Controlling physical actuators? GreatCTO auto-attaches robotics-pack with ISO 10218-1/-2 + ISO/TS 15066 cobot force/pressure limits (per body region) + ISO 13482 + IEC 61508 SIL declaration + SROS2 (ROS 2 production must NOT be INSECURE) + HARA hazard analysis + sim-to-real validation gates. Surgical robots auto-trigger fda-reviewer handoff (PMA path).
ros 2 · moveit · cobot · manipulator · AMR · AGV · surgical robot · drone
The pack rides on top of your base archetype (web-service, ai-system, fintech, …) — it doesn't replace it. Auto-injects reviewer agents into the pipeline + opens human gates listed below.
ISO 10218 + ISO/TS 15066 cobot limits + ISO 13482 + IEC 61508 SIL + SROS2 + HARA + sim-to-real
gate:plan + gate:ship.| Gate | Owner | Trigger |
|---|---|---|
gate:hara-signoff | licensed safety engineer | every release affecting hazard surface |
gate:functional-safety-test | QA-lead | surgical / autonomous / high-risk |
Each EVAL has ≥5 test cases, pass threshold, regression interpretation, cross-refs to TM + gates. Run via your existing test framework.
EVAL-robot-policy-safety.mdEVAL-robot-e-stop-latency.mdEVAL-robot-watchdog-failsafe.mdListed companies operate in this space. Inclusion is based on publicly available product descriptions and does not imply endorsement of or by GreatCTO.
packs: in PROJECT.md./migrate to re-run detection with updated rules.$ npx great-cto init