Flock cameras aren’t just a privacy problem… they’re a SAFETY problem.
The short version: A public commenter says a city installed Flock ALPR hardware in violation of DOT and municipal engineering standards, adding a physical safety risk to the privacy problem.
Our Take
Credit to Earth to Nick for surfacing something we don't hear enough about: Flock's cameras don't just watch you, they get physically bolted onto public infrastructure, and that installation has to follow the same rules as a stop sign or a traffic signal. According to the speaker in this video, the hardware in question sidestepped DOT and municipal engineering standards — the kind of rules that exist so poles don't become fixed obstacles in a clear zone, sightlines aren't blocked at intersections, and utility crews know what's bolted where before they start digging.
This matters because it exposes how fast these systems get deployed. Flock's pitch to city councils is speed and convenience — sign a contract, mount the cameras, start streaming plates to police departments and to Flock's national network. What often gets skipped is the boring procedural stuff: engineering review, permitting, ADA and right-of-way compliance, the paperwork that normally stands between a private company and a pole on your street corner. When a city waves that through, it's not just a privacy shortcut, it's a public-safety shortcut too.
It's one more example of why local pushback works better than waiting for state or federal rules to catch up. If a city can't show that a Flock install went through the same engineering standards as any other roadside equipment, that's a legitimate line of attack at a council meeting, not just a philosophical objection to surveillance. Check our camera map to see what's already up in your area, and use our take-action resources if you want to start asking your city the same questions this speaker did.
This is DeFlock The USA’s original commentary. The video above is the work of Earth to Nick, published on YouTube — full credit to the creator.