organized suspect intentionally left their phone at home before committing a homicide. However, the suspect was caught anyway because they drove from Los Angeles to San Francisco, hitting multiple Flock cameras along the way, and finally made the mistake of picking up their phone near LAX where Flock cameras flagged the car.

Currently, the most challenging technological shift favoring criminals is the use of drones. This represents "asymmetric warfare" because criminals operate without rules. In an affluent county in Virginia, South American cartels fly illegal drones equipped with night vision through neighborhoods to peer into houses and see if anyone is home before breaking in.

Furthermore, drones are heavily used to smuggle contraband into prisons. Highly engineered drones carrying 10, 20, or 30-pound payloads of cell phones, drugs, and weapons fly over prison walls and dangle the cargo directly to cell windows. Law enforcement is legally hamstrung because the FAA controls the airspace, meaning officers cannot legally shoot down or mitigate these drones. A sheriff friend of the speaker lamented, "If I shoot that down with a shotgun, I am technically breaking the law." While states like Louisiana and Georgia are drafting bills to bypass FAA restrictions, federal preemption remains a major hurdle.

- **CDRs (Cell Data Records):** Coarse cell tower triangulation remains a primary tool for solving violent crimes. - **Drone Casing:** Cartels use night-vision drones to scope out unoccupied homes to avoid confrontations during burglaries. - **Prison Smuggling:** Drones act as a "Zipline for criminals," delivering heavy payloads of contraband directly to prison cell windows.

[28:38](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=1718s) Proportional Technology and Objective Policing

The speaker argues that the severity of a crime should dictate the sophistication of the technology used to solve it. He addresses the highly controversial topic of facial recognition, which has been banned by thousands of American cities. He suggests a more nuanced approach: "Facial rec has its pros and cons. You can't use it for shoplifting, but for homicides, crimes against children... law enforcement should do everything in their power." Unfortunately, public debate lacks this nuance, resulting in blanket bans.

The conversation moves to body cameras, which were initially pushed by law enforcement skeptics but have largely served to exonerate officers. In the majority of cases where foul play is alleged, body camera footage reveals the officer was simply trying to do their job during a difficult situation, such as a mental health crisis.

Similarly, automated license plate readers are helping to shift policing away from historical prejudices. Traditional policing often relied on officers patrolling "suspicious" neighborhoods, which perpetuated biases against specific communities. By focusing strictly on objective data like stolen cars, cities like Oakland use Flock to police objectively. "We don't care who's inside," the speaker explains. "You wind up policing where crime is happening right now in real time," rather than where it happened historically, improving community relations.

Finally, the speaker notes that US crime rates are down and continuing to fall after a massive surge during the COVID-19 pandemic. He attributes the pandemic spike to the psychological toll of isolation: "We tested society of what happens if you keep people inside for too long, and people got really violent." During this period, homicides spiked 3 to 4 times their normal rate before plummeting back down. The demographic driving this violence tended to be males aged 16 to 22 who were "very online."

[33:55](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=2035s) The Social Phenomena of COVID-Era Violence and the Race to Zero

Garrett recalls a conversation from a couple of years ago during the COVID-19 pandemic with a police chief in a major city. When he asked her what was going on, she told him, "Garrett, these kids are just killing each other." She explained that teenagers were literally getting in cars and shooting at one another over trivial social media disputes, such as someone posting an Instagram photo with another person's girlfriend. In normal times, a teenager might have called the other person to complain, but during COVID, the immediate reaction escalated to driving over and shooting them. Garrett notes that this "race to violence" was a highly specific, dramatic, and scary social phenomenon that has largely subsided now, though society has not fully returned to normal. Other empirical measures of this collective loss of sanity during the pandemic included a massive spike in air rage and road rage incidents.

The conversation shifts to the current state of crime, which is down across many categories, though social media memes often paint a different picture of rampant lawlessness and locked-up CVS shelves. Garrett emphasizes that every city is different, and major cities still face significant crime challenges. In Atlanta, where Garrett lives, the mayor has made it clear that any number of homicides greater than zero is a tragedy. Even though Atlanta is at historic lows compared to the last decade, it is still hard to celebrate when 52 people died in the city in a single year.

- **COVID-era spikes:** Air rage, road rage, and extreme, impulsive gun violence among youth over social media posts all spiked dramatically during the pandemic. - **Atlanta homicide benchmark:** While Atlanta's homicide rate has dropped to historic lows over the last decade, the city's leadership maintains a "race to zero" mindset, refusing to celebrate even a low absolute number like 52 deaths.

[35:51](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=2151s) Clearance Rates, Deterrence, and the "Boolean Mindset" of Criminals

Rather than focusing solely on raw crime numbers, Flock Safety focuses on clearance rates—the rate at which crimes are solved. Cities that deploy Flock products tend to see much higher clearance rates. Garrett highlights San Francisco, where the mayor and police chief have made solving crime a central focus. When the San Francisco Police Department solves a crime, they talk about it publicly on social media platforms like X (formerly Twitter). Because criminals are highly active online, this public messaging has a powerful deterrent effect.

This dynamic highlights a counterintuitive truth about crime prevention. While many people intuitively believe that harsher punishments deter crime, teenagers and young criminals actually operate on a "Boolean mindset." They do not weigh the severity of the punishment (such as being grounded for a week versus a month); they simply ask a binary question: "Will I get caught or not?" If they believe they can get away with it, they will do it. By raising the clearance rate and making it clear that offenders will be caught, police departments can effectively deter crime.

- **The Boolean Mindset:** Young offenders operate on a binary "will I get caught or not" logic, making the certainty of apprehension far more important than the severity of the punishment. - **Cobb County success:** Cobb County, the second-largest county in Georgia with nearly a million residents, has achieved a 100% clearance rate for violent crime. If you commit a violent crime there, you will be arrested. - **Safe City initiative:** Flock has introduced a "Safe City" concept, offering municipalities a full platform of drones, cameras, and AI to solve all local crime for approximately $20 per citizen per year. - **Greenville, Mississippi:** This town of 26,000 people deployed Flock's entire suite of cameras, drones, and AI, and the mayor and chief actively publicize every solved crime on the local five o'clock news.

[39:14](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=2354s) Crime Displacement and the Myth of the "Evil" Criminal

When one municipality gets highly effective at solving crime, the immediate effect is displacement. Criminals simply move their operations to neighboring jurisdictions. For example, when San Francisco adopted Flock, crime temporarily spiked in Oakland, prompting Oakland to adopt the technology as well. Garrett compares this to disease eradication: you must eventually blanket an entire region to fully snuff the problem out.

However, once the technology is widespread, the behavior changes entirely. Garrett asserts that 99% of criminals are not inherently evil people; true evil—random acts of violence—is exceptionally rare. Instead, most crime is driven by opportunism. While some people are fortunate enough to be born into stable social constructs where they can build successful companies, others are pushed in the wrong direction. Flock's goal is not just to make arrests—which Garrett finds somewhat disheartening because it funnels more people into an expensive, dysfunctional criminal justice system—but to act as a preventative mechanism. By proving that crime is a dead-end path with a 100% catch rate, individuals are pushed to seek legitimate employment and become functional members of society.

- **Displacement effect:** Initial deployment of advanced policing tech shifts crime to neighboring towns (e.g., from San Francisco to Oakland) before regional adoption forces a broader decline. - **Criminal economics:** Despite promoting a lifestyle of wealth on TikTok, Instagram, and Snapchat to recruit new members, the median income for an average criminal is actually very low. - **Cost of incarceration:** Jailing millions of people is a "double negative bottom line" for society because it is incredibly expensive and prevents individuals from ever successfully re-entering the workforce.

[41:06](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=2466s) The Shift to Organized Retail Crime and Distribution Center Heists

While organized retail crime inside physical stores was a massive issue during and immediately after COVID—leading to locked-up merchandise at CVS, In-N-Out leaving Oakland, and Walmart reporting just shy of $1 billion in theft—the criminal landscape has shifted. Retailers like Lowe's have partnered with Flock and successfully reduced their in-store "shrink" by an order of magnitude. In response, sophisticated criminal enterprises have moved upstream to target distribution facilities, where they can secure larger, safer hauls.

Garrett shares a story of a highly sophisticated Eastern European organized crime group that purchased a legitimate, well-running freight broker. Operating as a real business, they bid on shipping projects, showed up with authentic paperwork, loaded a 20-foot container with millions of dollars of product, drove away, and immediately dissolved the company. In a single day, they walked away with $7 million. This type of crime is incredibly difficult to solve because the vehicles and phones used are disposable, the stolen goods are immediately exported out of the country, and the complex web of shipping insurance makes it unclear which entity actually bears the financial loss.

- **Walmart theft:** Walmart reported nearly $1 billion in theft losses in a single year during the peak of the post-COVID retail theft wave. - **Distribution center targets:** Criminals are moving away from storefronts to distribution hubs because the cargo loads are larger and the logistics of liability and insurance make the crimes harder to prosecute. - **The $7 Million Heist:** A sophisticated Eastern European group used a legally purchased freight brokerage to steal a $7 million cargo load in a single day before vanishing.

[43:56](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=2636s) Flock's $100M+ Corporate Business and Executive Protection

Although Flock is widely known for its municipal partnerships, its corporate business segment is its fastest-growing unit, generating north of $100 million in Annual Recurring Revenue (ARR). Flock helps corporate clients protect both their employees and their physical assets. Rather than targeting companies based on market cap, Flock's ideal corporate customers are those with massive physical footprints, such as retail, healthcare, and logistics companies. A company like Dollar General, with 7,000 stores, is a much better prospect than a massive Fortune 5 company that only has three large corporate campuses.

While asset protection was the primary driver three years ago, corporate demand has shifted heavily toward employee safety. Large enterprises may terminate hundreds of thousands of employees a year, and it only takes one disgruntled former worker to pose a threat. Flock integrates with corporate HR systems so that when an employee is terminated, their vehicle is automatically added to a localized "hot list." If they drive onto the campus, security is immediately notified to prevent them from entering the building. Flock is also heavily utilized in executive protection; for instance, if a Fortune 2000 CEO has Flock cameras at both her home and her office, the system can flag the highly unusual event of an unrecognized vehicle appearing at both locations on the same day.

- **Corporate ARR:** Flock's corporate business unit now generates over $100 million in ARR. - **Target sectors:** Retail, healthcare, and logistics are the primary corporate sectors due to their large physical footprints and high employee counts. - **Automated hot lists:** Integration with HR systems allows companies to automatically flag terminated employees' license plates to alert security if they return to the property.

[47:03](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=2823s) The Surgical Robot Heist and the Challenges of Going International

Garrett shares a "Thomas Crown Affair" style story involving one of Flock's healthcare partners. A sophisticated group of thieves dressed up in a specific vendor's uniform, walked into a hospital, and claimed they were there to pick up a multi-million dollar robotic surgical arm for repairs. A helpful physician showed them right to the equipment, and they literally walked out the front door with it. Because physicians are focused on clinical work rather than verifying vendor identities, the ruse worked perfectly. Flock was able to help the healthcare provider connect with federal authorities, who tracked the stolen equipment as it was being exported to another country.

When asked about expanding internationally, Garrett explains that Flock is currently focusing on the domestic US market, where they see a clear path to $5 billion to $15 billion in revenue. International expansion is incredibly complex due to localized law enforcement structures, regulatory nuances, and the added difficulty of shipping and maintaining physical hardware abroad.

Furthermore, geopolitical competition poses a major hurdle. Garrett recounts a massive deal Flock pursued in Mexico last year with the backing of an investor who had government connections. Flock made it to the finish line, only to lose the contract to Hikvision, a Chinese camera manufacturer heavily subsidized by the Chinese Communist Party (CCP). Hikvision bid a price nearly ten times lower than Flock's. Garrett notes that this is a deliberate geopolitical strategy, similar to China's subsidized 5G infrastructure rollouts in Africa, designed to secure long-term control and real-time data feeds in developing nations.

- **The Surgical Robot Theft:** Thieves successfully stole a multi-million dollar robotic surgical arm from a hospital simply by wearing vendor uniforms and asking for it. - **US Market Potential:** Flock is prioritizing the domestic US market, aiming for $5 billion to $15 billion in revenue before aggressively expanding hardware operations internationally. - **The Mexico Deal:** Flock lost a major contract in Mexico to CCP-subsidized Hikvision, which underbid Flock by a factor of ten to secure the surveillance infrastructure.

[51:03](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=3063s) Data Sovereignty and the Threat of Subsidized Chinese Hardware

The pitch to foreign governments, such as Mexico, often centers on data sovereignty rather than just cost. Flock Safety argues that while Chinese-manufactured hardware might be cheaper, the Chinese government ultimately has access to those data pipes. Flock offers to domicile all data within the host country rather than routing it back to America. Despite this pitch, many governments decline, citing that Flock's products are simply too expensive. This lack of competitiveness is not due to product quality—which is vastly superior—but because American companies are not subsidized by their federal government in the way Chinese competitors are.

Even within the United States, a walk through any local strip mall reveals that roughly 80% of the security cameras are Chinese-manufactured. The average small business owner simply buys a cheap fifteen-dollar camera on Amazon without considering where their data is stored or who has access to it. This lack of concern extends to consumer smart devices as well, such as the infamous stories of hackers gaining control of household vacuum cleaners.

- **Data Domiciling:** Flock offers to keep data localized within the purchasing country to protect national sovereignty. - **Subsidization Gap:** Unlike Chinese tech firms, American public safety startups do not receive federal subsidies to lower their market prices. - **Consumer Apathy:** The average business owner prioritizes low upfront costs over data security, frequently buying cheap, unsecure hardware.

---

[52:54](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=3174s) The Three-Way Battle for Public Safety Tech

When looking at the competitive landscape of companies selling to US law enforcement, three main players dominate: Motorola Solutions, Axon, and Flock Safety. Back in 2020, during Flock's attempt to raise a Series B round, venture capitalists saw three major strikes against the company. First, they were based in Atlanta rather than Silicon Valley. Second, they were a hardware company, which VCs traditionally disliked due to high capital costs—though hardware has since proven to have immense terminal value because "AI is not going to replace cameras or dig holes." Third, they were trying to sell to the government. The last public safety company to go public had been Axon in 2005, leading investors to believe the market was too stagnant. Fortunately, Garry Tan believed that safety should be a public right rather than a privilege, and stepped in to lead the Series B.

Today, the market is a "Mexican standoff" in almost every city among three giants: 1. **Motorola Solutions:** A 120-year-old company with a $90 billion market cap that invented the radio and owns roughly 80% of the global landmass radio market. Their highly durable products are essential during natural disasters. 2. **Axon:** A $40 billion market cap company founded by Rick Smith. Originally starting as Taser, they rebranded to Axon, acquired their way into body cameras by buying a company with an NYPD contract, and have recently launched a direct competitor to Flock. 3. **Flock Safety:** The agile newcomer utilizing network data and automated infrastructure deployment.

- **Physical Infrastructure:** Flock acts as a massive general contractor, pulling an average of 77 permits a day to dig trenches, pour concrete, and erect their own camera poles. - **Consolidation Trend:** Because the market of municipal buyers is finite, the industry is consolidating rapidly. Motorola has completed roughly 40 acquisitions in the last two years, Axon did five last year, and Flock completed one.

---

[59:03](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=3543s) AI as an Orchestration Layer and "Amplified Intelligence"

With many police departments operating at severe understaffing levels—some large college campuses are at a mere 40% of their target headcount—technology must act as a force multiplier. Flock views its role as building an "orchestration layer" for city safety, automating manual tasks while keeping humans at the start and finish of the loop. When a 911 call comes in, an LLM can pick up the call, analyze the characteristics, and instantly begin building an investigation file. Instead of a detective spending hours pulling call transcripts and searching records systems, the AI does the busywork so the investigator can focus on human-centric police work.

A prime example of this "amplified intelligence" is Flock's response to "jugging" cases, a highly profitable crime trend popular in Texas where criminals follow armored Brink's trucks and rob them at gunpoint. Flock built an AI agent that tracks armored cars in real time. If the system detects any vehicle consistently trailing an armored truck, it automatically flags the anomaly to local police. While following a truck is not illegal, the real-time detection allows understaffed departments to get a step ahead of violent crimes.

- **Staffing Crisis:** Many law enforcement agencies are operating at 40% to 50% capacity, making manual data analysis impossible to sustain. - **911 Call Surges:** During mass emergency events, AI can handle a sudden influx of calls, preventing citizens from getting a busy tone. - **Anomaly Detection:** Automated tracking agents allow police to identify suspicious patterns, such as vehicles stalking armored cars, before a crime occurs.

---

[01:02:41](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=3761s) Drones as a First Responder (DFR)

While many large police departments have helicopters, they are incredibly expensive and limited resources. Flock's drone program offers a highly cost-effective alternative for air support. In one Tennessee town with an average 911 response time of seven and a half minutes, Flock's drone can arrive at the scene in just 68 seconds. This 10x improvement in response time comes at an incremental cost that is less than hiring a single police officer.

There are three primary use cases where Drones as a First Responder (DFR) are transforming public safety: 1. **Vehicular Pursuits:** High-speed police chases are incredibly dangerous, often resulting in the deaths of innocent bystanders. Towns using Flock's drones now terminate active pursuits immediately. Instead, a drone flies 400 feet overhead, quietly tracking the suspect until they pull into a gas station or home, allowing officers to safely block them in. 2. **911 Call Triage:** In places like Elk Grove, California, drones are dispatched to 911 calls first. Many calls, such as reported fistfights, resolve themselves before a human officer can arrive. By sending a drone to confirm if a situation is still active, departments eliminate wasted officer hours and keep units free for real emergencies. 3. **Search and Rescue (SAR):** Drones equipped with thermal cameras are highly effective at finding missing persons at night. In cold states, thermal drones have successfully tracked the heat signatures of individuals who fled into the snow, locating them via the thermal dip left in the snowpack.

- **Response Speed:** Drones can arrive at a scene in under 70 seconds, bypassing traffic and ground obstacles. - **De-escalating Pursuits:** Aerial tracking prevents suspects from driving recklessly to escape ground units, keeping residential streets safe. - **Cross-Agency Utility:** Flock's drone programs are launched to support all first responders, including fire departments and EMS, rather than just law enforcement.

[01:07:23](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=4043s) The Satisfying Crime of Lasering Police Helicopters

A highly specific and bizarrely satisfying genre of YouTube videos involves people who decide to shine powerful lasers at aircraft, only to realize too late that they have targeted a police helicopter. While the act of lasering any aircraft cockpit is incredibly dangerous—threatening the vision of pilots flying planes full of passengers—bored individuals, perhaps cooped up and going mad during the COVID-19 pandemic, frequently buy high-powered lasers on Amazon and target aircraft. Air traffic control (ATC) recordings regularly capture commercial airliners flying into major airports like LAX reporting these incidents.

When these perpetrators mistakenly target a police helicopter, the tables turn instantly. The helicopter's thermal imaging cameras lock onto the source of the laser, and viewers get to watch the entire sequence unfold in real time as squad cars are dispatched directly to the suspect's location. Beyond the satisfying nature of these real-time apprehensions, the cat-and-mouse game between law enforcement and criminals has evolved technologically. Many police helicopters now fly with their ADS-B transponders turned off to prevent criminals from tracking their flight paths using the same publicly available aviation data that hobbyists use, introducing new challenges for airspace separation.

[01:09:08](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=4148s) Scaling Flock Safety and the Pitfalls of Hardware Expansion

Flock Safety has scaled to approximately $500 million in annual recurring revenue (ARR), serving both law enforcement agencies and corporate clients. However, this growth has not been without significant strategic hurdles. Two to three years prior, Flock was a single-product, single-customer business. Its neighborhood-focused segment was growing steadily at 20% to 30% year-over-year, while its law enforcement business was expanding rapidly. In an attempt to capitalize on this momentum, the company made the mistake of building too many products for too many customer segments too quickly—a highly expensive misstep in the hardware sector.

Hardware development follows a steep J-curve, requiring massive upfront capital expenditure (CapEx) before monetization and scale economies can be realized. Flock rapidly expanded from a single car-tracking camera to a person-focused camera, a drone, a trailer, and multiple new customer segments. Rather than discontinuing these products, the company "muscled through" the complexity but instituted a strict freeze on new hardware development for a year or two. While software products can be debated due to their lack of incremental cash burn, new hardware lines act like entirely new startups, draining resources. Additionally, balancing a product roadmap for vastly different customers—such as an Amazon distribution facility spanning a 30-to-50-acre block versus the city of San Francisco covering hundreds of square miles—remains one of Flock's most difficult organizational challenges.

[01:11:43](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=4303s) The Brutal Reality of Hardware Supply Chains and Forecasting

Building a hardware business requires a completely different operational mindset than the "two-way door" philosophy popularized in Silicon Valley software development. In hardware, almost every decision is a "one-way door" costing millions or tens of millions of dollars, and mistakes linger for five to ten years. Demand forecasting must be projected 12 to 18 months out; failing to do so is the primary reason hardware companies go under. Even Pebble, during its record-revenue year, famously went out of business because they overproduced inventory in the fourth quarter. Flock manages its entire distribution pipeline in-house—designing, building, installing, and maintaining the hardware—which requires highly granular geographic forecasting to ensure the right products are in the right regions.

Global supply chain volatility adds another layer of extreme risk, where even minor components can suddenly disappear. For example, Flock's supply chain team recently flagged a 4x price spike in solid-state memory because a massive consumer electronics giant like Apple or Samsung placed a huge order, wiping out global supply. To mitigate these risks, Flock employs a dedicated team focused entirely on supply chain risk mitigation and strategic "risk purchasing" of high-risk, low-cost components.

- **Scale Diseconomies:** In manufacturing, it is often far easier to buy three of an item from hobbyist sites like Adafruit than it is to secure a reliable supply of 30,000 units. - **Component Derivatives:** To prevent engineering bottlenecks when parts go out of stock, hardware designs must include up to four alternative component derivatives that the supply chain team can swap in automatically. - **The SanDisk Miss:** Reflecting on market indicators, the speakers joke about missing out on buying SanDisk stock when component prices tripled, noting the stock subsequently surged.

[01:17:07](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=4627s) Field Operations, Maintenance, and the IR-Cut Filter

Operating a massive physical network of cameras requires Flock to function as a field services business alongside its hardware and software divisions. The company employs a dedicated "flight team" of technicians who travel nationwide to handle maintenance and repairs, even flying directly into major winter storms in New York and Boston to handle surge demand. Because Flock has robust telemetry on its devices, they almost always detect a malfunction before the customer does. Maintenance is highly predictive; for instance, if a technician is already in an area, it is cheaper to proactively replace and refurbish a part expected to fail in six months than to pay the high driving and labor costs of a separate trip later.

Surprisingly, almost the entire camera is solid-state, meaning there is only one primary moving part that ever breaks: the infrared (IR) cut filter. To capture clear images at night, the camera must switch to infrared mode, which requires mechanically sliding a physical filter over the lens twice a day to prevent daytime images from looking pink. After a couple of hundred thousand uses, this mechanical filter eventually fails. While using two separate lenses and image sensors would eliminate this moving part, doing so would significantly increase the bill of materials (BOM) cost.

[01:19:15](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=4755s) Public Safety, Surveillance Guardrails, and Legislation

The necessity of Flock's full-service model became clear early on following a tragic, random act of violence against a woman jogging in an Atlanta park. Although the park was filled with city-owned cameras, none of them were functioning, and the city faced intense public backlash. This highlighted the reality that police departments should not be in charge of camera uptime; instead, cities are better off paying a private entity to guarantee operational readiness. However, the expansion of cameras into parks and public spaces inevitably raises concerns about universal surveillance, reminiscent of spy thrillers like the *Bourne* franchise.

To address these concerns, Flock advocates for an abundance of cameras paired with highly restrictive, legislated access controls rather than limiting the technology itself. Currently, Flock's default data retention is 7 days for live video and 30 days for license plate reader (LPR) data, unless a democratically elected body votes otherwise. A sensible compromise would involve keeping short retention windows for general data but allowing longer retention, such as a year, only when authorized by a warrant. Because law enforcement customers naturally focus on catching criminals and may not prioritize these nuances, Flock relies on its government affairs team to lobby for balanced legislation.

- **Virginia's Legislation:** Virginia passed a sensible bill that established a modest 21-day data retention period (a middle ground between the ACLU's push for 3 minutes and law enforcement's preference for longer storage) and mandated formal auditing. - **The Auditing Gap:** Many law enforcement agencies do not audit their own system usage regularly. While Flock can build software to make auditing easier, legislative mandates are necessary to compel customers to use these features.

[01:23:41](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=5021s) State Legislation and the Pitfalls of Unenforceable Laws

The speakers discuss recent legislative developments regarding license plate readers and criminal investigations. Virginia recently passed a law validating that this technology can only be used for criminal investigations. While the speaker finds this restriction obvious and helpful to codify, they disagree with Virginia's decision to block participation with the federal government. This restriction means agencies like the US Marshals, DEA, ATF, and FBI cannot utilize the technology in Virginia. "Virginia should do what feels right for Virginia," the speaker notes, but they worry about major cases that typically rely on federal agencies to solve.

Similar bills have passed in New Mexico and California. However, the speaker argues that the worst kind of legislation is not about data retention limits (such as 14 versus 30 days), but rather "an unenforceable bill."

* **Example of an Unenforceable Law:** A bill stating that a license plate reader cannot be used to investigate the possession of marijuana. Because it is practically impossible to know or enforce what officers are looking for at the moment of a scan, it becomes a "really bad law" that nobody actually enforces.

---

[01:25:16](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=5116s) The Realities of Police Procurement and the $200M Radio Contract

The conversation shifts to how police departments handle procurement. The speaker explains that departments do not feel like they are "swimming in procurement dollars," yet they frequently overspend on "things that only matter in the 0.001% case." They point to massive landmass radio contracts, noting that a county like San Francisco might spend $200 million on a total contract value (TCV) basis with a legacy giant like Motorola.

When asked why officers cannot simply use cell phones, the justification is always the extreme edge case: "well, in a natural disaster, if there's an earthquake and every single cell tower goes down, law enforcement definitely needs a way to communicate." While the speaker acknowledges the need, they question if a $200 million proprietary infrastructure is the only solution.

* **Infrastructure Ownership:** Law enforcement agencies highly value owning their own infrastructure and bandwidth, giving them total control compared to riding on commercial networks like Verizon or AT&T. * **The RFP Illusion:** The speaker notes that while government procurement requires Request for Proposals (RFPs) to prevent corruption, "I've never seen an RFP that's not written for one vendor." This process ultimately just adds six months to a year of bureaucratic delay. * **The Legality of Relationships:** In the private sector, buying a product like Stripe simply because you know the founder is normal business. In the government sector, doing so is "called illegal." * **Micro-Purchasing Thresholds:** To bypass laborious RFPs for smaller items, chiefs of police usually have discretionary spending limits between $25,000 and $50,000.

---

[01:28:56](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=5336s) How Flock Safety Uses Stripe (and the Secret Check Feature)

The speakers share a lighthearted exchange about how Flock Safety processes its own transactions. While public sector contracts go through "a torturous RFP process" and purchase orders, Flock Safety's private sector customers pay via credit card or check.

The speaker reveals that they use Stripe to process their checks, which surprises the host. Stripe has a lesser-known "remote deposit box" feature where customers mail physical checks to an address, and Stripe digitizes the funds. "We don't want to be in the check deposit business," the speaker explains, noting that 80% to 90% of their private-sector transactions are handled this way. The host jokes that Flock Safety is "one of the few tech companies to mostly use Stripe for checks," to which the speaker replies they are "just trying to buck the trend every day of the week."

---

[01:30:11](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=5411s) Testing Cameras at 120 MPH on an Amateur Racetrack

The host asks if the focus on 0.1% edge cases also explains the "militarization" of police departments, such as small towns of 20,000 people buying a $3 million armored BearCat instead of an F-150. The speaker agrees enthusiastically and shares an anecdote from the early days of Flock Safety.

Prospective police customers repeatedly asked if the license plate readers could capture a car traveling 175 miles per hour. Though the speaker pointed out that high-speed pursuits are rare and officers usually already know who they are chasing, the spec remained a major sales blocker. To prove their product's capabilities, Flock Safety rented an amateur racing track. They emailed their employee base asking, "who owns a car that goes really fast?" Employees brought out Teslas, Rivians, and other fast cars, driving them in circles at 120 miles per hour to test the cameras.

* **Hardware Optimization:** To capture fast-moving cars at tight angles on busy roads, Flock Safety added a radar attachment. * **Power-Saving Measures:** The camera remains offline until the low-power, continuously running radar detects an oncoming vehicle. This "primes" the camera to take a photo. Taking a picture and sending data to the cloud are the two most power-expensive actions the hardware performs.

---

[01:32:56](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=5576s) Building Drones and the "A-10 Warthog" Philosophy

The speaker discusses the joy of building physical products, especially drones, because it is something their kids can easily understand. "We process the world's payments," the host laments regarding his own child's understanding, whereas the speaker's son can count Flock Safety cameras on the drive to school and compare his dad's work to the helicopters on *PAW Patrol*.

When designing their drone, Flock Safety took inspiration from the military's A-10 Warthog plane. Instead of building an aircraft and figuring out what missiles to attach, the military designed the ultimate gun first and built a plane around it. Flock Safety applied this "payload-first" thesis:

> "Our thesis was, 'Well, we're really good at cameras. Drone is really just a camera that flies. Let's build the best payload and then figure out how to fly it.'"

* **The Payload Specs:** The drone's camera payload is massive, featuring four to six optical sensors and thermal imaging, capable of reading a license plate from almost a mile away. * **The Docking Station:** The drone's dock functions as a commercial-grade HVAC system. Because lithium-ion batteries degrade in extreme temperatures, the dock uses a massive compressor to keep the drone perfectly conditioned whether it is snowing or boiling hot outside. * **Scale of Operation:** Hundreds of cities are currently flying Flock Safety drones.

---

[01:35:40](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=5740s) John Boyd, the OODA Loop, and Virtual Time on Scene

The host connects the A-10 Warthog design philosophy to the book *Boyd* by Robert Coram. While military strategist John Boyd is famous in Silicon Valley for his "OODA Loop" (Observe, Orient, Decide, Act), the host argues his most important work was helping the Pentagon procure better planes by steering generals away from empty "speeds and feeds" specifications. Generals wanted high top speeds, but Boyd proved that maneuverability and energy transition mattered far more in a dogfight.

The speaker agrees, noting that Flock Safety's primary metric is "time on scene." By building a massive, high-altitude payload that can see a mile away, the drone does not actually have to fly all the way to a location to investigate. It achieves "virtual time on scene" instantly, which conserves battery life and keeps the drone in the air longer.

* **Drone Density:** A city the size of San Francisco only needs about 12 drones. A single drone can cover a 30-square-mile radius and arrive on scene in under a minute. * **Flight Volume:** In dense urban areas, drones are deployed more frequently due to 911 call volume, though it is rare to have two flying simultaneously. The busiest drone in their network flies about 90 hours a week. * **Constitutional Guardrails:** Unlike a controversial Baltimore program that kept a manned surveillance plane in the air 24/7 (which was struck down as an unwarranted search in the *Carpenter* case), Flock Safety drones only launch from their docks in response to a specific 911 call. Flock employs a dedicated team of constitutional attorneys to ensure their technology complies with the Fourth Amendment.

[01:39:31](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=5971s) Drone Patrols, Privacy, and the "Butterfly Effect" of Cheap Tech

The conversation turns to the legal and ethical boundaries of drone surveillance. The speaker explains that Flock Safety does not advocate for drones to simply fly around looking for trouble. Instead, they should only be dispatched in response to specific triggers, such as a gunshot detection or a stolen car alert. While constant patrolling might not be strictly unconstitutional, the speaker emphasizes, "we would not push that as a use case."

As new technologies emerge, people naturally try to reason by analogy—comparing a car to a house, or a drone to a police cruiser on patrol. However, the speaker points out that when technology makes surveillance dramatically cheaper and easier, historical precedents often break down. This is what they call the "butterfly effect" of technology. While police helicopters have always been legally allowed to fly, their extreme cost made 24/7 aerial coverage practically impossible. Drones remove that financial barrier, making constant surveillance highly feasible and thus raising new privacy concerns. To address this, Flock builds its product with a strong default: when a drone is launched, its camera remains pointed at the horizon during transit rather than looking down into people's backyards. If an operator wants to tilt the camera down, they must actively take control to do so.

- **Dispatch Triggers:** Drones should only be deployed for specific incidents like gunshot detections or stolen vehicle alerts. - **The Helicopter Analogy:** Helicopters are too expensive for continuous aerial coverage, but cheap drones make 24/7 surveillance practical, requiring new self-imposed product boundaries. - **Horizon-Locked Cameras:** Flock's drones default to keeping the camera pointed at the horizon during flight to protect backyard privacy.

[01:41:07](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=6067s) The Thriving Cities Fund and Preventing Crime Before It Starts

When asked about the future of Flock Safety and what products are next on the horizon, the speaker reiterates a core philosophy: "failure for Flock is prison population goes up." While the company's current products are highly effective at solving crimes that have already occurred, the speaker is increasingly interested in how they can prevent crime from happening in the first place. This prevention strategy does not necessarily look like traditional software.

To illustrate this, the speaker introduces the "Thriving Cities Fund," which they compare to Stripe Press—a project that is not the core business but is something they feel incredibly proud to have as part of the company. Through this fund, Flock deploys capital as a growth partner to local businesses in places like Greenville, Mississippi. The logic is simple: to convince a 16-year-old not to turn to crime, there must be accessible local jobs at places like restaurants or nail salons. Surprisingly, this initiative is also financially viable, yielding a 21% IRR (Internal Rate of Return) last year. The speaker expresses a desire to deploy hundreds of millions, or even billions, of dollars into cities that actively choose to partner with them to stay safe.

- **Thriving Cities Fund:** An investment initiative modeled similarly to Stripe Press, aimed at boosting local economies to prevent youth crime. - **Target Investments:** Capital is deployed into accessible, entry-level businesses like restaurants and nail salons to provide jobs for 16-year-olds. - **Financial Performance:** The fund achieved a 21% IRR last year, proving that social impact investing can still be a viable business.

[01:42:46](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=6166s) Rethinking the Prison System and Offering Second Chances

The speaker addresses a major flaw in the current justice system: the vast majority of crimes Flock helps solve are non-violent, yet both juvenile and adult offenders often end up in the penitentiary system. "I think that's crazy," the speaker says, noting that data consistently shows putting people in prison increases their likelihood of becoming violent and reoffending. They argue that the very concept of prison—putting a group of violent people together in one place—is fundamentally flawed, despite the best efforts of well-intentioned wardens.

This realization presents a massive opportunity for a new kind of product—whether hardware, software, or something else entirely—that can give opportunistic, non-violent offenders a genuine second chance without increasing recidivism. While Flock is strictly a for-profit business, the speaker believes there is a massive societal and economic benefit to keeping people out of prison and helping them return to being productive members of society. Ultimately, the end goal for Flock is simple: "fewer crimes, fewer people in prisons."

- **The Recidivism Trap:** Prison environments often turn non-violent offenders into violent, repeat offenders. - **A New Product Opportunity:** The speaker envisions a future "product—with a capital P" designed to get off-track individuals back on track quickly. - **The Ultimate Goal:** Aligning business success with a dual societal outcome: reducing both crime rates and prison populations.

## Notable quotes > [03:45](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=225s) The whole premise became that you had to build a safety system for a community, because that's actually what you feel — Garrett Langley

> [05:13](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=313s) We write code and design circuits. It's not hard work — Garrett Langley

> [08:15](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=495s) Mistake number one as a criminal: don't drive a weird car — Garrett Langley

> [23:52](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=1432s) If I shoot that down with a shotgun, I am technically breaking the law. — Anonymous Sheriff

> [28:38](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=1718s) Facial rec has its pros and cons. You can't use it for shoplifting, but for homicides, crimes against children... law enforcement should do everything in their power. — Garrett Langley

> [28:38](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=1718s) We don't care who's inside — Garrett Langley

> [28:38](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=1718s) You wind up policing where crime is happening right now in real time — Garrett Langley

> [28:38](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=1718s) We tested society of what happens if you keep people inside for too long, and people got really violent. — Garrett Langley

> [33:55](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=2035s) Garrett, these kids are just killing each other. — Anonymous Police Chief

> [52:54](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=3174s) AI is not going to replace cameras or dig holes. — Garrett Langley

> [01:25:16](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=5116s) I've never seen an RFP that's not written for one vendor. — Garrett Langley

> [01:28:56](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=5336s) We don't want to be in the check deposit business — Garrett Langley

> [01:32:56](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=5576s) Our thesis was, 'Well, we're really good at cameras. Drone is really just a camera that flies. Let's build the best payload and then figure out how to fly it.' — Garrett Langley

> [01:41:07](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=6067s) failure for Flock is prison population goes up. — Garrett Langley

> [01:42:46](https://www.youtube.com/watch?v=UYm2nXFDaB0&t=6166s) fewer crimes, fewer people in prisons. — Garrett Langley

## Mentioned Garrett Langley, Flock Safety, Atlanta Police Department, Georgia Tech, Nextdoor, Stripe, San Francisco Police Department, FlockOS, FreeForm, Garda Síochána, FBI, Secret Service, National Crime Information Center, Amber Alerts, Silver Alerts, DMV, FAA, Lowe's, Walmart, Dollar General, Cobb County, Greenville, Oakland, Hikvision, Chinese Communist Party, Amazon, Motorola Solutions, Axon, Garry Tan, Rick Smith, Taser, NYPD, Brink's, Elk Grove, Los Angeles International Airport, Pebble, Apple, Samsung, Adafruit, SanDisk, ACLU, US Marshals, DEA, ATF, Verizon, AT&T, Tesla, Rivian, A-10 Warthog, John Boyd, Robert Coram, Stripe Press

[Source](https://www.youtube.com/watch?v=UYm2nXFDaB0)

中文简报

Flock Safety ARR达5亿美元,无人机追踪颠覆美国警务 该公司认为,监狱人口增加将是其最终的失败,因而正将长期战略转向通过本地化经济发展举措来预防机会型犯罪。 在本次访谈中,Garrett Langley探讨了Flock Safety如何从一个社区车牌追踪系统演进为年经常性收入(ARR)达5亿美元的大型公共安全操作系统。他详细介绍了大规模部署免基础设施、AI驱动硬件所面临的技术挑战,并阐述了自动化数据如何帮助执法部门在消除人为偏见的同时大幅提高破案率。Langley还谈及了警务采购的复杂现实、与传统科技巨头的竞争格局,以及现代犯罪组织策略的转变。最终,他将Flock的终极成功定义为通过战略性预防和社区投资长期降低本地犯罪率与全美监狱人口的能力,而非增加逮捕人数。 在亚特兰大经历了一起未破的财产盗窃案后,Garrett Langley于2017年创立了Flock Safety以解决全社区的安全问题,他注意到传统家庭安防过于偏重个人而非整个邻里社区。 (0:00) Flock Safety在七年间将ARR从0扩展至5亿美元,协助全美6000多个城市每年破获超过100万起犯罪案件。 (5:13) Flock的核心工程成就是研发了一款免基础设施、太阳能供电的摄像头,无需高功耗GPU即可通过5G网络在时速100英里下运行计算机视觉算法。 (14:51) 该公司利用AI进行“套牌”(cold-plating)检测,将车辆物理特征与机动车管理局(DMV)的记录进行比对,以实时识别被盗车牌。 (17:19) 为了保护公民隐私,尽管在公共道路上行驶的驾驶员在宪法上不享有隐私预期,但Flock仍主动将数据留存限制在较短时间窗口内,并维护着永久、公开的审计记录。 (19:57)

Reading summary

Flock Safety founder Garrett Langley argues that modern public safety requires replacing reactive policing with an automated, interconnected surveillance layer that deters crime by maximizing clearance rates. However, he maintains that long-term success must be measured by reduced incarceration and economic intervention rather than growing prison populations. Edge Hardware and Rapid Drone Response (14:51) To operate without municipal grid power or trenching fiber lines, Flock engineered solar-powered, 5G-connected cameras that process license plates at 100 miles per hour without high-draw GPUs. Integrated radar attachments conserve battery life by keeping cameras dormant until an oncoming vehicle triggers an image capture. This real-time edge processing circumvents the 24-hour delay inherent in syncing local stolen-vehicle reports to federal FBI FTP servers, instantly flagging swapped plates and DMV vehicle record discrepancies. Flock complements stationary cameras with a 'Drone as a First Responder' (DFR) architecture modeled on the military's payload-first A-10 Warthog. Equipped with thermal sensors and high-magnification optics capable of reading plates nearly a mile away, drones arrive on scene in under 70 seconds—dropping response times in one Tennessee town from 7.5 minutes to 68 seconds. This aerial support replaces dangerous high-speed vehicle pursuits with high-altitude tracking until suspects can be safely apprehended at their destination. Overcoming Fragmentation in Law Enforcement and Procurement (10:32) Unlike nations with unified national forces, the United States has roughly 17,000 localized police agencies that historically operated as isolated information silos. Before recent legislative updates—such as Florida legalizing cloud hosting for law enforcement data in 2022 and Maryland in 2023—cross-jurisdictional collaboration relied on faxes and phone calls. Flock’s network connects these fragmented agencies, enabling multi-state operations such as a human trafficking bust across four states that yielded 76 arrests. However, municipal procurement introduces major operational friction. Langley points out that public safety procurement is dominated by rigid Request for Proposal (RFP) processes that add 6 to 12 months of bureaucratic delay while frequently favoring legacy vendors. Police departments routinely overspend on extreme edge cases—such as $200 million contracts for proprietary radio infrastructure to survive catastrophic telecom collapse—even as everyday patrol divisions face critical staffing shortages. Behavioral Deterrence and the Focus on Clearances (35:51) Langley argues that young and opportunistic offenders operate on a 'Boolean mindset,' asking only whether they will get caught rather than calculating punishment severity. Consequently, raising clearance rates serves as a far more effective deterrent than harsher statutory sentencing. Pointing to Georgia's Cobb County, which reached a 100% violent crime clearance rate, Langley contends that publicizing apprehensions dismantles the perceived viability of committing crimes. Because initial technology rollouts often displace crime into neighboring jurisdictions lacking coverage—as seen between San Francisco and Oakland—blanketing entire regions is necessary to achieve lasting drops in crime. Concurrently, as organized theft has shifted upstream from retail storefronts to freight distribution hubs and sophisticated logistics scams, Flock has expanded into corporate security, generating over $100 million in ARR protecting commercial footprints. Privacy Guardrails, Geopolitics, and Data Sovereignty (19:57) Addressing privacy concerns, Langley notes that physical cameras face far higher public scrutiny than invisible smartphone tracking, despite collecting less intimate personal data. To prevent surveillance abuse, Flock enforces short default retention periods—7 days for live video and 30 days for license plate data—arguing that aged data rapidly loses investigative utility. Furthermore, Flock avoids warrantless aerial patrols; drones launch solely for verified 911 triggers and transit with cameras fixed on the horizon. Internationally, Flock struggles against heavily subsidized Chinese manufacturers like Hikvision. While Flock pitches data sovereignty by domiciling data locally within the host country, Chinese competitors submit bids nearly ten times lower. Langley observes that small businesses and foreign governments alike often prioritize cheap hardware over data security, leaving physical spaces vulnerable to compromised supply chains. Upstream Crime Prevention and Decarceration Goals (101:07) Langley defines company failure as an increase in the prison population, maintaining that 99% of offenders are opportunists rather than inherently evil. Because incarcerating non-violent offenders often serves as a recidivism trap that exacerbates violent behavior, Flock aims to close criminal pathways early while investing in root-cause prevention. Through its Thriving Cities Fund, Flock deploys capital into accessible, entry-level businesses—such as restaurants in Greenville, Mississippi—to provide young people with viable alternatives to crime, yielding a 21% IRR last year. The ultimate objective is aligning commercial software with decarceration, creating pathways for non-violent offenders to avoid the penal system entirely. While Flock has expanded across more than 6,000 cities and cleared over one million crimes in a year, its long-term impact hinges on public trust and statutory coherence. The key unresolved question is whether local and state governments can establish clear, enforceable guardrails for automated surveillance, or whether shifting political opinions and inter-governmental restrictions will hamper regional law enforcement coordination.

精炼阅读摘要

Flock Safety创始人Garrett Langley指出,公司通过边缘车牌识别相机、无人机及AI编排平台,重塑了高度分散的美国警务执法体系。他认为,现代治安技术的核心在于依靠高破案率建立确定性威慑以遏制机会型犯罪,并在严格数据留存制度与底层经济干预的配合下,最终促成犯罪率与监禁人数的双重下降。 跨机构数据互通与边缘硬件工程突破 (10:32) 美国执法体系高度碎片化,拥有约17,000个独立的地方警察机构。Langley指出,犯罪流动不受辖区界限限制,但佛罗里达州与马里兰州分别迟至2022年和2023年才允许执法数据在云端托管,传统跨部门协调长期依赖电话和传真。Flock通过云端网络打破了信息壁垒,曾协助多州及联邦执法机构联合破获涉及76人的重大跨州人口贩卖案;系统直接接入包含25万至50万张有效逮捕令的FBI数据库,去年协助解决超过1,000起安珀与银色警报。 在工程层面,Flock相机必须在缺乏电网与光纤的道路十字路口稳定运行。硬件团队设计了依靠太阳能供电与5G回传的边缘设备,能在车辆以100英里时速行驶时进行计算机视觉分析。为降低系统能耗,相机由低功耗雷达感应来车后触发唤醒,避免了高能耗GPU的持续运转。Langley提到,设备主体为固态硬件,唯一的机械故障点是每天自动切换两次的红外截止滤光片。Flock依靠自建的全国外勤团队进行预测性维护,以全包服务确保设备可用率,化解了地方警局缺乏维护能力的痛点。 AI编排层与第一响应无人机系统 (59:03) 针对许多警察机构编制缺员高达40%至50%的现状,Flock将自身定位为城市安全的“编排层”,利用AI自动化处理繁重的初期调查工作。该系统能实时接入911调度电话,利用大语言模型解析通话并自动生成案件卷宗。在某起未遂谋杀案中,受害人仅提及嫌疑人身穿白色Converse球鞋;接警员利用FlockOS调用周边私人监控,使用FreeForm工具检索特征,17分钟内便将画面同步至巡警车载系统并完成逮捕。此外,系统通过AI智能体对异常轨迹进行预警,例如监测尾随运钞车的可疑车辆,在武装抢劫发生前阻断犯罪。 在空中支援方面,Flock推行“无人机作为第一响应者”(DFR)模式。研发团队借鉴A-10攻击机的“载荷优先”思路,为无人机装配包含热成像的高规格传感器,可在一英里外识别车牌,实现无需飞抵现场的“虚拟到场”。在田纳西州某地,无人机可在68秒内抵达现场,而传统警车平均需7.5分钟。无人机还能在400英尺高空对逃逸车辆实施静默跟踪,替代高风险的警车追逐,并对可能自行平息的911打架报警进行现场核实与任务分流。 布尔威慑模型、犯罪位移与企业安全扩展 (35:51) Langley提出,绝大多数机会型犯罪者遵循“布尔逻辑思维”:他们并不权衡刑罚的严厉程度,而仅仅评估“是否会被抓获”的二元确定性。因此,提升破案率是遏制犯罪最有效的抓手。例如乔治亚州科布县在暴力犯罪上实现了接近100%的破案率,旧金山警方亦通过在社交网络上公开破案进展对违法群体产生心理威慑。 技术部署初期通常会引发“犯罪位移效应”,例如旧金山布控后犯罪曾一度向奥克兰转移,直至区域全面覆盖。与此同时,有组织犯罪正从门店内盗窃(如沃尔玛年损失曾近10亿美元)转向物流分销中心等供应链上游。为应对这一变化,Flock的企业安全业务年经常性收入(ARR)已突破1亿美元。系统重点服务具备大面积物理网点的商业客户,例如在解雇员工后将其车辆纳入园区预警列表,或在针对高管的安保中识别同一未登记车辆在高管住所与公司的异常同步出现。 隐私边界、地缘竞争与经济预防理念 (19:57) 面对物理监控引发的隐私争议,Langley指出物理摄像头因具象可见而受到比互联网数据经纪人更为严苛的审视。为平衡公共安全与民权,Flock执行严格的数据留存限制(实时视频默认保留7天,车牌数据保留30天),并坚持无人机仅由911报警或枪声检测等特定事件触发,飞行时镜头默认平视地平线。在立法上,Langley支持限定技术仅用于刑事侦查,但反对制定无法在技术上核验的“不可执行法律”,并担忧地方立法切断与联邦机构协作会阻碍大案侦办。 在拓展国际市场时,Flock主张数据本地化留存以保护数据主权,但在墨西哥等地的竞标中遭遇由中国政府补贴、报价仅为其十分之一的Hikvision等对手的价格竞争。从长期愿景来看,Langley认为监禁往往使非暴力罪犯变为暴力惯犯,Flock将自身最终成败定义为“监狱人口是否下降”。公司设立了内部收益率达21%的“繁荣城市基金”,通过向欠发达地区的餐饮、美甲等底层实体商业注资,为边缘青少年创造正规就业,试图从经济源头上消除犯罪诱因。 Flock Safety凭借网络协同与全栈服务在七年内实现了从0到5亿美元ARR的商业增长,验证了以破案确定性重塑治安的可行性。然而,其模式依然受多重制约:硬件扩张面临高额资本开支与漫长的供应链规划周期;各州与联邦执法机构之间信任脱节并出台限制协作的法律;国际化扩张则承受着受补贴对手的价格挤压。更核心的考验在于,作为一家依托监控技术起家的科技企业,其能否通过“繁荣城市基金”等外延项目真正兑现“减少监禁人口”的预防性愿景,尚有待更长周期的实践检验。

Source quotes

[3:45] Garrett Langley: The whole premise became that you had to build a safety system for a community, because that's actually what you feel [5:13] Garrett Langley: We write code and design circuits. It's not hard work [8:15] Garrett Langley: Mistake number one as a criminal: don't drive a weird car [23:52] Anonymous Sheriff: If I shoot that down with a shotgun, I am technically breaking the law. [28:38] Garrett Langley: Facial rec has its pros and cons. You can't use it for shoplifting, but for homicides, crimes against children... law enforcement should do everything in their power. [28:38] Garrett Langley: We don't care who's inside [28:38] Garrett Langley: You wind up policing where crime is happening right now in real time [28:38] Garrett Langley: We tested society of what happens if you keep people inside for too long, and people got really violent. [33:55] Anonymous Police Chief: Garrett, these kids are just killing each other. [52:54] Garrett Langley: AI is not going to replace cameras or dig holes. [85:16] Garrett Langley: I've never seen an RFP that's not written for one vendor. [88:56] Garrett Langley: We don't want to be in the check deposit business [92:56] Garrett Langley: Our thesis was, 'Well, we're really good at cameras. Drone is really just a camera that flies. Let's build the best payload and then figure out how to fly it.' [101:07] Garrett Langley: failure for Flock is prison population goes up. [102:46] Garrett Langley: fewer crimes, fewer people in prisons.

Original transcript

[0:00] Garrett Langley started Flock Safety in 2017 [0:03] after a crime in his neighborhood went unsolved. [0:05] Flock is now one of the most successful companies [0:07] selling to law enforcement, [0:08] known for their camera network across the roads [0:10] and even drones to support police officers. [0:12] Cheers. [0:13] Yes, cheers. Likewise, thanks for having me. [0:19] Maybe start by describing, how does the Flock product work? [0:25] Maybe we rewind all the way back because it's evolved. [0:30] Eight years ago, living in Atlanta, and there's a… [0:35] Fun fact: if you're in a place like Atlanta or Memphis or pick a town [0:39] in the southeast, if you just pull 10 F-150 door handles, [0:45] some—let's call it three out of 10—will be unlocked and one out of 10 will [0:48] have a firearm in the glove box. [0:49] Which is like, regardless of the firearm, your point of view on it, [0:52] it's like— It shouldn't be unlocked. [0:54] You should keep it in a safe, not in a glove box. [0:56] That's just really bad. That's what people do. [0:59] If you're a gang member, and you're trying to obtain a firearm, [1:03] the easiest way is just to drive into a neighborhood, [1:06] six kids—because they're kids—jump out and start pulling door handles. [1:09] Not even breaking into the car, just pulling door handles. [1:12] This happened in my neighborhood. [1:13] Someone got a gun, someone posts on Nextdoor, "Oh, my gosh. [1:16] I forgot my gun in my car, and it's now gone." [1:20] The Atlanta Police Department comes, and the Major was fairly apathetic. [1:25] "Hey, sorry. [1:28] Good luck. [1:29] We're not going to…" To your Bosch thing, they're not going [1:32] to fingerprint the vehicle. [1:33] No one's been hurt. [1:35] For most major cities— There's no stakeout happening for this. [1:38] There's no stakeout, there's no, "We're going to go do all this research." [1:41] For most major cities, if a human is not physically hurt, [1:46] the crime goes to the bottom of the list. [1:50] I found that really frustrating. [1:53] This should be really easy. [1:54] "These people drove into our neighborhood, they stole a firearm, [1:57] we should go after these people." He was like, [2:00] "We don't have any information." "What do you need?" "We need a license [2:03] plate." "Okay, great." I was an electrical engineer, [2:05] so I called a buddy of mine who studied computer science with me at Georgia Tech, [2:08] and I was like, "Look, we're going to go build this camera that's [2:10] going to track license plates." That's it. [2:13] That's what the Atlanta Police Department said. [2:15] Okay, great. We built this thing. [2:17] If you ever come to Atlanta office, we still have the original camera [2:19] on a pedestal that looks like garbage. [2:22] I'm not a mechanical engineer. [2:24] We put it up, and all it did was track every car that came into our neighborhood. [2:29] But as you can imagine, after 30 days, you start to be able to know, [2:32] that person clearly lives here. [2:33] They're in the neighborhood twice a day, four times a day. [2:37] About two months later, another car gets broken into, [2:40] another firearm stolen. [2:42] The same Major comes back, and I was like, "Oh, by the way, [2:45] here's the only car that doesn't live in our neighborhood that was here last [2:48] night." That car gets put on what we call a BOLO, "be on the lookout" for. [2:54] Couple hours later, they find that vehicle. [2:56] The gun's in the car. The person goes to jail. [3:00] What was really interesting is... [3:04] We were very proud of ourselves. [3:06] This was not a business at the time, it was a project. [3:09] The five o'clock news wanted to do the story. [3:12] I'm on the five o'clock news and the next morning, I had five [3:15] emails from neighborhoods. [3:18] I think we might be the only company that for the first, [3:21] let's call it 20 or 30, 40 million of ARR, strictly driven off of five o'clock news. [3:26] That was our only growth channel. [3:27] Yeah, that actual media appearance did— Every [3:31] time we solved a crime, we'd be like, "Hey, do you want to cover the story [3:33] at five o'clock?" They'd be like, "We'd love to. [3:35] We love talking about crime." Because it's the local news. [3:38] It's local news. [3:39] We're not going to go to The New York Times. [3:40] Nobody cares about a stolen sofa, or a stolen dog. [3:45] Okay, but that's interesting. [3:46] Did you start with… [3:47] Because I associate Flock today with being plugged into the stolen car databases. [3:54] But you started without that, just looking up suspicious stuff. [3:58] Yeah, well, if you think about it, in the classic, I don't know who gets [4:03] credit for it, there's 400,000 neighborhoods in America, [4:06] and there's no consolidation of providing safety for those communities. [4:12] When I say neighborhood, that is a legally-binding [4:15] organization that can sign a contract. [4:17] Not like you and me just put 20 bucks together and say, "Let's buy this thing on [4:20] the street." That felt really interesting. [4:23] Then the other interesting insight that we developed which took time is, [4:26] I imagine at your house, you have a security system, [4:30] you might have a gate to your house, you probably have a dog, [4:33] you have all these things, right? [4:34] They do two things that actually are not helpful. [4:36] They tell you a crime has happened, they don't actually help you solve it. [4:40] Then what about your neighbor? [4:42] What we'd realize is that every single security system was [4:44] focused on the individual. [4:46] But I think about my life in Atlanta, there was just a crazy random act [4:49] of violence a couple of years ago. [4:51] My wife wouldn't run outside for a year. [4:55] It had nothing to do with us. It was a mile away. [4:58] The whole premise became that you had to build a safety system for a community, [5:03] because that's actually what you feel. [5:04] You live in San Francisco, you get it. [5:05] Even if you've never been the victim, if crime is up, it's really bad. [5:10] It was all neighborhoods for the first three or four years of the business. [5:13] Give me the stats on Flock today. [5:16] Just how many cameras out there, has crime stopped, or whatever. [5:19] And maybe just describe the product as it exists today. [5:22] Now it's a much more sophisticated product in that sense. [5:26] Last year we helped clear just north of a million crimes in America. [5:31] What does "help clear" mean? [5:33] We want to be clear that similar to probably how you feel in that [5:37] you help businesses grow, but you didn't do the hard stuff. [5:41] You made it easy. [5:41] You made it really easy for me to grow Flock by making payments simple. [5:45] I don't actually have to do any of the hard work of chasing bad people, [5:49] putting my life at risk. [5:50] We write code in design circuits. [5:52] It's not hard work. [5:54] We like to be very careful of not overstating our value. [5:58] We were involved in the arrest, in clearance, or successful [6:02] arrest of over a million crimes. [6:05] In a lot of those cases, we are the end, the beginning, and everything [6:09] outside of the human putting handcuffs on. [6:11] In some cases, we might be the tip of the spear. [6:14] For more sophisticated investigations like the Brown shooter and the MIT shooter, [6:19] there was a tip on Reddit, but then Flock was the way they found them. [6:24] But we weren't the tip, so we can't take full credit. [6:27] Maybe I'll walk you through a recent example. [6:30] I won't name the city because the case is still going through prosecution. [6:35] There was a 911 call. [6:36] It was a major city in America. [6:38] Our system hears 911 calls, we can tap into 911 calls. [6:42] This is wild if you think about 911. [6:44] Today when you call 911 in San Francisco, let's say you get about three [6:47] million 911 calls a year. [6:48] A human picks up every single time. [6:50] A human manually listens, manually types in information. [6:54] Imagine if you were running Stripe and every single lead you [6:58] received was human-routed. [6:59] You'd say, "This is crazy." That's how we work in cities today. [7:02] We hear the 911 call in real time. [7:04] What that allows us to do is then figure out what are they talking about? [7:08] Is there any interesting information that the system could find beneficial? [7:12] In this case, we had heard that it was an attempted homicide. [7:15] Someone was bleeding on the street. [7:19] All they could remember was that the suspect was wearing [7:23] white converse sneakers. [7:25] Now we have a product called FlockOS that allows us to integrate all [7:28] the cameras in a city, whether they're Flock-developed or not. [7:32] That 911 call pops up, the operator is like, "Oh, my gosh. [7:35] There's a 911 call right there." They can listen to the call. [7:37] They're like, "This is a really violent situation. [7:40] There's a privately-owned camera. [7:41] I can tap in that." Double click that camera. [7:43] They can use one of our products called FreeForm. [7:44] They can say, "I'm looking for any individuals [7:46] in the last 30 minutes that are wearing white converse sneakers." [7:49] They then find the individual. [7:50] They can then push that video to the nearest officer. [7:53] We run on the dash of the police vehicles. [7:58] Then that person gets arrested. [8:00] If you think about the way it used to work, that case never [8:04] would have been solved. [8:05] It had been weeks, maybe months, and become a cold case. [8:08] In this case, this person was from a 911 call to an arrest in about 17 minutes. [8:12] We do that on people. We do that on vehicles. [8:15] In that same version of the story... [8:16] I'll give you one other story, and then I'll give you a sense of it. [8:19] In a town in Colorado, there was an armed robbery of a Levi's outlet. [8:24] Got to get your jeans one way or another. [8:27] This is a funny one, actually. [8:29] They call 911. We're plugged into 911. [8:31] The real-time crime center operator hears it's an armed robbery. [8:35] They also hear two things. [8:37] The person has already fled the store, and they drove away in a white van [8:41] that looks like a black and blue cow. [8:45] Mistake number one is criminal, "Don't drive a weird car." Now, [8:49] this police department also has our drone that we build here in America. [8:52] They immediately click a button, the drone automatically flies [8:55] at 400 feet to the Levi's outlet. [8:57] That drone knows what to look for. [8:59] It has the visual nomenclature of a white van with black and blue spray paint. [9:05] Using that same FreeForm, we can start to look for it. [9:07] We get another 911 call from another outlet that's having the same time. [9:10] The drone is already in the air, zooms over, drone has eyes on it. [9:15] That video feed can now be sent straight to the nearest officer. [9:19] In a traditional response, you're going to come in hot, blue lights [9:23] flashing, someone's going to get hurt. [9:25] This case, the drone's 400 feet up in the air. [9:27] You have no idea the drone's there. [9:29] The guy drives home. [9:31] As soon as he pulls in his driveway, two cops pin him in. [9:34] Safe, tactical apprehension. [9:36] It's drones, it's some computer vision, it's cameras that track cars. [9:41] It's quite a robust portfolio. [9:43] What is Flock by the numbers today? [9:45] How many cameras, how many drones, how many law enforcement agencies, [9:51] how many individual entities? [9:52] Yeah, so it's just over 6,000 cities. [9:55] It's well north of 50% of America that's covered by Flock. [9:59] By population? Yeah, by population. [10:02] There's about 17,000 cities in the US, and we have all the big ones [10:05] outside of Manhattan at this point. [10:06] That's like the last one to go get. [10:09] I'm not sure if that's going to happen anytime soon, the current situation there. [10:14] Yes, it's pretty well-deployed. [10:16] Then the business has gone from zero to about 500 million in ARR [10:22] in the last seven years. [10:24] Building cameras, drones, and selling them to the government, [10:27] which is like three strikes, you're out. [10:29] That's incredible. [10:32] I feel like something non-American listeners mightn't realize is... [10:35] I grew up in Ireland, a country of five million people, [10:38] and there is just, a police force, the Garda Síochána, [10:41] the national— For the whole country? [10:42] Exactly, police force for the whole country. [10:44] That is a relatively common model in lots of places. [10:48] In the United States, it's very localized. [10:51] Just maybe you want to talk about the average size of it. [10:53] I don't feel like what you're providing is, [10:56] in some ways, scale economies and helping police forces [11:01] coordinate with other agencies. [11:04] There's a dynamic that people don't understand which... [11:06] You're right. [11:07] Ireland, most of the EU, Australia has six police departments. [11:12] I mean, let's call it effectively the same. [11:14] It's a really big country. It's a lot of land. [11:16] Most of South America... [11:17] America is really the only country that operates under a model where local [11:22] municipalities provide law enforcement service. [11:25] It's very rare. [11:27] The benefit, the pro is very straightforward, [11:29] which is like you actually have a good chance of knowing [11:31] the police officer that has your territory and has your patch of dirt. [11:35] The downside is criminals don't really care where cities start and stop. [11:39] They don't care where states start and stop. [11:41] Yet historically, law enforcement agencies were incapable of sharing information. [11:47] To give you a sense of timeline, the cloud was only recently made [11:53] legal in Florida, as recently as 2022. [11:57] If you were a law enforcement agency, you could not host your data [12:00] in the cloud until 2022. [12:01] Maryland was 2023. [12:05] Any coordination between agencies was very manual. [12:07] All phone calls, faxing files. [12:11] One of the big unlocks of Flock was this realization that you could drive better [12:17] collaboration because if you're a low-level criminal [12:24] who isn't maybe changing cities... [12:25] But you look at some of the most successful cases we've helped work, [12:29] it's like multiple states. [12:30] We did a huge human trafficking bust. [12:33] It was 76 people arrested across four states, all organized on Flock. [12:41] It's really hard for one agency to wrap their hands around that whole thing. [12:44] No, at that point you've got six different local cities, [12:48] three different state agencies, and the US Marshals all [12:52] collaborating inside of Flock. [12:54] That's how it should work. [12:56] Because in Ireland, that is actually the only option, [12:58] because you're the same police department. [12:59] It's a very unique problem that America has created. [13:03] Law enforcement coordination. Yeah. [13:05] It shouldn't be controversial, but it's actually a very controversial topic. [13:10] What's controversial about it? [13:11] I'm not aware of this controversy. [13:15] This is an interesting question of [13:20] your trust in government [13:23] probably follows some type of logarithmic expectation or linear [13:28] expectation of the farther you are removed from those people, [13:31] the least trust you have. [13:33] Most people's trust of the federal government is very low. [13:36] State, a little bit lower. [13:38] Local, full trust. [13:41] There's this interesting dynamic where, let's talk about a most recent case. [13:46] My guess is that most people don't have a lot of trust for certain federal agencies. [13:50] But when stuff goes really bad, like the Guthrie kidnapping, [13:53] it's the federal government that runs the investigation. [13:56] They are the only ones with the actual resources to work these cases. [13:59] It's the FBI that's running that investigation. [14:01] The Brown shooter, the FBI. [14:03] The Mar-a-Lago assassination attempt, the Secret Service. [14:06] It goes down, but people have this big distrust, and so we actually see it [14:10] in places like California, there is state legislation [14:13] that law enforcement is not allowed to collaborate with the federal authorities. [14:17] Because of all the— On certain topics, because it's just different politics. [14:22] We have to sit in the middle. [14:26] When it's clearly legislated, like in California, it's actually fine. [14:30] That's the law. That's actually very simple. [14:32] It's in other states where it's opinion. [14:35] That's like, "Oh, that's really messy," because we should just write laws. [14:38] You operate in a regulated space. [14:40] Regulation, when done properly, just defines the rules of engagement. [14:44] Sometimes it's better or worse, but at least everyone knows these are the rules. [14:48] Yes. [14:51] As I think about where Flock grew up and [14:54] the helping with flagging stolen vehicles, [14:59] and a very vehicle-oriented product, how does that work at a technical level? [15:04] Like you guys... [15:05] There was a database for stolen cars already, [15:10] But that's an example of prior cross-law... [15:14] Like, who maintains that database? How does it work? [15:16] Yeah, it's a good question. [15:18] You think about, there's a couple of fun engineering [15:22] problems that Flock had to solve. [15:23] The first is how do you do what we just described, read a license plate, track [15:27] a car on solar power with a 5G backhaul? [15:31] Which is the camera that you have installed on the traffic lights. [15:34] The camera that we've designed. Yeah, exactly. [15:35] But you very rarely have fiber or power where you want to put a camera. [15:39] You want a self-sufficient box that you can totally put up in an intersection. [15:41] Totally infrastructure free. [15:43] And be able to track a car going 100 miles an hour and do some level [15:47] of computer vision on top of it. [15:50] That was a pretty fun problem because if you put, let's say you wanted to put [15:53] a GPU in it, you can't run on solar power then. [15:57] So then it's like, "Well then what do you do on the edge? [15:59] What do you do on the—" You can't buy any GPUs these days. [16:01] Yeah, that would have been a huge disaster for us. [16:04] But the FBI maintains a list called the NCIC, [16:10] which is about a quarter to half a million [16:13] known vehicles with other warrants. [16:19] It could be Amber, the Amber Alert system, the Silver Alert system. [16:22] We saw, sadly, like a ton of Silver Alerts too. [16:25] I think we did just over a thousand Amber and Silver Alerts last [16:29] year that we helped clear. [16:30] It's like missing seniors and missing kids. [16:33] Pretty sad stuff. [16:34] We have a direct integration with the FBI for that. [16:37] Then at a local level, let's say like the Bay Area. [16:39] There is a Bay Area hot list that we maintain with those agencies. [16:45] Oh, wait, so I assumed that there was a single integrated… [16:49] When a car is called in as stolen, I assumed that went somewhere integrated. [16:54] This is scary. [16:56] Let's say your car is stolen and you're in South San Francisco. [17:02] They will immediately put it in the Bay Area Flock hot list immediately. [17:06] It will take 24 hours to make it to the FBI hot list. [17:11] That's a CSV file that gets sent around on FTP servers across the US. [17:15] As much as the economy runs. [17:17] We're very used to that model. Used to that stuff. [17:18] Yeah, exactly. [17:19] The real-time happens on Flock and then there's about a day lag [17:22] to make it nationwide. Okay. [17:25] Local entities have some local lists and those propagate to a national [17:29] database, which is an FBI database. [17:32] What you guys are doing is making that real time, which obviously, [17:34] if a crime is unfolding in real time, is a big deal. [17:37] Exactly. Yeah. [17:38] It's not good to wait a day. Yes. [17:41] You can drive really far in 24 hours. [17:43] It turns out, yes. [17:45] Then you had some great stuff before about just a fraction of… [17:48] Stolen cars are bad news, the fraction of crimes that involve stolen cars. [17:52] There's an interesting phenomenon where you don't... [17:56] No one really steals a car for fun. [17:58] There's not much you can actually do. [17:59] Is that true, like all the sideshows and stuff? [18:01] Isn't there a little bit of stealing cars for fun? [18:03] Well, the sideshows are definitely... [18:05] They look fun, never participated in it. [18:07] Neither have I, just want to make clear here. [18:08] It's my official statement on the matter. [18:10] I haven't ridden a dirt bike in a sideshow, but I have [18:12] watched plenty of videos online. [18:14] That's fun. You're typically not stealing a car. [18:16] You're typically driving your own car in those. [18:17] Oh, okay. [18:19] You typically... [18:20] While there are some people, I guess, who would steal a car and just drive it [18:22] for fun, the main use case is when my car was stolen... [18:26] My car was stolen, and then they used it to go rob three [18:29] CVSs, did a bunch of drugs in the car, and then ditched it. [18:34] That's like a normal... You steal a car to go do something bad. [18:37] Or you steal a car to go shoot someone, because you don't want to shoot [18:39] someone in your own car. [18:40] If you're thinking ahead, you want to do it in a stolen car. [18:42] We've all watched Pulp Fiction. [18:45] Yeah, this is how you do this, right? [18:48] We do a bunch of other interesting things. [18:49] We have this feature called "cold-plating", [18:52] where if we detect that the vehicle, from an AI perspective, [18:56] the make and model doesn't match the DMV record, that clearly the person's [19:00] driving with a stolen license plate. That's another thing you can do. [19:02] It's easier than stealing a car, you steal someone's tag. [19:05] Then you got to go down to, "We've got to steal the same license plate [19:09] from the same type of car." But then if we detect an anomaly that the same car is [19:12] in two places at once, we'll flag that. [19:15] That's kind of weird. That's like a glitch in the Matrix. [19:17] It's like we have all these, and we would call them more like anomaly [19:20] detections where it's like, "This isn't illegal yet, [19:23] but it sure is kind of weird."Yes. [19:27] It provides enough reason to pull someone over. [19:31] Yes. [19:31] Depending on the size of the city, it's enough to dispatch an officer. [19:34] I think if you're a major city, like a San Francisco, you have enough going on. [19:39] But if you're a foster city, you're a smaller town where thankfully you [19:43] don't have violent criminals running around every day, you're [19:45] like, "Oh, that's weird. [19:46] We have two cars with the same license plate in different parts of the city. [19:48] We should go see what's going on." It strikes me that [19:57] a way you can think about what Flock is doing is [20:03] not changing any of the norms around privacy [20:09] but really expanding law enforcement's bandwidth to go deal with stuff. [20:13] And so I don't think anyone really has an expectation of a right to privacy of [20:19] the car they are driving just being observed from a distance or [20:23] their license plate being readable when out on a public road. [20:27] But if a car is called in and stolen, rather than officers manually [20:32] looking for that car and that license plate, instead [20:36] you can just much more quickly get it. [20:38] And yet this kind of stuff ends up super controversial from, [20:42] I don't say super controversial, but it ends up controversial [20:44] from a privacy point of view. [20:45] And so, I don't know, is that take too generous? [20:48] Is there a steelman on the other side? [20:49] Why is it— There is. [20:50] I think you're right on the controversy. [20:53] I would articulate it as like, if you're building a business that impacts [20:56] millions of people's lives, it's going to be [20:59] controversy of some degree. [21:01] Like, I'm sure people… I'm sure there's someone who hates Stripe. [21:03] I don't know why they would, but I'm sure that person exists. [21:05] It's just like they're someone who hates Walmart. [21:07] It's like they're trying to sell cheap groceries. [21:09] Why do you… It's like people hate every company. [21:13] Maybe they hate us more, I don't know. [21:16] I think there's a few things that make it... [21:19] For the steelman argument. One is you can see it. [21:22] I bet you if we pulled up your iPhone, and we looked at the number of apps [21:26] that you've given full-time local location services, it would shock both of us. [21:33] And then if we looked at the number of data brokers who then leverage [21:36] that data to sell you ads, we'd be really shocked. [21:39] And I think if we rewound 30 years ago and said, imagine these private companies [21:43] tracked your location in real time and sold that to advertisers, [21:46] we'd be like, "That is unacceptable." But because we can't see it, we let it go. [21:52] We have this perception of anonymity or being anonymous. [21:56] Anonymity. Anonymity. [21:57] Thank you. [21:59] Yet, you're an engineer. [22:01] How many data points do you need to triangulate where someone is? [22:03] How about where they sleep and where they work? [22:05] And I know exactly who you are. Yes. [22:07] And so, there is that one piece, [22:09] which is because we operate in the physical world, [22:11] we are held to a higher standard, which I think is a shame because [22:15] personal opinion, what I do online, it's way more interesting and telling [22:19] about my personality and my life than what I do in the real world. [22:22] I go from work to home and to kids' birthday parties on the weekends. [22:26] That's my life. [22:28] So there's that piece. [22:29] The second piece is there is an appropriate debate of [22:34] what level of privacy erosion are we willing to take for an increase in safety. [22:42] You and I both choose to live in cities that have governments, so we've already [22:46] chosen to remove some of our privacy. [22:47] We drive on public roads where, constitutionally, we have no expectation [22:51] of privacy because we're using the government's roads [22:54] with the government's license plate. [22:55] We have a driver's license in our pocket. [22:57] Driver's licenses are a modern thing. That's not a… [22:58] That hasn't been around for 200 years. [22:59] It's a newer concept of a driver's license. [23:01] So we've accepted all of those. [23:03] The articulation that I would have is like, I want my kids to be safe. [23:08] And as long as there's accountability of how the information is used, [23:12] which we do, every single action in our system, the audit is stored in perpetuity [23:15] and it's publicly available. [23:17] For us, we really believe in this concept of a certain data retention, [23:21] which limits the level of abuse. [23:22] It doesn't eliminate abuse. [23:24] There's still going to be abuse, but it limits that, hey, [23:26] if it's seven days, 14 days, 30 days of data, it's just not that interesting. [23:32] Relative to what you see with data brokers online, where they have your entire [23:36] internet history stored forever. [23:38] You're interested in fresh data. [23:40] That's what's— Yeah, but criminals, that's what's— Yeah, there's a really fast [23:43] drop off of where have you been in the last couple of days, [23:47] versus like where were you a year ago. [23:49] It's very irrelevant in a criminal investigation. [23:51] Yes. [23:52] Or it's protected behind a warrant, which is fine. [23:54] All right. [23:54] You talked about cell phone locations and your cell phone [24:00] having your GPS location. [24:02] I'm reminded of the phenomenon where it feels like the [24:07] balance of power and the offense-defense mix within crime fighting [24:12] tends to change over the years as new technologies are invented and criminals [24:16] get wise to fingerprinting exists and things like that. [24:19] It feels like cell phone locations have had a huge impact on crime fighting. [24:26] Not even GPS location, but just the coarse cell tower data. [24:30] And in particular, in murder cases, it's had a huge impact. [24:33] I'm curious just what are the other major trends going on, from a technology [24:36] point of view, in how crime gets fought. [24:38] Yeah, that's CDRs would be the nomenclature in the law enforcement. [24:43] What's CDR? [24:44] Cell phone data dump or CDR— Cell data records? [24:47] Something like that, yeah. [24:48] But to your point, it's the broader, like you hit these three towers, [24:51] therefore you're in this general vicinity. [24:52] That is one of the best-kept secrets for law enforcement of how to solve crime, [24:57] which people dumbly commit crime with their cell [25:01] phone in their pocket every time. It's very rare. [25:04] I think I've heard of one case in the last 12 months where someone was smart enough [25:08] to commit a homicide and left their cell phone at home by design. [25:12] It was a very intentional, they were very organized. [25:16] A couple other ones. How did they get caught? [25:18] It's actually Flock, obviously. [25:21] So they were smart enough to leave their cell phone. [25:26] They were dumb enough... [25:28] So they drove from LA up to San Francisco general area. [25:33] They hit a bunch of Flock cameras along the way. [25:36] They didn't pick up their cell phone until they went back to LAX, [25:38] and we have cameras all around LAX, and they finally made that one mistake. [25:42] It was a completely cold case until they got a hit on the car pulling into LAX, [25:46] then got the cell phone, could do the whole thing. [25:48] This is a good case. [25:49] And I guess the thing you can do is you can know that a cell phone's in a car [25:52] because you can— We don't touch that, but the law enforcement— Sorry, [25:55] law enforcement can cross-reference cell phone location with Flock. [25:58] So they knew that the vehicle was in a certain parking lot. [26:00] They can then use… They have to have a warrant at this point. [26:03] Warrant to pull what cell phones were in that area [26:06] and then start to build the case. [26:08] But to your question, I'd say the current phenomena that is [26:10] causing a ton of problem domestically is drones. [26:14] This is an example where it's asymmetric warfare that law [26:18] enforcement is being put up against where criminals have no rules. [26:21] So here's a good example. [26:24] In one of the counties we work with, it's an affluent-ish county [26:29] in the Virginia area, South American cartels fly illegal [26:35] drones through these neighborhoods. [26:37] They'll flip on night vision, look through houses to see if [26:41] anyone's home, then go break in. They don't want a confrontation. [26:43] They just want to see what's going on. [26:44] They're using drones to case out— To scope out. [26:46] Yes. Wow. [26:47] And this is where the downside is. [26:49] Law enforcement has just recently in the last year been allowed [26:51] to fly beyond visual line of sight. [26:53] These guys have been operating for years. Sure. [26:56] They jury-rig an LTE modem to a cheap drone. [27:00] They can fly it anywhere, however they want. [27:03] And then legally, even to today, law enforcement is not [27:06] allowed to engage that drone. [27:08] They can't take it down. It's FAA airspace. [27:11] It's not law enforcement airspace. Sure, yeah. [27:13] And so they just sit there. [27:15] That's a problem in neighborhoods, that's a problem in prisons. [27:18] It's probably the number one problem we have in our prison system today... [27:20] Well, we have a lot of problems in prisons. [27:22] One of the leading problems for enforcement officers is [27:25] you've got these pretty incredible, actually, from an engineering perspective, [27:28] drones that are carrying 10, 20, 30 pound payloads flying them over [27:32] the prison walls, and they'll literally dangle it down [27:36] to the prison cell and the person will reach out and grab it. [27:39] Cell phones, drugs, guns. [27:41] We had Keller from Zipline here. [27:42] It's Zipline for criminals. [27:44] And these guys have built a comparable product. [27:48] I was with a sheriff that I know really well, and he was like, [27:51] "If I shoot that down with a shotgun, I am technically breaking the law. [27:54] I'm breaking federal law if I shoot this down with a shotgun." [27:57] And so you're seeing states now pass, like Louisiana has a state bill, [28:01] Georgia's working on a state bill that says, sorry FAA, [28:04] we're going to do what we want. [28:07] And that creates a problem, because most law enforcement [28:09] officers just want to follow the law. [28:11] Yes, and presumably that won't stand up from a federal preemption point of view. [28:14] No, and the other challenge is, I think you and I were [28:18] discussing, who's going to enforce this? [28:20] FAA is not an enforcement body, but these people want to follow the law. [28:23] And the law says clearly, you can't shoot a drone down. [28:25] You can detect it, you can't mitigate. I had no idea. [28:29] It's a totally crazy law. Yeah. [28:31] What else has gotten worse from an offense perspective? [28:38] This is one that's like a… [28:40] I don't know if I have strong feelings on this topic, but this concept that [28:45] we appropriately hold local law enforcement to a very high standard [28:50] of accountability and audibility. [28:51] I think that's very good. [28:53] The downside is we don't with criminals. [28:56] And so as a citizen, you could be the victim of a crime. [28:59] You get really frustrated that they're not working hard enough. [29:02] It's very rarely that. [29:02] It's that they don't have the tools, they don't have the data, or they're [29:05] not legally allowed to get to the data. [29:09] The warrant system is a very, very good thing. [29:11] It's a very effective tool. [29:14] But there's a debate of should law enforcement have more ability [29:18] to solve crime faster. [29:21] The example of the framework that we use is, I don't know how you land this, [29:26] is that the severity of a crime should be commiserated with the [29:29] sophistication of technology. [29:31] And I'll give you an example. [29:32] Facial recognition, hot topic. [29:35] There are thousands of cities in America that have banned law enforcement [29:38] from using facial recognition. [29:40] John, facial recognition is not bad as a technology. [29:42] It's not good either. [29:44] It's just technology. [29:45] I think a way more effective measure would be to say, "Hey, look, [29:48] facial rec has its pros and cons. [29:51] You can't use it for shoplifting, but for homicides, [29:56] crimes against children..." Go to your list of things that we [29:59] as a society care deeply about. [30:01] Law enforcement should do everything in their power to solve those cases. [30:04] And then the petty stuff, we should say, "Look, we're going to make progress there. [30:10] You stole a pack of Skittles, we probably shouldn't deploy a drone to find you. [30:14] If you kill someone, I think we should work really, [30:16] really hard as a society to hold you accountable." But there's no nuance. [30:20] That nuance does not come through. [30:22] No, they're just like facial rec is bad. [30:24] And we don't do facial recognition for that reason, [30:26] because it's too controversial, but that's counterintuitive to me when [30:29] the technology gets better every day. Yes. [30:32] Another interesting thing that's happening amongst these trends is [30:36] the prevalence of body cameras, which I think maybe was, in some corners, [30:43] promoted by law enforcement skeptics but I think now has— It's backfired. [30:47] I wouldn't say backfired but just like it's, in a lot of cases, [30:53] been somewhat exonerative, right? [30:54] No, I think in many cases police were [31:00] really hesitant to get body cameras. [31:02] Just like, I mean, imagine if you wore a body camera all day [31:04] at work, you'd be like, I'm not sure if I love that idea. [31:06] It's a little bit invasive, but they did. [31:09] And I would say in the majority of cases that I see where foul play is called, [31:14] it is almost always the inverse, where the law enforcement officer [31:17] was just trying to do their job. [31:18] And on the other side, there was either a mental health issue, [31:21] there was something gone wrong, and it exonerates the officer, [31:25] which is interesting. [31:26] I think the same thing is true. [31:28] What at least we're seeing on the camera side on the streets is historical [31:34] policing, sadly, is quite prejudiced. [31:37] We all have our biases, whether it's conscious or unconscious. [31:40] So if you have bad data in, you get bad data out. [31:44] And so the traditional way of policing is you go to dangerous neighborhoods, look [31:48] for suspicious people, and arrest them. [31:51] It's just like you're perpetuating a trend against a certain community. [31:54] And when you look at Oakland as a good example, [31:57] who's quite a big supporter of Flock, they're like, we need a more [32:00] objective way to police. [32:01] Let's just focus on stolen cars. [32:03] We don't care who's inside. [32:04] We will find out eventually that car was stolen. [32:07] And then you don't wind up policing where crime has happened historically, [32:11] you wind up policing where crime is happening right now in real time. [32:15] And that is a fairly fundamental shift in how policing works. [32:20] And for many cities we work with, changes the perception of this [32:25] community with law enforcement. [32:26] Because they're no longer felt like they're being targeted. [32:29] It feels like it's wherever crime happens, we're going to go chase it. [32:32] And if there's not been crime in the last couple of days, then we're good. [32:35] Yes. [32:36] Is crime up or down in the US? [32:39] It is down. [32:41] I think it'll continue to go down. [32:43] COVID was like really bad. [32:47] So it surged during COVID? Crazy surge. [32:49] People lost their minds. [32:52] I think we tested society of what happens if you keep people inside for too long, [32:56] and people got really violent. [32:58] Yeah, so do you have an explanation? [32:59] Is it that it was a mental health issue or was it a crime of opportunity that [33:05] things were less well-guarded, and there are more opportunities [33:08] for crime, but you think it was just people went a bit batty being locked up? [33:12] I think so. And results in crime. [33:13] But I'm obviously not a clinical psychologist by any means, but [33:18] you look at the data and there's no other way to articulate why [33:21] homicides went up three to 3–4x and then plummeted back down to let's [33:27] call it somewhat reasonable levels. [33:29] There's a very few number of cities that are left at COVID levels. [33:32] Most cities had this massive spike. [33:35] Yes. And the way to… [33:39] If you look at the people who were committing that violence, they tended [33:42] to be 16 to 22, male, and very online. [33:49] Very online? Yeah, and so this is really sad. [33:52] How do you measure very online? [33:54] Let me give you an example. [33:55] I was in a major city, not too long ago, and I was asking the chief to tell [34:00] me kind of what's going on. [34:01] This is a couple of years ago during COVID. [34:04] And she was like, "Garrett, these kids are just killing each other." I [34:07] was like, "What?" She's like, "Yeah, they're literally getting in their car [34:10] and just shooting each other." I'm like, "Why?" I'm like, "Because [34:15] this guy posted a picture of him with that guy's girl on Instagram." And I [34:20] think in a normal situation you might have called that person and been like, "Hey, [34:23] bro, that's my girl." And in other cases, they're getting in a car [34:27] and shooting someone. [34:28] And that's not normal, that's not normal behavior. [34:30] And it wasn't normal before COVID, and it happened a lot during COVID, [34:35] and then it's largely gone away. [34:36] But it was a very specific social phenomena where the race to violence [34:42] was so dramatic, it was so scary. [34:45] And I don't think society's necessarily gone fully back to normal, but if you [34:48] look at the data, it's hard to articulate. [34:50] That's the most obvious explanation to me. [34:53] And I guess there are other empirical measures like air rage incidents, [34:56] road rage incidents, all that kind of stuff went up during COVID? [34:59] Everything went up. Yeah. [35:00] Like everything. People just literally lost their minds. [35:03] I think we need to be outside. Yeah. [35:05] But how are we doing now on crime? You say it's down. [35:09] Is that across all categories? [35:10] Because you read Twitter, and it's like everything's locked up [35:12] at CVS and San Francisco is full of... [35:15] Like, there's all these memes which are… [35:17] Maybe do some debunking and confirming of all the memes. [35:22] Every city is a little bit different. [35:23] Major cities still have a major crime problems. [35:26] I would argue... [35:28] I live in Atlanta and the mayor, he's made it very clear, [35:33] anything greater than zero homicides is a tragedy, and therefore we're [35:37] on the race to zero still. It's an unacceptable level. [35:40] We're down historic lows over the last decade, but it's still pretty hard to wake [35:44] up and go, only 52 people died in Atlanta last year. [35:47] You can't pat yourself on the back for that. [35:51] I think where we're focused on is more so clearance rates, and that's getting [35:56] better, but only better in certain cities. [36:01] We track it across Flock, not to overly promote, [36:05] tends to be that if you have a Flock product, your city has [36:08] a much higher clearance rate. [36:08] You look at San Francisco as a great example. [36:11] The new chief, the prior chief, Mayor Lurie, [36:15] they are making crime a focus and the focus is on solving crime. [36:19] And when they solve it, as I'm sure you follow on the news, they talk about it. [36:23] And they should, because it's really cool, they're working very hard, [36:27] and what you'll see is back to the online point I made, all these people are online. [36:32] And so when San Francisco PD is dominating X— It has a deterrent effect. [36:36] Gosh, yeah, you don't want to get caught. [36:38] And that's the unintuitive or the counterintuitive point on crime is [36:43] that most people would intuitively say, "If the punishment is really, really bad, [36:47] people will do less of it." But you were 16, 18 at one point. [36:51] You operate on a Boolean mindset. [36:53] I will get away with this, therefore I will do it. [36:55] I'm going to sneak out of my house because I'm not going to get caught. [36:56] You don't care if the punishment is being grounded for a week or a month, [37:00] you're going to get away with it. [37:02] It's just will I get caught or not, yeah. [37:03] Yeah, and so when you flip— I didn't realize criminals are so online. [37:06] So if you flip that... [37:09] It's a subculture, you got to get there, but I mean, you'll see— Sorry, [37:12] is this like Reddit, Twitter? They're everywhere. [37:16] Pinterest? Probably less Pinterest. [37:17] But TikTok's really big. Instagram's really big. [37:19] Snapchat's really big. [37:21] And it's how they recruit though because the whole recruitment effort is, [37:26] I'm going to show a lifestyle online that seems dream-worthy [37:32] to recruit these people. [37:33] And then they're in, and they're going to perpetuate that. [37:35] And the data shows it's actually not a very good job. [37:37] You actually don't make very much money being a criminal. [37:39] It's like the medium income for your average criminal... [37:42] It's very, very low. [37:44] But they promote a lifestyle of wealth. [37:47] So if you look at those cities, so you're taking San Francisco. [37:50] Crime's coming down, clearance rates are going up. [37:53] I would say as soon as we can get somewhere like San Francisco to 100% [37:56] clearance rate, which we have in other cities, crime goes down. [38:00] 100% clearance rate is like 100% solved? Yes. [38:03] And it's doable. We have it in major cities. [38:07] Cobb County would be one, which is like the second-safest county. [38:10] Cobb County has 100% clearance rate. Yes. [38:11] If you commit violence in Cobb County, you will get arrested. [38:15] And that's across what sample size? [38:17] That's the second-largest county in Georgia, so let's call it a couple [38:20] million people, almost a million people. [38:22] So a decent number of violent crimes? Oh, yeah. [38:24] Yeah. But it's going down every year. [38:28] Sure. [38:28] So look at places like that— Because you will get caught. [38:30] Yeah, and so we have this new concept that we've developed called Safe City, [38:34] and we'll go into a town and say, "Look, this is the platform you need [38:38] to solve all the crime in your city. [38:40] It's your choice. [38:41] It tends to be, like about 20 bucks a citizen a year." Yeah. [38:44] It's like, it's your choice. [38:45] And what's fun to watch is we find these mayors with really strong backbones, [38:50] and they're like, "I want to be a safe city." There's this [38:53] awesome town, Greenville, Mississippi. You've probably never heard of it. [38:56] 26,000 people. [38:57] They have our drones, they have our cameras, they have our AI, [39:00] they have everything we do, and they are lighting it up. [39:04] And kudos to the mayor and chief, like every crime they solve, [39:07] they're on the five o'clock news. [39:09] So these highly-effective cities. [39:14] What effect does it… What happens to the criminals? [39:15] Does it shift it to other localities? [39:18] And you need to… [39:19] It's like disease eradication, you ultimately need to do kind of enough [39:23] to blanket it, to snuff it out. [39:25] Because if just one municipality does it, it'll shift to a local municipality. [39:29] Does it within that municipality, people just go to, something non-criminal. [39:34] I'm curious, what are the effects of one municipality getting really good? [39:38] There's two phases. The first phase, you're spot on. [39:40] People, they just change cities. [39:43] It's like when San Francisco started adopting Flock, Oakland crime went up. [39:47] So then Oakland needed to adopt Flock, and now a couple of false starts, [39:52] now that it's fully going. [39:53] They will have the same, but first is the shift. [39:56] And then you're right. [39:58] People don't… [40:00] The majority of criminals, let's call it 99% of criminals, are not evil people. [40:04] They're not. [40:05] Evil is a random act of violence, and that is exceptionally rare. [40:11] It's all opportunism. [40:12] You and I were fortunate enough to be born in a family, in a social construct that we [40:16] could go build great companies, but not everyone had that chance. [40:20] Some people get pushed in the wrong direction, and that's [40:24] what we have to stop. It's like, as a business, we don't… [40:28] While we're proud of the impact, making a million arrests, [40:31] it's actually quite disheartening because that means a million people will now have [40:35] to go through the criminal justice system, which doesn't work that well. [40:37] There's a million victims. [40:39] It's bad in every single way. [40:40] It's also crazy expensive as a society to jail that many people. [40:44] It's a double negative bottom line where it's costly and prohibitive that they'll [40:48] probably never reenter society, so we're much more focused [40:51] on the preventative mechanisms of how do you convince someone this is not a good [40:55] lifestyle, this is not a long-term plan. [40:57] Eventually, what you will see is they will go get jobs. [41:00] These are functional members of society. They can be functional members. [41:03] We should push them in that direction. [41:06] What kind of crime is on the increase? [41:08] I'll tell you one that's pretty fascinating. [41:11] If you look in the enterprise community, organized retail crime in stores was [41:16] really hot during COVID and right after COVID. [41:18] That's why you saw CVS lock their stuff up. [41:20] You saw places like In-N-Out leave Oakland. [41:23] This was a huge problem, and it's still… [41:25] For someone like Walmart, I think they reported just shy [41:28] of a billion dollars of theft last year. [41:31] It was a lot of money, and their peers aren't doing dramatically better. [41:36] Now, Flock customers are doing really well. [41:38] And Walmart aren't neophytes at this stuff. [41:42] Yeah, we'll get there with Walmart. [41:44] But you look at some of our partners like Lowe's, their shrink has [41:49] gone down order of magnitude. [41:51] It's not really a problem anymore. [41:53] But where the criminals have moved is to the distribution facilities. [41:57] It's safer and bigger loads. [42:00] Probably the most sophisticated one that I've heard of [42:03] is an Eastern European group. [42:06] They went and bought a legal, well-running freight broker. [42:11] They now own this asset, and they bid on all these… [42:15] Low bid on all these projects, show up with real paperwork, [42:19] fill up a 20-foot with product, drive away, dissolve the company. [42:25] $7 million in a single day. [42:28] That's pretty good business. [42:30] That's very sophisticated though. [42:33] That's harder to solve. [42:35] That's much harder to solve. [42:37] Because every car, phone, everything will be disposable used in that. [42:42] Everything's going to leave the country as fast as possible and just show up [42:45] on a street somewhere, and then the other interesting [42:48] challenge is you have to unpack... [42:52] This is a little bit complicated. Who's liable? [42:55] As soon as the product goes into a store, that retailer is liable for the theft. [43:01] It hits their bottom line. [43:03] For a lot of these companies, they negotiated such that [43:06] there's insurance coverage from a different broker that owns [43:09] that asset until final delivery, and so it's not super clear [43:14] who actually cares, and it's going to take— The insurer cares. [43:19] The insurer cares eventually. [43:20] But when you talk about the scale of what's called tens of billions [43:24] of dollars, hundreds of billions of dollars of product [43:26] being moved, you're like, "Oh, we lost a couple of hundred million." I see. [43:30] "We'll be fine. [43:31] We have insurance." It will catch up eventually, [43:33] but that's probably the most interesting type of crime we're tracking [43:37] is the tacking on the distribution. [43:39] We have a lot of partners on the distribution side [43:42] where we're now deploying our product to try to prevent this [43:45] from becoming an epidemic. [43:47] But it's much harder to solve. [43:49] It's a real company. Yes. [43:50] I want to ask you more about this, but I'm going to get another Guinness. [43:56] This is a good segue into your corporate business, because again, people associate [44:00] you with selling to municipalities. [44:02] But obviously, you sell a lot to corporates as well. [44:06] Yeah. [44:07] It's a big part of our business. [44:09] Can you say how big? [44:11] North of 100 million of ARR. Okay. [44:14] It's real. [44:16] You told me to go all in. [44:17] Oh, sorry, you had some dregs left. I'll get to that. [44:19] That's my fault. [44:21] You want to just go full up, and you'll get more of a head that way. [44:24] It's perfectly, it's the correct… It is. [44:26] You can trust it. Yeah. [44:27] Okay, so the corporate business. [44:29] Yeah, north of 100 million of ARR. [44:30] Probably the fastest growing segment. [44:31] There's some wild stories. [44:36] We help businesses solve two problems: how do you keep your employees safe, [44:41] and how do you keep your assets or your stuff safe? [44:44] So it's kind of funny, because we have a Fortune 5 company that's a customer. [44:49] You probably don't want to talk about specifics, but we should just imagine big [44:52] box stores that kind of— Well, this wasn't— These Walmart stores— We have [44:55] a Fortune 5 company as a customer, and they spend like $100,000 a year. [44:59] Because they have like three locations in the country. [45:03] That's it. [45:03] They have like three really big campuses, so they're actually like, [45:07] we don't proxy towards necessarily like market cap or revenue. [45:10] We proxy to physical locations, like how many locations? [45:12] Someone like a Dollar General is a way better prospect [45:16] for us because Dollar General has 7,000 stores. [45:18] Yeah. You want Subway. [45:21] Subway is a good example. [45:23] We tend to focus on retail, healthcare, and logistics. [45:28] They tend to have big physical footprints, a lot of employees, [45:32] and a lot of challenges. [45:33] Is their main challenge theft? [45:36] That's what they're worried about, that they want to prevent stolen [45:39] cars coming to steal stuff? [45:43] I'd say employees is… [45:45] I'd say three years ago when we started the business unit, it was assets. [45:49] It was like, "Oh, my gosh. [45:50] Coming out of COVID, everyone's stealing everything." [45:53] It is much more shifted now to keeping employees safe. [45:55] You think about some of these businesses, they might terminate half a million people [45:59] a year, a quarter million people a year. [46:00] It takes one angry employee to come back, and so in our system, [46:05] you can have it automated with HRS that when the employee is terminated, [46:09] they're added to a localized hot list. [46:11] If that employee ever comes back on campus—it's not illegal, [46:14] but it notifies security. [46:15] This is why people have security teams. Don't let them in the building. [46:19] It's about kind of moving that layer of safety farther out. [46:22] The other example is we do quite a bit of work in executive protection. [46:27] I'll give you a good example. [46:30] If you think like a Fortune 2,000 CEO, our stuff's deployed at her house. [46:35] We also deploy at corporate. [46:36] It's not illegal, but it's quite weird if the same vehicle on the same [46:40] day goes to both locations. [46:43] That is not that person. [46:44] Yeah, it's not that person or their EP team. [46:49] I think keeping people safe is the number one thing. [46:53] The assets are like, it's good, but worse case, you'll just [46:55] raise prices, which is not good. [46:57] But we had this crazy case with one of our healthcare partners where [47:03] this group, pretty smart actually, would show up to the hospital [47:07] dressed in a certain company's uniform, [47:10] and be like, "Oh, the robotic surgical arm [47:15] needs to be repaired. [47:16] Can you help me grab it?" and some clinical surgeons were like, "Oh, [47:20] yeah, let me show you where it is. [47:21] No worries, no worries, John." They walk in there. [47:23] This is a multi-million dollar piece of equipment, and they [47:26] literally walk out with it. [47:28] This happened in— It's some Thomas Crown Affair kind of stuff. [47:31] But it's like, I mean, you're a physician. [47:33] You're not thinking like, "Oh, is John actually working at this company? [47:36] Is the product… [47:37] I think I used it yesterday." You're like, "Oh, yeah, that sounds right. [47:40] It's a super expensive product." This is an example to your conversation [47:44] of where the business gets interesting is we then connected that healthcare [47:48] provider with federal authorities. [47:50] This isn't going to be a local authority to solve this kind of crime. [47:53] It's a federal crime at this point. [47:54] They were taking the product, exporting it, [47:57] and selling it in a different country for kind of clinical work. [48:02] We think that one is pretty interesting. [48:03] That's an asset one, where actually the healthcare system is [48:05] like, "This is $20-something-million of product stolen." That's a problem. [48:12] Is your business going international? [48:14] Which countries is this best suited to? [48:16] Is this a universally applicable product? [48:19] Do those differences in law enforcement agency structure make it... [48:23] I'm just curious. [48:24] We're dabbling, [48:28] but we think payments is probably a very [48:32] global, everyone wants to process payments, I think. [48:35] Yes, but there's a lot of local nuance. Yeah. [48:38] I think for us, maybe our ambitions aren't big enough, [48:41] but when I look at the domestic opportunity, [48:44] we should be able to get to five, 10, 15 billion of revenue in America, [48:51] and we're not there. [48:55] The difference of, to your point on the nuance in payments, [48:58] it's probably comparable to the nuance of working with local government. [49:00] But then you overlay hardware, and that just gets maybe two steps [49:05] too difficult for my stomach today. Got it. [49:08] But there's, I mean, we get an inbound... [49:11] I saw an email this morning from an Australian police department. [49:13] It's like, "We'd love to do a demo," and it's like… [49:16] Why not just do… [49:17] I mean, I agree there's a lot of nuance. [49:19] Is there some aspect of your tech… [49:22] You've put a lot of work into the cameras, vehicle recognition, and stuff like that. [49:27] I know, again, from painful experience that localization is never easy [49:30] and never as easy as you think. Yeah, here's… [49:33] But maybe it's easy. [49:34] Well, so here's the argument: We pursued one really big deal last year [49:39] in Mexico, and we had support from one of our [49:42] investors, like, "We should go after..." And they had connections [49:45] to the Mexican government. [49:47] We got all the way to the finish line, and it was us versus Hikvision. [49:52] Hikvision is a Chinese camera manufacturer, [49:57] arguably a subsidiary of the CCP. [50:01] We were almost 10 times the price, and it came down to like, well, [50:06] is the Department of Homeland Security going to subsidize this [50:09] for the Mexican government? [50:11] Because we know their listed price is way more than this. [50:15] It's very clear this is being subsidized for the Mexican government [50:19] to make this purchase decision, of which case they will most likely be [50:22] giving away real-time feeds to another government, and we didn't win that deal. [50:30] I think that if you look at... [50:32] There's a great book on this topic. [50:34] If you look at what China was able to do in Africa with their infrastructure [50:38] deployments on connectivity, they own those countries. [50:42] What's the book? [50:44] I'll find it for you. Okay, we'll pop it in. [50:46] I'll find the book. [50:47] But the book pretty much shows that one of the maybe smartest moves that China did [50:52] was going to these developing countries and saying, "We will give you 5G, [50:56] really low cost. [50:57] We'll bond it for 100 years, so we're not giving away for free," but guess what now? [51:03] Chinese government has access to your pipes. [51:06] Maybe that's not scary for some countries. [51:07] For me, I'd be a little afraid. [51:10] That was our pitch to the Mexican government: "You don't look at just cost; [51:13] look at the sovereignty of the data, who has access, and we'll domicile [51:18] this data in your country. [51:19] We won't domicile it in America." They were like, "Sorry, it's too [51:24] expensive," and we've seen that. [51:25] We've done a couple other projects like that, not just picking on Mexico, [51:28] but other countries where we're not competitive with China, [51:30] not because our products aren't better. [51:31] I think they're much better, but we're not being subsidized [51:34] by the federal government. Presumably NATO countries, Australia? [51:40] Should be better, but I mean, no. [51:43] I mean, we should go walk around [51:47] a strip mall and I could probably point out 80% of the cameras are [51:50] Chinese-manufactured, and your average would-be business owner [51:54] is like, "Yeah, I got it for 15 bucks on Amazon." I don't know if you know [51:58] that story on the vacuum cleaners, but someone hacked into it, it's like… [52:05] You should care about where your data is stored and who's storing it, and that kind [52:10] of stuff matters to me, but not everyone. That makes sense. [52:16] As we've learned from Flock Safety, fighting crime is most effective [52:19] with network data on your side. [52:21] The same is true for payment fraud. [52:23] Most businesses only see their own transactions, which makes it very hard to [52:26] spot patterns and prevent future attacks. [52:29] But Stripe Radar tackles fraud using the power of the Stripe network. [52:33] Our machine learning models train on hundreds of billions of data points [52:36] across the $2 trillion of payments we see on the Stripe network each year. [52:40] When new fraud patterns emerge, our models can quickly learn and start [52:44] blocking similar attacks immediately. [52:46] So if you want to fight fraud like Flock Safety fights crime, [52:49] check out Stripe Radar. [52:54] As I think about your competitive landscape in the US [52:59] and companies that sell to law enforcement, I think about Axon—which [53:02] people would associate with making the body cameras, but they make lots of it [53:06] and Tasers, I think, but they make lots of other stuff—and then [53:09] Motorola Solutions, which has kind of the radios and the [53:11] get-up in the cars and things like that. [53:14] Are you three the main three players? [53:16] Are there others I should be thinking about, and how will it... [53:19] Presumably you guys compete over time? Yeah. [53:23] I remember in 2020, trying to raise our Series B, [53:30] and every investor came to the same conclusion. [53:33] There were three strikes, you're out. Strike one, you're based in Atlanta. [53:35] Now, post-COVID, that's become less of a problem. [53:38] But strike one, you're in Atlanta. [53:39] Strike two, you're doing hardware. [53:41] That's really bad. Hardware is really expensive. [53:44] But now it's the only business with terminal value. [53:46] I would argue that AI is not going to replace cameras or dig holes. [53:51] It's like, we mean, a third of our employees dig holes for a living. [53:54] That's just AI is a long ways away from, I think, replacing that. [53:57] Sorry, what are they digging the holes for? [53:59] Most of the time, you want a camera where you don't have any infrastructure. [54:02] We actually show up. [54:04] We dig the hole, we trench it, we pour concrete, put our pole up. [54:07] I mean, I might be— Okay, so it's on your own pole. [54:09] I assumed it's just mounted on an existing pole. [54:11] I should pull this data. [54:12] I would not be surprised if I'm the largest general contractor in America. [54:16] We pulled 77 permits a day last year, and if you've ever built a house, you know [54:21] how difficult it is to permit something. [54:22] Seventy-seven permits a day, like crazy scale. [54:26] Yes. AI is not going to replace that. [54:28] It's like a very safe asset. [54:31] But when we were trying to raise that Series B, the third strike was... [54:35] Second strike was hardware. [54:36] Third strike was, and you're trying to sell to the government? [54:39] The last company to go public was Axon. [54:41] They went public in 2005, which would have been 15 years prior. [54:46] In the VC speak, it's like, "Well, if you can't get big enough to go public, [54:48] you're not worth investing in." It's like, well, crap. [54:52] Luckily, Garry Tan shared my beliefs. [54:54] Safety should be a public right, it shouldn't be a privilege. [54:57] It should be a right if you live in America. [54:59] He did our Series B which is, I think, the only Series B he's ever done. [55:03] That's awesome. [55:05] He was right, and I was right, so it's the three of us now. [55:08] It's Motorola, who's the biggest. [55:09] They're about a $90 billion market cap, 120 years old. [55:12] Invented the radio, still are the… [55:14] I think they have 80% market share globally of landmass radio. [55:17] It's a crazy scale. [55:18] It's funny how durable some of these businesses, Garmin and other, [55:21] like you just start doing GPS, you start doing radio, [55:23] and you just stay doing radio. [55:25] Yeah. Own it. [55:26] And to Motorola's credit, they've driven a ton of innovation [55:29] on the radio itself, similar to Garmin, which you'd thought Garmin would have [55:32] been crushed, and it's like they just… [55:34] They've been so creative in creating verticals, you know. [55:36] Aviation, all this stuff. Awesome products. [55:38] Sports. [55:39] And no one would debate whether Motorola's radios work really well. [55:44] When you need them, which would be like a natural disaster, [55:47] they work especially well. [55:49] That's like pretty compelling when your job is to respond to natural disasters. [55:53] Totally. So you have Motorola. [55:55] Every single thing we do, we compete with Motorola. [55:58] That's fun. They're big. [55:59] Second one would be Axon. [56:01] You know, I said public in 2005, about a $40 billion market cap. [56:05] Where did they come out of? I understand where Motorola came out of. [56:08] Yeah, so Rick Smith is the founder. [56:11] Graduated Harvard. [56:14] He plays it off, he's a very smart guy. [56:17] Graduated Harvard, found this Taser company. [56:21] It wasn't called Taser at the time. [56:22] Okay, so they started with Tasers. [56:23] Yeah, found the IP, the product, and then tried to commercialize it. [56:28] If you love a good founding story, it's a good one where they [56:33] almost went out of business. His dad mortgaged the house. [56:36] He mortgaged the house, went public because they couldn't finance it. [56:40] I think they went out at like a $50 million market cap. [56:43] This is like when people went public much earlier, [56:46] and just has done a really good job of growing the business [56:50] in the public markets. [56:51] And Taser is a brand. It's like Kleenex. [56:53] They own it… They started as Taser. [56:55] They started as Taser and rebranded to Axon in 2012 or 2015? [57:01] Yeah. And got into body cams via acquisition. [57:04] They bought a company that had just won the contract for the New York [57:08] Police Department to do body cams. So bought that. [57:10] They have a dash camera, and they'd recently launched [57:13] a competitive product with me. [57:15] Now we compete. [57:15] Everything we do we compete with Axon too, which is fun. [57:19] So it's just a Mexican standoff? [57:22] Every single city. [57:23] And then what's interesting… [57:25] But your question was also in the future. [57:27] There's this really interesting phenomena happening now where because Flock's been [57:30] somewhat successful, VCs have poured in. [57:36] When I used to call a police department 7 years ago— Ah, now you have a bunch [57:39] of competitors from all over the world. [57:42] No one would… [57:43] You could literally just walk into a police department and be like, [57:44] "I'm going to meet the chief." They're like, "Oh, that's great." Now chiefs are [57:46] like, "I have 17 different people calling me [57:49] for the exact same price." Now they don't compete with us, thankfully, [57:52] but you think about trying to deploy AI to monitor body cam footage. [57:58] There's seven different companies with VC backing doing that. [58:03] It's not a big enough market. [58:05] I think your annual report was great, by the way. [58:08] You all are at what, 1% of GDP or something, probably? [58:11] Okay, I'm in 60 to 70% of the cities that matter. [58:15] Yes. [58:16] There's just not enough space for seven competitors. [58:19] The market's not big enough, and we're not creating new cities. [58:21] There are new businesses created every single day. [58:23] I think you tend to see structurally in these smaller… [58:29] I mean, it's a large market in total, but where there's a finite universe [58:33] of buyers, the distributional advantages are very powerful. [58:36] I think so. [58:37] I think what we'll see is… [58:39] I see a new VC-backed company every day. [58:43] I'm like, there's just all these things are going out of business, [58:45] so they're just going to be consolidation. [58:47] You see, I think Motorola has done 40 acquisitions in the last two years. [58:51] Axon did five last year. [58:53] We did one last year. I just think you're going to see… [58:55] Everyone in this space is going to consolidate. [58:56] A ton of consolidation. [58:56] Because once someone builds a good product, you go, "Great, [58:59] I already have a sales force. I have the customer base. [59:01] We'll just pick you up."Yeah. [59:03] I had no idea about the… [59:06] You're talking about where the tech goes. [59:07] I had no idea about two things actually, that I learned here. [59:10] One is that you're doing real-time analysis of 911 calls. [59:15] Is that being fed to an LLM basically, or like 911 calls now scored by an LLM? [59:21] The way I think about it is we are trying to build an orchestration [59:25] layer for a city's safety. [59:29] The majority of police departments are understaffed. [59:32] I think the worst I've heard recently, I was at a higher ed college campus, [59:36] a large college campus, a football school, they're at 40% of staffing. [59:42] Could you imagine if tomorrow you woke up and Stripe had 40% staff? [59:45] It was 40% staff. Yeah, it'd be tough. [59:47] You would figure it out, but a lot of things that you would [59:50] deem core today would just stop. Yes. [59:53] That's how most of our customers operate, which is not sustainable. [59:57] Yes. [59:58] We view our job as being that force multiplier, or I like to think of this [60:02] orchestration layer where every manual thing that's done [60:05] by a human should be automated. [60:07] The difference in public safety versus maybe payments is like, I think you want [60:11] humans at the start and finish still. [60:14] If I call 911, still want a person to pick up. [60:17] Those dispatchers are incredibly well-trained. [60:19] They're very well-trained, they're very calm. [60:22] Where I think it gets valuable is like, but let's say there's a mass event. [60:26] AI is way better because if you have a surge of demand, [60:29] and you go from only one call a minute to ten calls a minute, [60:32] AI is better than a busy tone. [60:34] That makes sense. [60:35] Then I think about for us, we call it amplified intelligence. [60:38] When that 911 call comes in, LLM is able to pick up the call, is able [60:41] to determine what are the characteristics. [60:43] Can I go start to build an investigation? [60:45] Can I go pull this up so that if you're the detective... [60:47] Whereas historically you walk in and go, "All right, I'm going to go get the call [60:50] transcript, I'm going to go look up my record system, [60:52] I'm going to go do a bunch of analysis." It's the equivalent of having... [60:56] Whether you use something like a Glean or another product that's like, [60:59] if you're going to do a lot of the hard work, so that as a sales rep, you show up, [61:01] and you're like, "Got it." We do that for investigators. [61:04] They show up to... [61:06] They get delivered a case and a lot of the busy work has been done for them so [61:10] they can use the human part of their job. [61:11] Aggregating all the data they need that— All the different data, [61:13] like let's go do this. [61:14] Like we solved, one of the cooler cases we've solved was [61:21] armored trucks, the Brink's, they move money around. [61:25] It's one of the best, it's called a jugging case. [61:26] It's very popular in Texas, where you follow these armored trucks, [61:31] and you typically have a shooter on a nearby building. [61:35] When the person walks out, the shooter shoots him, the other guy runs [61:37] in, grabs all the money and runs away. [61:39] It's a very, it's obviously sad, but it's a very, very profitable thing. [61:44] We built an agent that tracks armored cars. [61:49] At all times, it is literally saying, "Okay, here's an armored truck. [61:53] If we ever see other vehicles tracking this car, flag them automatically." Now, [61:57] it's not illegal. Yeah, sure. [61:58] Right? [61:59] But it is enough that if you're a city like Houston who has a jugging problem, [62:03] you want to get a subscription to… [62:04] You let me know whenever you see someone doing that because I want to know. [62:07] Yeah. I want to get a step ahead. [62:09] Yes. [62:09] There's always types of crimes that you can start to say, "Okay, this is [62:12] helping officers not do something new. [62:15] It is just doing things that when you're at 50%, 40% staffing..." Sure, at 100% [62:20] you would have been doing this yourself. [62:21] You'd be checking the cars, you'd be in Flock, you'd be running [62:23] searches, but you can't do that anymore. [62:25] What you're describing is again, having this [62:27] data to be able to do anomaly detection just allows for new police work [62:34] that otherwise wouldn't have gotten done. [62:37] No, it's people's lives, you know. [62:41] Then the other thing I hadn't realized you guys were doing is the [62:45] drone assistance where, again, this sounds to me, [62:48] obviously already it's the case that many police departments have a helicopter [62:52] and then for very serious crimes, they will task it. [62:56] But that's expensive, very limited resource. [62:59] I think what you're doing is allowing for some manner of air support [63:03] to just be much more cost-effective and available to more officers. [63:06] That's right, yeah. [63:07] I think it's another example where there's just [63:11] a lot of tasks we ask law enforcement officers to conduct [63:15] that a drone could do faster, more effectively, and cheaper. [63:20] If it's calling out a hit-and-run, great, send the drone. [63:25] I was working with a town in Tennessee, it's a good city, their average response [63:31] time to 911 calls seven and a half minutes. [63:33] Their drone from us gets there in 68 seconds. [63:37] It's like a better quality of service. [63:39] The incremental cost is less than the cost of one single officer. [63:43] It's really nice when you see technology deliver both a 10x better product [63:49] at a dramatically lower cost. [63:51] That's how it's supposed to work, and it's working for them. [63:54] What kind of task or intervention are the drones best suited for? [64:00] There's three primary use cases. [64:02] The first would be vehicular pursuits. [64:04] It's like one of the most dangerous things cities conduct is high-speed pursuits. [64:08] Typically, it's not the suspect that dies, it's some random person. [64:13] For most of our towns that have adopted our drone program, they end pursuits, [64:18] they don't pursue anymore. Send the drone. [64:20] Oh, wow. Send the drone. [64:22] Way better. [64:23] It's way safer. [64:25] That's a— S you don't have like a police car running at 80 miles an hour [64:27] down a residential street. [64:28] No, you just have a drone 400 feet up in the air. [64:31] Quietly, safely, waiting for the car to pull into a gas [64:34] station, pull into their home, pull in somewhere safe, get to a red light. [64:39] Then meanwhile that video feed's being broadcasted to the entire [64:41] police department. [64:41] It's like, great, John's over here, block him in. [64:45] Every pursuit goes to GTA level five immediately. [64:49] Yeah, if you're smart. [64:51] That's a big one. Second is 911 calls. [64:54] What's been interesting is that, we'll send the drone first. [64:58] It takes something like Elk Grove, up in Northern California. [65:01] They've got a bunch of our drones... [65:04] Where is Elk Grove? Elk Grove? [65:06] It's a suburb of Sacramento. [65:09] Oh, okay. But maybe 75,000 people. [65:11] I say suburb, it's a pretty big town. [65:14] But so they'll dispatch for 911. [65:18] Majority of the calls actually never need a human to show up. [65:21] The example I'd give you is like, you see a fist fight, you call 911, [65:26] and then what happens is historically like seven minutes later someone [65:30] shows up, guess what? [65:31] They're no longer fighting. [65:32] But now we've dispatched this officer, he's like, "Well, I'm in the area, [65:35] maybe I'll grab a Gatorade, walk around, check it out." 30 minutes [65:38] later, like we've wasted a bunch of time. You send the drone. [65:41] In the best case, you see the guy's fighting, [65:43] and you're like, great, I'm gonna keep an eye on them [65:44] and allow the officer to do his job. [65:46] Or there's not a fight anymore, you dismiss the call. [65:50] You actually decrease the response time for situations [65:54] you really do need to go to by removing the junk in the system. [65:57] That's the second one. The third one is search and rescues. [66:01] Not every city has a helicopter. [66:03] Cities that do is a very expensive proposition. [66:06] Sadly, people go missing all the time, and you can pop up the drone, [66:11] throw on thermals, surely it's at night, and find the person. [66:15] Actually, I haven't thought of that. [66:18] Drone plus thermal camera is very transformative for SAR. [66:23] No, yeah, we had an interesting case in a cold state right now [66:27] who's flying our drone. [66:30] There was a, sorry, a lot of my cases involve homicides. [66:35] I'm going to find a better topic than homicides at some point. [66:38] I have a better topic for you in a second. Okay, great. [66:41] There's this 911. [66:45] Car on the side of the street, launch the drone, throw in thermals, [66:49] actually see where the person went. [66:52] Sensitive enough to see the heat pattern, like there's like a dip in the snow. [66:55] Want to find the guy, find him and everything. [66:58] But it's interesting, to your point, I think we're still [67:01] very early on in the use case exploration. [67:04] I think it's just the type of technology that until it's fully proliferated, [67:08] which give it two or three more years, I think we'll continue to find more [67:11] ways to augment how we respond. [67:14] I think, I guess the last example I'll give you is we typically launch [67:17] the drone for all first responders. [67:18] It's not just law enforcement, it's fire, it's EMS. [67:21] The whole community gets advantage of it. [67:23] Okay, my final example, because I agree a lot of the crimes are quite heavy topics. [67:31] I feel like one of the most satisfying genres of YouTube video [67:34] to watch is people who laser aircraft, but they are mistakenly [67:39] lasering a police helicopter. [67:41] This is an insane crime that happens. Wait, why do they do that? [67:45] Okay, so there's this insane crime that happens. [67:47] Isn't that bad? It's, like, very dangerous. [67:48] It's very bad. It's very dangerous. [67:49] But bored people, to your point of just maybe people going mad during COVID [67:52] and being cooped up, people just for fun, laser aircrafts. [67:56] It's very dangerous. [67:57] It's dangerous for anyone's eyes, turning a laser into them. [67:59] But, like, a pilot who is flying a plane full of people at that moment, [68:02] it's especially bad. But it's a real problem that happened. [68:04] You listen to ATC recordings all the time, like "Airliner going into LAX getting [68:08] lasered by someone on the ground." People buy these lasers on Amazon. [68:11] Yeah, they're very powerful lasers. Exactly. [68:14] They're very powerful, and they're just lasering the cockpits of aircraft. [68:16] But occasionally what happens is they're lasering an aircraft, but it turns out [68:20] that aircraft is the police helicopter. [68:22] They're just like, "Gotcha!" They got the thermal, and they're just… [68:25] You get to watch the whole thing unfold. [68:26] There's a bunch of these on YouTube, where you'd see the squad cars [68:29] coming up, and it's, yeah. I'll have to check that out. [68:31] But it's such an odd crime, and it's very satisfying to see [68:37] them caught in real time. Yes. [68:39] That's a really weird... [68:40] The other interesting thing, because I know you like aviation stuff. [68:44] We're seeing more and more police helicopters have to turn [68:46] off ADS-B as well. [68:49] Because criminals have the same data that you have. [68:51] Yeah, sure. [68:52] Most of the police helicopters actually fly without ADS-B now, [68:55] which is like a whole challenge. [68:58] Sure. From a separation point of view. [69:01] I have so many more things to go into or jumping around, but I like this. [69:08] How's the business evolved? [69:10] You're now, you said around 500 million in ARR selling to both law [69:15] enforcement agencies and corporates. [69:18] Have there been interesting changes in how you monetize? [69:20] Is it just a question of scaling up? [69:22] I mean, I'd say the biggest challenge is [69:27] two, three years ago we were single product, single customer. [69:31] We had our neighborhood business. [69:32] It was growing 20-30% year over year, but it was just operating. [69:37] Law enforcement was going really, really fast. [69:39] We had one product and then maybe made a mistake. [69:43] I know RJ from Rivian was here. [69:47] Similar story, probably built too many products [69:49] for too many customers really quickly. [69:51] In hardware, that's really expensive. [69:54] Hardware tends to follow this J-curve of huge CapEx investment upfront to get [69:59] the thing going, and then you monetize, and it actually winds up being— And [70:01] there's very significant scale economies at very high orders of magnitude. [70:05] Yes. [70:07] We went from one camera that tracks cars to a camera that's focused for people, [70:13] a drone, trailer, multiple customer segments, and that's really hard. [70:20] Looking back on it, you think you went too broad too quickly? [70:23] Yeah. [70:23] I would have better— Did you discontinue products and stuff? [70:27] No, we muscled through it. [70:31] But you slowed down the rate of adding products. [70:33] We were like, we cannot do any new hardware products this year. [70:36] We need to take a year or two off of hardware products. [70:39] We can debate software products because there's no incremental [70:42] burn or cash outlay for it. [70:45] But we know what the J-curve looks like. [70:48] We saw it in the core business. [70:49] The core business now is profitable, which is great. [70:51] We'll generate free cash flow, hundreds of millions of dollars [70:53] of operating cash flow this year. [70:55] But those new businesses are effectively Flock five years ago. [71:00] We know how painful that is, but we were just like, "Oh, [71:02] it'll be great, it'll be fine." I think that's been challenging for us. [71:07] Is how do you balance from a product roadmap servicing two customers [71:11] with just very different use cases? [71:14] Like your average Amazon distribution facility is 30 acres, 50 acres. [71:20] That's like a neighborhood block. Yeah, yeah, yeah. [71:23] Then you've got, like, San Francisco that's got hundreds of square miles. [71:26] It's the problems are different. [71:28] That is probably like the hardest thing that we're still [71:32] trying to muscle through that. [71:33] Like how do you organize your company to service these two different [71:35] customers without having redundancies? [71:38] I haven't figured that out. [71:39] What have you learned other than to don't make too many products? [71:43] What have you learned by building hardware? [71:46] Or what have you learned about building hardware? [71:48] Yeah, I mean, a couple of things that I would jump [71:54] to, the first would be, I don't know how you guys [71:57] think about forecasting demand. [72:00] It's a full-time profession at Flock. Sure. [72:02] It typically needs to be 12 to 18 months out. [72:04] Yeah, yeah. [72:05] If you look at the hardware companies that don't make it, [72:08] that's actually where they fail. Yeah. [72:09] No, we ended up with, I mean, our hardware business is a very small part [72:13] of our overall business but we wildly overproduced at one point. [72:16] You're just sitting in a warehouse like, there's all my money. [72:19] Exactly. Sitting in a warehouse. [72:20] Sitting around. Luckily, it's not... [72:22] It's not going to go bad. It's not like bananas. [72:24] It's like, "Oh, gosh. [72:25] We have like a week to move this product." Yes. [72:27] But it kind of goes bad. It does go bad at some point. [72:29] I think I remember, during YC many, many, years ago, [72:36] talking to Eric at Pebble of how it was like the irony that in the best year ever [72:41] of the company in terms of revenue is the year they went out of business. [72:45] I'm like, that's crazy. Yes. [72:47] But they just, they overproduced in Q4, even though it was still a record quarter, [72:51] it just still wasn't enough. [72:53] I think that has been amplified by also, our distribution process, [73:00] which we're full first-party. [73:02] We not only design the stuff, build the stuff, we install the stuff. [73:07] I have to have forecasting— Maintain it, presumably. [73:08] Maintain it as well. [73:09] I have to have forecasting not just at the product level, [73:11] but at the geographic level by product, with some level of discrepancy. [73:16] I don't need to know this city versus that city, but at least the general area. [73:20] I think forecasting, that's been pretty hard. [73:23] The second is, every decision you make in hardware is [73:27] millions of dollars at a minimal and often tens of millions of dollars. [73:31] When you grow up in this Silicon Valley mindset of like, [73:34] everything's a two-way door. Yeah. [73:36] Bullshit. Hardware, everything's a one-way door. [73:38] Yeah. [73:39] You want to pick that part? Yeah. [73:40] One-way door. [73:41] We're gonna live with it for the next five to ten years. [73:43] Yeah, and like, I don't know, you probably don't track this as much, [73:46] but probably the dumbest financial mistake I've made in the last year is [73:51] our supply-chain team came to us like six months ago, and they were like, [73:55] solid state memory is getting really expensive. [73:59] We had this one part that was in our cameras and the price had [74:02] gone up 4x in near time, which indicates that typically one much, [74:07] much larger company placed a massive order. [74:10] We've seen this time and time again where an Apple or a Sony or some consumer, [74:15] Samsung, will pick a part for a new product that's coming out in 12 months. [74:18] The supply globally disappears. [74:20] You're feeling the AI data center buildout in your supply chain? [74:24] Yes, and so our supply chain leader was like, "This is getting crazy." I was like, [74:27] "Well, who do we use?" I go, you use SanDisk. [74:29] I'm looking at their stock, and I'm like, should we be buying like SanDisk? [74:31] I started my CFO, I was like, "Should we be buying SanDisk stock?" I [74:34] was like, their prices are going up 3x. [74:35] It means that like a lot of people are buying a lot of products. [74:37] Of course, the stock's up like 1200%, and I feel like an idiot for not [74:40] like following that conviction. [74:42] But no, yeah, I mean, our BOM, now luckily it's a small part of our BOM. [74:46] Yeah. [74:47] But we have a full team of people who all they do is mitigate [74:52] global supply chain risk. [74:53] Because parts just disappear. [74:55] Just getting the products into the hands of customers as already [74:59] specced is nontrivial. [75:01] What we wind up doing, which I think a lot of companies do, [75:03] I'm not sure if we're special, but it's just like you don't think about [75:06] this is when we look at a BOM of a product, [75:09] we'll risk purchase not necessarily the whole thing, but the cheapest, [75:13] highest risk things. We should have bought... [75:15] We did, we bought a ton of memory so that we didn't run out because we can't— [75:19] But I would have thought, often these supply chain crunches come on the leading [75:26] edge where everyone's fighting over TSMC, three nanometer [75:31] node production capability. [75:33] But the auto chips, at much [75:38] larger gate sizes are not, [75:40] or larger nodes, are not as contended. [75:43] I would have thought that you guys are not using tippity-top end cameras and lenses [75:49] and memories and things like that. [75:50] But that's not a panacea. [75:52] It's like capacitors. [75:55] The point I give you is, let's say we ship 100,000 units. [76:01] That's tiny. [76:03] All it takes is, if we need this capacitor [76:06] from Texas Instruments, all it takes is Apple saying, well, [76:09] the iPhone 27 doesn't have that capacitor, and Apple's like, "Cool, [76:13] we'll buy everything for the next three years." Then we go, "Oh, crap, [76:16] we've got to completely change our strategy." But I'm surprised you're [76:18] competing with Apple for components. [76:20] I would have thought their capacitor— Well, capacitor is a capacitor. [76:25] But so it's actually know the capacitor you want. [76:28] You have to have a supply chain to buy it. [76:30] You have to have enough inventory with enough lead time. [76:33] What you wind up doing is early on, your designs are very simple. [76:37] You buy everything from out of fruit or whatever. [76:39] You buy everything from easy places where you can buy 50 at a time. [76:43] Then, when you move to tens of thousands at a time, [76:45] you start having to have designs that have four different derivatives for every part [76:50] so that your supply chain doesn't have to call engineering being like, [76:52] this part's out, they know these parts are all sub-ins. [76:55] You're describing the scale diseconomies of manufacturing where it's easier to buy [76:58] three of something than it is to buy 30,000. [77:00] 100%. [77:01] I never would have thought we would need a team of people who all [77:04] they do is spend money for a living. Just buy stuff. [77:07] What's hard about operating the hardware? [77:08] How do you keep the lenses clean on the cameras? [77:11] Just how do you… [77:12] I don't know what the other— It's like on the one hand, we're some [77:17] of the best weather forecasters. [77:19] It's like we keep track of every major storm. [77:21] It's like a storm, we need to be back up. [77:25] We do, we have a pretty cool, we call it our flight team, [77:28] and there are technicians that only fly. [77:30] It's like that big storm in New York and Boston, they were flying into the storm. [77:35] We had surge demand to fix stuff. [77:37] To be on site, when they get a call that something is down, go repair it. [77:42] Yeah, well so everything's, we have really good telemetry [77:45] on the equipment, so if a customer calls, something's gone, we've really screwed up. [77:49] Yeah, you know before the customer knows. [77:50] We know before the customer knows, and most of the maintenance [77:52] at this point is fairly predictive. [77:54] We know this mechanical part malfunctions after between 100 and 200,000 uses. [78:00] If you're in the area, it's ironic that the largest cost [78:02] structure in replacing equipment is the driving. [78:06] It's driving. [78:07] If we think a part needs a replacement in six months, and we're nearby, [78:10] it's cheaper just to replace it, refurb it, and get it back in the field. [78:15] That part's been like, we had to build a software company, [78:18] a hardware company, and a field services business. [78:21] Do you have parts that wear out? [78:22] I would have thought the whole thing is fairly solid state. [78:26] Most of it's… Well, drones obviously— Sure. [78:28] Different kettle of fish. [78:29] But on the camera side, there's one part, which is the IR-cut filter. [78:35] When we operate at night, we operate on infrared, [78:38] and you need a different filter so that you don't have pink images during the day. [78:42] That literally changes twice a day. [78:45] Oh, like something mechanically— Put a lens over it. [78:48] I see. [78:50] After a couple of hundred thousand uses... That's the one moving part. [78:52] It is the one, and it is the only part that breaks. [78:55] Why not just have two lenses? [78:57] With two different image sensors too? Yeah. [78:59] BOM. Okay. [79:01] No good reason. Okay. [79:03] Other than it would just be more expensive. [79:05] Yeah. [79:06] But yeah, that part's, I think a third of the company, [79:10] like I said, digs holes, drives bucket trucks. [79:13] Yeah, sure. Keeps track of all the inventory. [79:15] But if you look at it, I didn't want to build that business. [79:20] But early on in the company, there was this horrific case in Atlanta [79:25] where a woman was just running in our version of Mission Dolores, [79:29] or pick your nice park in the city, random act of violence. [79:32] There's cameras everywhere in the park. Yep. [79:35] None of them were working, and the city got blasted appropriately for it. [79:39] They're like, "Well, but also, do we really want our police department [79:42] being in charge of camera uptime?" That's a dumb idea. [79:46] We should just pay a company, like Flock in this case, [79:49] so just make sure the stuff always works. [79:52] It's not my favorite part of the business in that sense of like, [79:55] it's a lot of stress. [79:56] It's very operationally intense, but I think it's valuable to our customers. [80:01] Yeah. How do you think about the right... [80:03] When you talk about cameras in the park, many movies center on this idea of [80:11] universal surveillance in the Bourne Identity or something. [80:14] They have cameras on absolutely everything, [80:16] or I guess the Bourne Supremacy, I think, is more the Waterloo Station scene and [80:21] same with lots of other things. [80:22] How do you create the right guardrails once you move off roads, [80:28] and into parks and public spaces and kind of creating access controls around that? [80:33] Yeah. [80:35] The cop-out answer is like, I don't want to be in charge of deciding that. [80:38] Thankfully, we have elected officials who we vote to make that decision. [80:43] But what do you think a sensible place for them to land is? [80:45] I think it's way higher than we have now. [80:48] I think that for me at least, [80:54] for every crime that occurs that doesn't [80:56] get solved, it means we didn't have enough cameras. [81:01] That's, to me, the easiest rubric. [81:04] Now, I think to your question though, it's a question of where they are, [81:07] who has access to them, and I think it's one of the few cases [81:11] where the disparity between maybe my knowledge and your knowledge [81:17] of how the technology works and how much official work is pretty big, [81:21] and their dreams of how it might work versus actually how it works, [81:24] it's much less sophisticated than they think or dream up. [81:27] It's just a camera. [81:30] For me at least, we should have an abundance of cameras [81:33] and have incredibly restrictive controls of how and when they're used. [81:37] And the example I'd give you is like today, everything in Flock just [81:42] you can generally do. [81:43] There's data retention where we protect how long something is stored. [81:46] For live video, it's typically 7 days. [81:48] For LPR data, it's typically 30 days. [81:50] You can go longer or shorter if a democratically elected body votes on it. [81:54] But I would challenge, why not do more cameras and have a warrant restriction? [82:01] Like why not do 30 days of LPR data, but if you have a warrant, you have a year. [82:06] You will need less cameras. [82:08] I do think there are some nuanced ways to do it, and thankfully, [82:13] we have a really good government affairs team that is lobbying for that kind [82:16] of legislation to say like, "There's a way for us to both be safe [82:20] and maintain civil liberties, and it needs to be legislated though." I can't… [82:27] Those ideas are not in line with what my customers want. [82:31] They're law enforcement customers, they just want to go catch bad guys. [82:35] They want to follow the constitution, catch bad guys. [82:38] But that nuance in the middle of like, but what is societally acceptable today [82:42] really belongs in your elected officials to make that decision so that it can [82:45] change, and so we pushed them to be like, let's legislate this now before [82:51] it becomes a problem. [82:51] Where do you think has passed sensible rules? [82:55] Sensible. [82:58] I think Virginia's bill last year was pretty good. [83:02] It defined... [83:03] It did a few things well, and one thing I don't agree with. [83:07] What it did well is it defined a modest data retention period of 21 days. [83:12] I think that's fine. [83:13] I like 30, but tomato, tomato, it's fine. [83:17] I think the ACLU was lobbying for 3 minutes. [83:20] It's a little tough. It's hard to swallow. [83:23] I think seven, 14, 20-something days is enough. [83:26] There's a trade-off there. [83:29] They mandated formal auditing, which I think is great. [83:33] Not enough of our customers audit themselves on a regular basis. [83:36] We can build software to make that easier, but we need to be pushed to do that. [83:40] Customers don't want it. [83:41] They need to be told to do it, so I think that was good. [83:44] It also validated that this could only be used for criminal investigations, [83:48] which I think is really good. [83:48] While that's obvious, it's helpful to write it in law. [83:51] I think the only thing that I disagree with is they did say [83:55] effectively there's no participation with the federal government. [84:01] I think that's just… [84:03] It's their choice. [84:04] I think it's their choice, and that's the beauty of the country, [84:06] is like Virginia should do what feels right for Virginia. [84:09] But I worry about the types of cases that you don't want [84:13] to read about on the news that tend to get solved by the US Marshals, the DEA, [84:17] the ATF, the FBI, and like they can't use our technology in Virginia. [84:24] Which is like I said, I live in Georgia, so thankfully it doesn't really impact me. [84:29] But as a business, I'm like, I don't know if that's right, [84:31] but I'm more than anything just happy they passed some legislation. [84:34] New Mexico passed a similar bill this year. [84:37] California has a similar-ish bill. [84:39] I think a couple other states have... [84:41] I think the worst type of bill is actually not whether it's 14 days or [84:45] 30 days of data retention. [84:47] To me, the worst bill is an unenforceable bill. [84:51] So you can imagine a bill that's like, this product cannot be used for [85:00] possession of marijuana. [85:01] I'm like, "Who's going to enforce it?" It's unknowable. [85:06] You might believe that, and that's great. [85:08] But someone has to enforce this, and actually what's going to happen is no [85:11] one's going to enforce it now, and that's, I think, really bad law in those cases. [85:15] Yeah. That makes sense. [85:16] I'm curious what your view is on police department procurement. [85:22] What do they do? What do they buy not enough of? [85:26] What do they buy too much of? [85:30] They don't feel like they're swimming in procurement dollars. [85:34] But yeah, I'm curious. Yeah. [85:36] I mean, the thing they buy too much of is, and not to pick on Motorola, things [85:42] that only matter in the 0.001% case. [85:46] It's like, guys, why don't you just use cell phones? [85:50] Like, well, in a natural disaster, and it's like, "Got it, okay." How often, [85:56] so you look at a landmass radio contract, and it's going to cost something like [85:59] San Francisco County $200 million. [86:03] You're talking about that kind of money? [86:05] On a TCV basis, oh yeah. Wow. [86:08] I think... [86:10] Motorola is a really big company. Sure. [86:11] Yeah. That's how? [86:12] Seriously, you don't get there... [86:15] And you go, "Well, I get it. [86:17] If there's an earthquake and every single cell tower goes down, [86:20] law enforcement definitely needs a way to communicate." [86:23] Man, is that really the only way? Yeah. [86:27] Could you guys just have your own tower? [86:29] There's gotta be something. [86:31] But you look into it— Is this a "your margin is my opportunity" [86:33] situation for you guys? [86:35] Maybe, because law enforcement's unique in this case in which they really also [86:39] like that they own the infrastructure. [86:41] They own that bandwidth, and so they can do whatever they want with it. [86:45] I don't think they do anything interesting with it, but they can. [86:48] Versus if they're riding on Verizon or AT&T, they have no control over that. [86:52] Why don't you guys just have the exact same products like radio in the spectrum? [86:56] We probably should. [86:57] Yeah. But we got to— That's my… [86:58] It's like a VC in the boardroom— You should go to an $80 billion company [87:03] that's been in business for 130 years. [87:05] Like, I mean, I guess you did it in payments, and it worked out pretty well. [87:09] But yeah, so I think like that part, I think, is really, really kind of crazy. [87:13] At least in the business world, I feel like I buy for my majority case, [87:16] and I deal with the ramifications of the edge case or build [87:19] around it, and they do that. [87:21] I think procurement is exceptionally slow and exceptionally laborious. [87:26] Everything goes to RFP, but the RFP is written for one vendor, [87:30] so all it does is wind up taking an extra year, six months. [87:36] I get why RFPs exist, but they're not actually RFPs. [87:40] I've never seen an RFP that's not written for one vendor. [87:43] I'm sure it exists somewhere. Yeah. [87:46] I haven't seen it. [87:47] But what I think they do well is one of the things that I think the government [87:50] did figure out is maybe you need to have an RFP for a $200 million contract. [87:55] What about a $10,000 contract? Great. [87:56] So they do have spin levels where if you're a police chief, [88:00] you can go spend $25,000 or $50,000, and not have to go through the entire process. [88:05] You know, it's tough. [88:07] I would not wish upon anyone selling to local government. [88:10] It's more negatives than positives in a lot of ways. [88:14] Yeah, and again, that procurement process has evolved for a reason, and to protect [88:19] against certain other failure modes. [88:20] But yeah— Well, I mean, you think about it in business, and I know you. [88:25] We use Stripe. [88:26] I'm sure you have like six competitors, I don't know. [88:29] But I know you, so I'm just going to buy Stripe. [88:31] That in the business world is considered very normal. [88:34] In the government world, that is called illegal. [88:37] Which is really... It's really interesting. [88:41] But again, it's evolved for a reason. [88:43] The rules are written in blood. [88:44] Well, no, and then like you have plenty of cases where it's gone sideways, [88:49] but it is just interesting dynamic. [88:50] For so many things that we take for granted as normal business practice [88:53] are definitively illegal when procuring with government. [88:56] How do you guys use Stripe? [89:00] A lot of our private-sector customers pay either via credit card or check. [89:04] We have a lot of checks. Okay, so for the public sector stuff, [89:10] that'll generally be via a torturous RFP [89:13] process, NPO and something like that, but for your private sector— [89:18] But even, I mean, we don't want to be in the check deposit business. [89:20] Sure. [89:21] So you use Stripe for the check functionality? [89:24] No one knows about our check functionality that Stripe can accept checks for you. [89:26] Am I allowed to talk about it? [89:28] No, no one knows because we're bad at marketing. [89:30] I was just like, oh. Not because it's a secret. [89:32] No, yeah, no. [89:33] It's like we don't want to be in that business. [89:35] So it's a remote deposit box, or whatever it's called. [89:37] But yeah, that's right. [89:39] We can give you an address that you can give to your customers, [89:41] and they can mail checks to it, and we will turn it into digital money, [89:45] and the fact that a bunch of atoms and an envelope going through the postal [89:49] system were involved, you can forget about those details. [89:53] Not a single customer of ours pays via ACH. [89:54] It's either check or credit card, and we do a lot of checks. [89:58] I'd probably say 80%, 90% are checks, maybe higher. [90:01] You're one of the few tech companies to mostly use Stripe for checks. [90:06] Just trying to buck the trend every day of the week. [90:09] That's really funny. I love that. [90:11] You were talking about police departments maybe being over fixated [90:15] on kind of the 0.1% cases. [90:20] Does that apply to... [90:21] A common critique that you hear of police department procurement is the sort [90:25] of militarization of police departments, and you know what we really need is [90:29] a BearCat for this town of 20,000 people, which is like an armored [90:33] personnel carrier. [90:34] It's like a $3 million vehicle, and it's like, why couldn't we just get an F-150? [90:37] So do you think that applies also to kind of the shiny stuff? [90:40] Oh, yeah. I mean you look at like... [90:42] Early on when we were building the company, we'd get the question of, [90:47] can your license plate reader work on a car going 175 miles an hour? [90:51] I was like, "Probably not. [90:52] I've never driven that fast. [90:54] I'd have to rent a runway to go test this." They're like, "It's [90:58] really important." I'm like, "Really? [91:02] How often does that happen?" They're like, "In a high-speed pursuit, [91:04] people drive very fast." I'm like, in a high-speed pursuit, you know who they are. [91:08] We were criticized, and had to build a product. [91:11] Until we got to like 120, 150, it was a major blocker to sales. [91:16] Really? [91:18] I mean, it's like we built a camera that, I mean, we tested it on roads that we [91:22] drove on, so we'd get up to like 80 or 90 and it worked fine. [91:25] But we had to eventually, we rented [91:27] an amateur racing track and just [91:32] drove around in circles at 120 miles. [91:34] We emailed the employee base and were like, who owns a car [91:36] that goes really fast? [91:37] That was actually kind of funny because a lot of people were like— What [91:38] car do you use to test this? There's some fast cars. [91:41] Plenty of Teslas, Rivians, some other nicer cars. [91:44] They drive really fast, and that was like a fun day. [91:48] It was like, put the cameras up and do it. But that's not the performance. [91:50] Did the cameras work out of the box or did you have to tune the model performance? [91:53] It's fine. [91:53] Yeah, the only place where we had to make one [91:56] modification, which is kind of interesting. [91:57] We deploy a radar. [91:59] So on really busy roads, where our angle of incident is [92:04] particularly tight, we can't shoot super far down. [92:06] We have to shoot at a sharp angle. [92:08] We have a radar attachment that we tilt backwards to notify the cars on the way, [92:13] like get ready, which helps. [92:15] But that's a very far edge case. [92:18] But the camera doesn't actually— You prime the camera essentially? [92:21] Yes, to get ready for a car coming. [92:24] I'm sorry. [92:24] Because the camera is offline unless there's a vehicle. [92:28] I see so you booted it up, and that's a power-saving measure? [92:33] Yeah. [92:34] The most expensive thing we do is take a picture. [92:37] The second most expensive thing we do is send stuff to the cloud. [92:40] Third is just like being a computer turned on, and so it's similar to your [92:44] iPhone turning your screen off. [92:46] Okay. [92:47] So we added the button to take a photo right away. [92:49] The continuously running radar is very low power. [92:52] It's negligible. I see. [92:55] That's cool. Yeah, that was a fun one. [92:56] We were talking about hardware previously, but what's building your [93:00] own drones been like? [93:02] A lot of fun. [93:04] Sounds fun. No, it's fun because like… [93:09] I have kids and you have a kid. [93:10] It's really fun to build a product that your kids understand. [93:15] It's like we drive around Atlanta and my son will count the cameras [93:21] from home to school, or we'll go to the airport, or we'll go to the park. [93:26] I love that he can actually understand what dad does. [93:29] Yes. [93:30] I'm not sure if you've taught your son like how to— I'm screwed on that. [93:33] Yeah. It's like, yeah. [93:34] "We process the world's payments." And so when you show him a drone, [93:39] he's like, "Oh, this is so cool." Obviously, [93:42] he has like a little miniature drone. [93:43] Well, also, you don't only do drones, but you do drones to catch bad guys. [93:46] That's the very early age. [93:50] Yeah, you get like, yeah, to be clear, he'll watch PAW Patrol, and be like, [93:52] "That's what dad builds. [93:53] That's the helicopter." Well, we don't put any people in it. [93:56] But I think what's been fun is we made a [94:01] hypothesis that if you've studied planes, [94:05] I think the most interesting plane, military-wise, is the Warthog. [94:08] Because whereas traditionally, you built a plane, what kind of missiles can we add? [94:14] They were like, "No, no, let's design the best missile. [94:16] It's very precise, very big, and then we'll figure out how to fly it." [94:20] Our thesis was, "Well, we're really good at cameras. [94:23] Drone is really just a camera that flies. [94:24] Let's build the best payload and then figure out how to fly it." [94:29] I could show you the payload the next time you're in Atlanta, [94:31] or we could fly one out here. [94:32] It's like the coolest camera ever. [94:34] It's huge, it's like this big, and it's got four different image sensors, [94:40] maybe six, different optical lenses. [94:43] We can read a license plate almost a mile away. [94:46] Like crazy specs, great thermal, then we're going to get to fly. [94:51] I don't know, I was an electrical engineer, one of my [94:53] co-founders was a mechanical engineer. [94:54] It's fun to build things that fly. [94:56] So it's like, all right, we have a payload, [94:57] we have these airframes, we have aeronautical engineers now. [95:00] It's been fun to grow the engineering team. [95:03] An imaging team, you think about the dock that it lives in, it's effectively [95:06] a commercial grade HVAC system. [95:09] The drone lands, it needs to be cold, it needs to be hot, it has to charge. [95:12] If you know anything about lithium-ion, Lithium doesn't like to be too hot or too [95:15] cold, so you've got to keep that well-conditioned. [95:16] It's like this huge compressor, it's this massive thing that opens [95:19] and closes, and if it's snowing, if it's frozen, [95:22] all of these engineering problems, and that's the fun part of this stuff. [95:26] Yes. [95:27] Everything else is... [95:29] Selling is good, but building stuff's fun. [95:30] How many drones do you have out there in the world? [95:32] We don't disclose that. But decent number? [95:35] Yeah, no, it's hundreds of cities that are flying. [95:37] They are flying drones. [95:40] It's funny when you talk about the A-10 Warthog, you're reminding me of [95:44] the Boyd book by Robert Coram, which I only read recently, [95:49] but it's like one of those kind of Silicon Valley, [95:51] and everyone talks about it, and everyone talks about him [95:54] in the context of his OODA Loop. [95:56] You know, orient, something, decide, act. [96:01] But I think that's actually kind of overrated. [96:04] Actually, the main reason Boyd is interesting is [96:08] helping the Pentagon procure better planes. [96:11] I'm just reminded of that with the Warthog and also, you know, your description [96:14] of needing to run at 170 miles an hour. [96:15] Because basically he came into a Pentagon that had a bunch of bad planes because all [96:19] the generals were just obsessed with specs. [96:21] Yes. [96:22] They wanted, a high top speed and, like, they really judged planes on specs, and [96:28] actually, you know, the fighter pilot joke is [96:31] that there are only two throttle settings in a dogfight: maximum full [96:35] military power or throttles idle. [96:38] Those are the only two energy states that you're in, [96:40] and what matters is maneuverability and the ability to add energy [96:43] or lose energy quickly. [96:44] Anyway, he was involved in basically all of the good planes that were produced, [96:49] including the A-10 Warthog, because he got them out of the mindset [96:52] of just kind of speeds and feeds. Well, that's for us. [96:55] The spec we track is time on scene. [96:58] And so, one of the reasons why we care so much for the payload is like, [97:01] if you have a payload that can see really far away, you don't have to fly there. [97:04] Actually, you get there faster virtually. [97:07] Which is what, if this was a drone that was carrying [97:09] a payload, like a Zipline or something else, like actually physically in there [97:12] matters, but for us, it's just about time on virtual scene. [97:15] Yes. That's what we measure ourselves to. [97:17] That's why we fly high, because physics allows you to see farther. [97:21] That's why we have these huge payloads. [97:22] You don't have to actually fly there, and then you don't have to fly as fast, [97:24] which means you can conserve battery life, which means you're in the air longer. [97:27] All of these designs were around that use case versus like, [97:32] I'm sure Zipline went through a whole separate use case of like, you know, [97:34] what's the max payload and all that kind of stuff. [97:36] How many drones does a city the size of San Francisco need? [97:40] Twelve. Okay, so that's a very small number. [97:42] No, because our average drone can cover a 30 square mile radius and get there [97:46] within under a minute, and thankfully, you know, knock on wood, [97:50] there actually aren't that many 911 calls that merit a response, [97:54] so we look at it both ways. [97:55] We look at it in terms of geography and then 911 density. [97:58] So in more rural parts, you need less drones because there's less [98:02] call for service, and then in more dense urban areas, you need more drones, [98:04] mostly from a volume of service. [98:08] But even in our most dense customers, it's pretty rare that they fly [98:14] two drones at once. [98:15] It happens, but it's like... [98:17] I think our busiest drone is being flown 90 hours a week. [98:21] That's a lot of flight time. [98:22] Sorry, do you dispatch the drone when it's needed from its charging dock, [98:26] or is the idea that it's out there flying already and you just task it? [98:28] Yeah, it lives in the dock. [98:33] There's debate of whether a drone should be in the air at all times. [98:36] Does that actually save you meaningful time? [98:39] Being in the air? Yeah. [98:40] It would save a lot of time. Oh, really? [98:42] Yeah, but you look at the Carpenter case in Baltimore, and they had an airplane [98:47] with a very powerful camera, 24 hours a day, and that was deemed like [98:52] an unwarranted search, so it got killed. [98:55] And so we're very conscious, like we have other part of our business that is [99:00] interesting now at scales, like we have a full team of constitutional [99:03] attorneys, and I'm sure you have like a regulatory team that when you want [99:06] to build something, they're like, let's check it before we ship. [99:09] We have a constitutional team that's like, cool idea, let's actually make sure [99:13] this doesn't violate the constitution. [99:13] Let's just look up the Fourth Amendment here real quick. [99:15] Yeah, let's just like double-check this thing, [99:18] and so when you look at the drone, like we believe, [99:20] and this hasn't been tested in court, but these are smart people. [99:23] They're like, look, it's unclear how that would end in court. [99:27] But if you call 911, there is a reason to fly the drone. [99:31] If there's a gunshot, if there is a gunshot detection, [99:35] if there is a stolen car, that is a reason to dispatch versus [99:38] just flying around looking for stuff. [99:41] It's not unconstitutional, but we would not push that as a use case. [99:44] I'm sorry, like a lot of this precedent, as new technologies come along, [99:48] people reason by analogy of like, a car is somewhat like your house, [99:53] but somewhat different, whatever. [99:55] Isn't a drone flying around just like a police cruiser on its patrol? [100:01] So the... And I'm not an attorney. [100:04] Hasn't been the case yet. Neither am I. [100:05] But, it's never stopped me yet. [100:06] The other analogy that would be the butterfly effect, [100:08] which is like when things are much, much cheaper and much, much easier, [100:12] historical precedent gets thrown away, and so you take the helicopter example. [100:16] You could say, "Oh, well, helicopters fly sometimes." Yeah, [100:18] but helicopters are so expensive, it's not practical to have 24/7 aerial coverage. [100:23] With a drone, it's not impractical. [100:26] It's the same reason why when we launch our drone, we want to go from the launch [100:30] location to the in location, the camera's pointed at the horizon the whole time. [100:36] We don't want to look in your backyard. [100:39] That's like... [100:40] We feel really strongly, and that's not a law, [100:41] that's just our point of view of where the law should be, so we'll [100:44] build a product for that. [100:45] Then, if the operator wants to tilt down, that's their control. [100:49] But as a default, we're flying straight on. [100:51] That's very interesting. [100:52] Last question. [100:55] You guys have grown with cameras out there in cities, now getting into drones, [101:01] building the software OS to help law enforcement agencies, and others kind of [101:05] synthesize all the information they have. [101:07] Just what comes next? [101:08] What future product ideas are you playing with? [101:10] Where do you want to go? [101:11] So, if I think about it, we talked about this earlier, [101:16] failure for Flock is prison population goes up. [101:19] It's actually like really bad. [101:23] We look at, the products today are very much focused in the middle of a crime. [101:27] A crime has already happened, and therefore we should solve it, [101:29] and that's really good, and I think we're definitely not done, but [101:33] we've done a lot of work in that category. [101:36] I get pretty interested in expanding that and going, "Well, what about what can we [101:41] be doing from a product perspective to prevent crime from happening?" [101:45] That actually doesn't necessarily look like software. [101:47] It's like one of the interesting things that we started last year, [101:50] so we call our Thriving Cities Fund. [101:52] It's probably in an analogy similar to your Stripe Press. [101:56] Which is like it's never going to be the core of your business, [101:58] but you feel really good that it's a part of your business, [102:00] and so when we go in places like Greenville, Mississippi, [102:03] we also commit to deploy capital as growth partners to those businesses. [102:08] Because if we want to convince that 16-year-old to not be a criminal, [102:12] there does need to be jobs. [102:14] Jobs that like a 16-year-old can get, and so we deploy capital in restaurants, [102:19] nail salons, like pick your business that you can be 16 and work at easily, [102:23] and we want more of those to exist. [102:26] Last year, I think we were at 21% IRR, so it's not a bad business. [102:31] I think Flock's stocks done a lot better than 21%, but I feel really strongly we [102:35] could deploy hundreds of millions, if not billions of dollars of capital [102:38] in the cities that also choose to be safe. [102:40] I don't want to go deploy capital in a place that doesn't want to be safe. [102:42] But for that, I want to do more there. [102:46] Then, I think to our conversation on the other half, [102:50] the majority of the crime we solve is not violent. [102:52] It's non-violent, and today, the discrepancy for a juvenile [102:58] and non-juvenile, you still wind up in some type [103:01] of penitentiary or prison system. [103:04] I think that's crazy. [103:05] All the data shows, as soon as you wind up in prison, you're going to get violent, [103:10] and you're going to come back. [103:13] So, I would articulate there is [103:15] an opportunity, don't know yet what it is, to say, "Well, hold on. [103:18] If this was an opportunistic criminal, is there a product—with a capital P, [103:24] because it might not be software, it might be hardware or software, [103:26] I don't know—that allows that person to have a second chance?" [103:31] And in a way that is not going to increase their likelihood of doing it again. [103:35] Like, that's bad. [103:37] But like, prison can't be the answer. [103:41] It just doesn't work. [103:43] The whole concept of prison will never work, [103:46] and there are some incredibly well-run prisons with really well-intentioned [103:49] wardens doing the best of their ability, but the concept of putting a bunch [103:52] of violent people together is by default flawed, and so I question [103:57] what could Flock be doing to say, "I'm going to prevent kids from becoming [104:01] criminals, and if you do wind up on that path, [104:04] how do I get you back on track as fast as possible?" We're a for-profit business, [104:08] so I'm not looking to be a non-profit. [104:11] But I think there is something there. [104:13] I mean, you're talking about millions and millions of people who really need... [104:16] It's actually as a society in our best interest to get them back [104:20] in and productive, and I want to do both of those. [104:23] So, fewer crimes, fewer people in prisons? Yeah. [104:25] That's the end goal. [104:27] Thank you. Thank you. [104:28] It was fun. It was awesome. [104:29] Yeah.