Robotics Autonomy Hazard Mapper.

Required input fields.

• Robot type (required): Mobile robot, Industrial/collaborative arm, UAV/drone, Autonomous vehicle
• Operating environment (required): Controlled, Shared human workspace, Public/unstructured
• Autonomy level (required): Assisted, Partial autonomy, High autonomy
• Human proximity (required): No proximity, Occasional, Close or collaborative
• Sensing evidence (required): Missing, Partial, Complete and reviewed
• Fail-safe modes (required): Missing, Partial, Complete and reviewed
• Human override (required): Missing, Partial, Complete and reviewed

Data handling: this interface uses the L2ET protected same-origin instrument engine. Do not enter confidential, regulated, privileged, incident, medical or sensitive operational data.

Hazard Map logic.

Combines environment, autonomy, proximity, sensing, fail-safe and override evidence into a hazard map and test matrix.

Source families

Assumptions

• User must define real operating envelope.
• Physical hazard analysis requires engineering review.
• This is not a certification tool.

Robotics autonomy hazard map.

The generated artifact includes findings, assumptions, limitations, recommended next actions and exportable structured output.

Export options

Example input and output.

Example input

Mobile robot in shared workspace with close human proximity and partial fail-safe evidence.

Example output

Outputs high-risk interactions, fail-safe requirements, human override requirements and test scenarios.