Camera Reliability monitors your entire fleet across every video system — and tells you not just that a camera is down, but exactly why: Skyline configuration, IP mismatch, iNet sync failure, or encoder gap.
Traffic cameras exist for one reason: to help operators manage incidents, protect first responders, and keep traffic moving when something goes wrong. A camera that's been offline for two weeks isn't just an ops inconvenience — it's a gap in the safety picture that nobody in the agency knows is there.
A state DOT's video system runs through Skyline, but a blank camera on 511 might have nothing to do with Skyline. The encoder might be misconfigured. The IP address might have changed and nobody updated the system. The iNet sync might have failed. A technician might have swapped hardware without telling anyone.
Every system points at a different vendor. Nobody has the full picture — so nothing gets fixed, and the camera stays offline for weeks.
Large DOT fleets routinely run at 70% uptime. The other 30% is invisible breakage accumulating across processes no one has mapped.
Camera 2847 — I-285 East
Blank on 511 for 12 days. IT ticket open against Skyline. Skyline says it's not their system. Nobody checked iNet.
Beacon Camera Reliability
Camera is live in iNet. Feed is available in Skyline SFS. Root cause: IP address changed after encoder swap on June 3rd — Skyline was never updated. Action: update Skyline host mapping for encoder 2847-A.
12 days of blame. 20 minutes of diagnosis.
Camera Reliability classifies failures by type so the right team fixes the right thing — instead of everyone blaming each other.
When a camera or encoder is replaced, the new IP address needs to be pushed to Skyline, iNet, and Navigator. It rarely is. Camera Reliability detects the gap before it becomes a 3-week ticket.
A camera can be working in Skyline and invisible in iNet. That's not a Skyline problem — it's a sync problem. Camera Reliability checks both endpoints and surfaces the gap explicitly.
When high demand hits the stream manager, cameras start dropping. 185 cameras went offline in one afternoon during a traffic event. Camera Reliability catches mass drop events and correlates them to demand patterns.
Some cameras are actually broken. Camera Reliability separates these from process failures — so engineering resources go to real hardware problems, not phantom software tickets.
Camera Reliability doesn't just ping a camera. It checks every system the camera feeds — simultaneously.
Beacon maps every camera across all endpoints — 511, iNet, Claris, Navigator — and establishes which are expected to be active. Mass drops and long-running outages are immediately visible.
When a camera goes dark, Camera Reliability checks each feed independently to identify where the break occurs. IP mismatch, sync failure, stream demand, and hardware failure each have distinct signatures.
Findings flow directly into your ticketing system — with the root cause, the affected endpoint, and the recommended fix. The right team gets the right ticket on day one, not day twelve.
Skyline distributes camera streams to 511, iNet, Claris, Navigator, and potentially third-party consumers. A failure in any one feed looks like a camera problem — but it might be a feed problem.
Nobody was monitoring all five simultaneously. Now someone is.
Built for large fleets. Camera Reliability is designed for agencies running thousands of cameras across multiple video systems. We can baseline any state DOT's fleet in hours — and we already know what we'll find.
State DOT camera fleets run at roughly 70% uptime — not because the hardware is bad, but because no one has the full picture across every system at once.
"The cameras that are down aren't just a maintenance problem. They're a gap in the safety picture — and in most agencies, nobody knows which cameras are in that gap or why."Jim Anderson, CEO, Beacon
Every large DOT runs a version of this. We built a reconnaissance tool to baseline any state's camera health in hours. We already know what we'll find.
Talk to our team