The feed is already in the fight: night, haze, distance, a link under attack. Reseen recovers the frame and reads it before a person has to decide.
The same model, sat where the operation already is. Nothing is ripped out. The stream you have is the stream we read.
EO/IR leaves a fixed-wing or rotary platform already degraded: night, haze, stand-off, a downlink losing packets. Restoration runs before the frame reaches the ground station, so the operator and everything downstream see the recovered picture.
On a UGV or quadruped the link is the first thing to fail. The model can sit on the platform itself: recover the frame, read it, and keep producing insights with no connectivity at all.
Perimeter, mast and site cameras stay where they are. One integration on the streams already running. The fence keeps its cameras, its network and its data.
Every frame is encoded, encrypted, attacked in flight and arrives broken. Restoration happens after the damage, not before it — which is why the loss on the rail is real and the output still holds.
An operator blinks about once every three seconds and loses roughly 300 milliseconds of the world each time. We return five insights a second, so one and a half of them land inside the gap where nobody was watching.
One integration on the feeds you already run, or the whole model on the platform itself with no link at all. Nothing leaves your infrastructure.
Fixed-wing and rotary, EO/IR payloads.
Ground robots under degraded comms.
Perimeter, mast and site cameras.
One integration on the feeds you already have.
Runs on-platform. Zero connectivity required.
Recover the frame, then read it. One model pass, on your hardware.
We convert low-quality data into high-quality data, so the decision you take is a high-quality one.
Live
EO · nadir · 2.4 km
UGV · 0.97
STRUCTURE
The one from the operation nobody can use. We will show you what is still in it.