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No division of work
Nothing decides which drone owns which task, so coverage is duplicated in one place and quietly dropped in another.
Your fleet software plans the work. Deadlink takes over when a machine disconnects mid-job. It hands the unfinished work to the nearest machine that can do it, any brand. It logs every decision so you can replay the run and prove what got done.
One pilot, one aircraft, one job works for demos. It does not scale to fleet work. Every added drone creates more handoffs, more failure points, and more doubt about what was covered. When a link dies, teams duplicate coverage, miss zones, and lose proof of what got done.
Nothing decides which drone owns which task, so coverage is duplicated in one place and quietly dropped in another.
When a link dies mid run, the job dies with it. No one picks up the work the lost aircraft was meant to finish.
When it is over there is no record of what was actually covered. What happened is estimated, not proven.
The fleet's own software plans the work and runs the operator screens. Deadlink touches neither. When a machine disconnects mid-job, Deadlink hands its unfinished work to the nearest machine that can do it, any brand. That is why vendors who compete with each other can all install it.
Deadlink tracks which machine holds each task, so the work is claimed exactly once. Nothing is duplicated, nothing is dropped.
The moment a machine drops mid-job, its unfinished tasks go to the nearest machine that can do them. The work holds and the mission keeps moving.
Each decision is written to an event log before the fleet acts. A full run can be replayed from scratch, so what happened is proven, not estimated.
It works like ABS in a car. The carmaker builds the car. The supplier builds what takes over when the wheels lock. The same supplier sells to every competing carmaker.
Across emergency response, mining, inspection, agriculture, and logistics, one aircraft is turning into many. The same wall exists for mining trucks, warehouse robots, and farm equipment. When one machine breaks, the whole run is at risk.
Search a disaster zone with a swarm, not one aircraft.
Keep a pit of haul trucks and drills moving when one goes dark.
Cover miles of grid, pipeline, and rail in a single pass.
Spray and scout thousands of acres with one small crew.
Run fleets of delivery drones across a city at once.
Nobody owns what happens when a machine breaks. That's the missing piece.
Build the system that takes over when a machine breaks. Make it work on any brand. Every one of these industries will need it.
Deadlink records every decision before it acts, then replays a complete run from scratch, fault and all. This is the runtime working today on a simulated fleet, under a real test suite.
The runtime is the foundation. Next, the takeover goes end to end, gets the tooling around it, and earns its hardest proof on real hardware.
End to end. A dropped link hands its work to a healthy drone with no operator in the loop.
Scrub, inspect, and replay any run from its event log, frame by frame.
One screen that shows what broke, who took over the work, and what got done.
Take an aircraft offline mid-mission and watch the fleet finish the job without it. The promise from the top of this page, proven in the air.