Fail in simulation. Work in the real world.

Digital Twin Security finds how an autonomous system fails before it shares a road or an airspace with people.

Found by our simulator in the reference vehicles we ship with it.

Tornado crosses the survey route

The patrol drone flew on through 55 m/s of wind. High
Eagle strikes the drone over the range

60 percent of one rotor gone. The drone drifted out of its operating area. Critical
Satellite position pulled slowly off course

The drone followed a false position without flagging it. Medium
Two shuttles reach an unmarked junction together

Neither gave way. They met at 5 m/s. Critical
Broken down car beyond a patch of black ice

The shuttle braked too late and struck it at 9 m/s. Critical
Child steps out from behind a parked van, wet road

The shuttle reached the child at 6.1 m/s. On a dry road it stops 1.7 m short. Critical
Thin crane boom on the route in thick fog

The drone struck the boom at 7.4 m/s. Critical
Two delivery robots meet head on

Both edged to the same side and bumped at 1 m/s. Medium

What happens in a test

01
Connect your system.

ArduPilot runs exactly as it does on real hardware. Your own stack connects through our Python SDK.
02
Describe the situation.

Write it in plain words or choose one of ours. The AI turns your words into a test the physics can run.
03
Run it many times.

Wind, timing and grip shift slightly on every run, as they do outside. The runs go side by side on AWS.
04
Read what went wrong.

Failures arrive grouped by type, each with its likely cause and the exact run to replay.

Tyres lose grip on wet asphalt and ice. A bird that strikes a rotor takes thrust in proportion to the blow.

Our last full sweep ran 89 tests across every vehicle in 32 seconds on AWS.