Nine hundred American cities have drones answering their 911 calls — automated flying units that launch when certain emergency calls come in, sometimes without a human deciding to send them. The data protocols and system architecture connecting those drones to emergency dispatch are, in nearly all documented cases, undisclosed to the public. The communities underneath the flight paths were not asked, and no city held a public vote before its 911 dispatch system started sending machines overhead.
Automated dispatch infrastructure operating under closed-door rules, over communities that never had a say: that is what drone-as-first-responder programs have become. The drones became permanent the moment nobody was watching. Nobody declared it. Nobody had to.
The acceleration is real. From 2018 through 2024, the FAA approved roughly 50 drone-as-first-responder waivers total — about eight per year, a collective pause while the agency figured out what it was allowing. Under a new expedited review process launched in 2025, 214 programs received approval within twelve months, with 300 more applications pending, according to Police1. The dam broke. Most communities did not notice until the drones were already overhead.
What the approval covers is another gap. Drone-as-first-responder waivers are not public documents in any systematic form. Researchers, journalists, and community advocates who want to know what rules govern drones flying over their neighborhoods cannot simply request the applicable waiver and read it. Chula Vista's program operates under a waiver the city has declined to release in full, citing operational sensitivity. The FAA has not published a standard conditions template. Each approved program carries a different set of constraints, negotiated separately, documented nowhere centralized.
The Sarasota County Sheriff's Office described its system at the Motorola Solutions Summit in Orlando this week: a network of drones that launch automatically from rooftop stations when certain 911 calls come in, stitched directly into dispatch — not a drone an operator chose to fly, but infrastructure that decides for itself. Sarasota County calls it DFR 2.0. The version before it was a tool. The version after is a system.
That opacity runs underneath a market BRINC CEO Blake Resnick has estimated at $6 billion to $8 billion in the US and other countries, TechCrunch reported — his own projection, not a regulator's, but a signal of the scale of bets being placed. BRINC holds an exclusive North American public safety reseller agreement with Motorola Solutions, meaning the corporation that sells the radios officers carry and the dispatch system routing their calls is the exclusive channel for BRINC's Guardian drone. The Guardian, introduced in March, can carry an AED, Narcan, or flotation device selected automatically based on the emergency type. It has a 62-minute flight time, an 8-mile range, and a top speed over 60 miles per hour, and can swap its own battery in under 40 seconds.
The integration touchpoints are documented in Motorola's press releases: an officer's emergency button on an APX NEXT radio can prompt Guardian drone dispatch; a 911 call keyword can trigger deployment; a license plate hit can prompt a drone response. Whether those integrations represent bidirectional data exchange — the drone feeding location and sensor data back into the computer-aided dispatch system automatically — or a reseller relationship with a manual launch step is not documented in any public technical specification. BRINC describes the platform as highly interconnected with Motorola's dispatch ecosystem. A competitor, asked to comment for this article, said the undisclosed depth of the connection was itself the competitive moat.
Faine Greenwood, an analyst who studies drone policy, called the Guardian's speed and battery specs an incremental improvement rather than a step change. "Even if these claims are true, the speed and battery life is an incremental improvement over other comparable drone platforms", she told Ars Technica. "This is not a game-changer situation." BRINC disputes that framing.
The outcomes departments cite are real and, in some cases, dramatic. Chula Vista officers used a drone-as-first-responder to locate a person trapped in a burning vehicle and pulled them out before the car was fully engulfed, Police1 reported. Redmond, Washington's police department says its drone arrives at Priority 1 calls in 88 seconds, 48 percent faster than officers on average, according to Skydio, which supplies the department's program. San Francisco's RTIC program contributed, by the department's own count, to a 30 percent drop in overall crime in 2025, a 42 percent reduction in auto theft, and 500 arrests.
Those numbers are self-reported by departments running active programs with no independent audit. One founder at a competing drone company, who asked not to be named because they compete for municipal contracts, described a pattern they had observed: some prospective customers described dramatic response time improvements as meaning the drone was now responding to 40 percent more calls, because it was reaching incidents it previously could not have reached in time — not that existing calls were being resolved faster. Drone-as-first-responder returns ground units to service before they arrive on scene in 25 percent of responses, according to Police1, a figure that has not been independently verified across programs.
Cities are committing real money. Yonkers formalized its drone-as-first-responder program this year after a 2024 pilot that cost roughly $100,000, Route Fifty reported. Sterling Heights, Michigan committed $678,822 over five years. Newport Beach, California signed a $2.17 million five-year contract for seven drones, Ars Technica reported.
The Sarasota County system, with automated launch and integrated dispatch and citywide coverage, required a procurement decision and an FAA waiver. It did not require a new public debate. Who asked the people underneath the flight paths is a question the procurement record does not answer.