How to Use a Public Flock Camera Map to Check Coverage Near You in the US

Before you file a public records request or email a city council member, there is a five-minute first step: type a postal code into a search box and count the pins. A publicly available map now shows the installed positions of Flock automated plate readers, which lets residents in the US see which intersections, parking-lot entrances and school zones near them may already hold a device. Two caveats come with those pins — the underlying list was compiled by an outsider rather than the company, and it reflects one moment in time, not a live registry.

What the hardware writes down about every passing car

The most common misunderstanding is that these cameras wait for a suspect. They do not. A Flock unit photographs each vehicle that drives past it, regardless of whether anyone in the car is suspected of anything, and the record is created whether or not the plate is readable.

A single pass can generate:

• the license plate, read automatically;
• the exact time of the pass;
• the location of the camera;
• make, model and color, plus finer details such as dents and bumper stickers, captured through Flock's Vehicle Fingerprint feature so a car can still be traced when the plate is not legible.

Those entries are uploaded to Flock's cloud, where police departments can query them and pass results to other agencies across city and state lines. The scale is easy to understate: the company says its network handles more than 20 billion vehicle reads a month across 49 states.

Why the misuse conversation never really closed

Access that broad creates room for abuse that is anything but technical. A Washington Post review found at least 50 officers accused or charged with misusing license plate readers, frequently to follow people connected to their personal lives, and Flock's system was involved in 46 of those cases. MyTechDailyNews put two questions directly to Flock's chief executive, Garrett Langley: how the company responds when misuse surfaces, and who actually controls the data its devices collect.

How the device list behind the map was built

The locations plotted on the map trace back to independent research by cybersecurity researcher Joshua Michael. The map itself does not host or distribute that dataset; it displays what the research recovered.

The sequence matters. In November 2025, Michael found that Flock's servers had left an access token publicly exposed — one that anyone could obtain without logging in. He reported the problem to Flock, then published his findings along with his own map in December. The inventory he assembled lists more than 170,000 cameras and over 130,000 other Flock devices.

Published count versus inventoried count

Figure	Where it comes from	What it represents
around 120,000 cameras	Flock's own public statements	the number most reporting repeats
more than 170,000 cameras	Michael's inventory	camera positions pulled from Flock's own systems through the exposed token
over 130,000 other Flock devices	the same inventory	non-camera hardware logged alongside the cameras
about 40% higher	comparison of the two camera counts	the gap between the figure in circulation and the retrieved list

Four assumptions worth correcting

• "The map is current." It is not. Everything shown is a snapshot from December 2025, so hardware installed or removed after that point will not appear.
• "Only wanted cars are logged." Every vehicle passing the lens is captured, suspected or not.
• "The company's number is the whole picture." The researcher's camera count sits about 40% higher than the figure Flock has publicly cited.
• "All camera maps work the same way." Community projects such as DeFlock depend on volunteers reporting devices they spot; this inventory comes from Flock's own records, which is why coverage and precision differ from map to map.

Questions readers ask first

What kind of device is this, exactly?

It is an automated license plate reader made by Flock Safety. It photographs passing vehicles, reads their plates, and files where and when each car was seen. Police departments and other customers can then search those stored records.

How do I look up hardware around my address?

Enter a ZIP code in the search bar above the map. The view jumps to that area and displays every camera in the dataset there. If you prefer to browse, zoom and drag across any neighborhood in the US.

Who produced the numbers the map displays?

Joshua Michael, a security researcher, retrieved the inventory from Flock's systems using an access token the company had left exposed. Flock was told about the issue before the findings and the map were released.

Can a vehicle be tracked if the plate is unreadable?

Yes. Vehicle Fingerprint records make, model, color and distinctive surface details, which is what allows a car to be located without a clean plate image.

Is the map complete enough to rely on?

Use it as a starting point, not a final answer. It captures a single December 2025 moment, and a missing pin does not prove no device is operating nearby.

What to do with what you find

1. Search your own ZIP code, then repeat the check for the routes you take to work, school or the gym.
2. Note the date of the data before you treat any pin as proof of present-day coverage.
3. Compare the official camera figure with the researcher's inventory so your questions to officials are grounded in both numbers.
4. If a pin sits somewhere sensitive, take it to your municipal leaders, who can confirm whether a device is active and who receives the reads.
5. Keep personal-tracking concerns in view: the Washington Post findings show misuse has historically come from insiders, not outside hackers.

For everyday readers, the value of this tool is simple: it turns an invisible network into something you can look up in seconds and then question with specifics. The map will not tell you how long a record is stored or who in your police department can read it, and that is exactly the kind of follow-up it is best suited to start.