AI-enabled safety and quality engineering for robotics teams deploying fast. Know your requirements early, build with the rigor of regulated industries, and have evidence ready when a customer, regulator, or insurer asks how safety and liability were handled.
One model of what your robot senses, does, and operates in. Everything that follows runs on it.
Where you deploy decides which rules apply, and who gets a say. We read the whole stack, federal to city, and tell you which of it binds.
Every situation your robot can meet, generated rather than brainstormed, and measured for how much of it you cover.
For each thin spot, the hazards step by step, each with a constraint and an owner.
Rated and rolled up across the map. A register an insurer can audit, and a safety case behind it.
Fewer than the list suggests. We find the ones that bind and turn them into requirements you can test.
Every claim is a chain you can walk, clause to part to code to test. Change one part and the model shows what it unsettled.
Which regulations and standards bind where you deploy, translated into requirements you can test.
Scenario coverage, and hazard analysis against it with STPA and FMEA, with constraints, owners, and residual risk in one register.
Requirements, hazards and tests mapped to the clauses they answer, feeding a safety case that regenerates when anything changes.
Describe your system in four short answers and we will send you a brief: which rules bind where you are deploying, what your scenario space looks like, and what we would probe first. It takes a few minutes to generate and arrives at your work email.
Safety and system validation for construction-zone autonomy. Safety-critical software shipped to regulated industries. Built by people who have carried this work to deployment.
Engaged today across delivery robots, industrial robotics, and automotive ADAS. We leave your team stronger than we found it.
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