Quality for robots and autonomous systems
From collaborative robots to self-driving stacks, autonomy means software makes decisions with physical consequences at speed. TestLauncher brings scriptless, adaptive testing and continuous compliance to robotics and autonomous systems — coverage for the long tail the real world always finds.
What makes quality hard in robotics & autonomy
The long tail of the real world
Scenario coverage has to reach the rare and adversarial cases that never appear in a hand-written test — the ones the real world eventually produces.
Human-robot interaction safety
Collaborative and service robots share physical space with people, so behavior around humans must be validated to a far stricter bar than throughput.
Functional safety at rigor
ADAS and autonomous-driving stacks are held to strict, auditable functional-safety expectations — with the evidence trail to prove it.
Continuous fleets, continuous change
Over-the-air updates change behavior across a whole fleet at once. That demands continuous regression and fresh evidence with every release.
One intelligence layer for robotics & autonomy
The same owned QA Brain — testing, knowledge, and compliance — focused on the risks this sector can’t afford to get wrong.
bugAgent
Scriptless scenario exploration and adaptive regression across releases — finding the edge cases before the fleet does.
ARC
Continuous compliance and safety-case evidence that keeps pace with every OTA update.
qualThread
Traceability from requirement to scenario to field incident, so a fleet learns once and never relearns.
manualTesting
Expert exploratory testing for the situations automation cannot yet imagine — human judgment where it matters most.
Designed to support the regimes you work toward
TestLauncher is designed to support programs working toward the standards below and generates the traceability and evidence they call for. Naming a standard here is not a claim of certification — it describes the regimes our customers operate in.
- ISO 26262
Functional safety for road-vehicle electrical/electronic systems.
- ISO 21448 (SOTIF)
Safety of the intended functionality for perception-and-act systems.
- ISO 10218 / ISO/TS 15066
Industrial and collaborative robot safety.
- UL 4600
Safety case for fully autonomous products.
- ISO 13482
Safety for personal care (service) robots.
Bring the QA Brain to robotics & autonomy.
Powered by bugAgent, ARC, qualThread, manualTesting. Tell us where quality can’t fail and we’ll show you what an owned intelligence layer looks like for your programs.