Inspect the team before use
Active database publicationRobotics Safety Validation
Integrated robot application requirements, hazards, safety functions and deterministic validation evidence joined for qualified safety review.
Opens the installed OpenCorvus desktop app. The client re-downloads and re-verifies this exact revision, then asks you for an install scope. No desktop app yet? Install OpenCorvus first
Bound execution graph
Workflow and handoffs
The graph shows who owns each step and which earlier result it depends on. It explains the team's collaboration contract; it is not live task progress and does not schedule Agents from the page.
9ec73f585 nodes- 01robot-system-requirement-interface-analystFreeze the integrated robot application boundary and trace requirements across robot, controller, end effector, sensors, energy, communications, workspace, people and external equipment.
root - 02robot-task-hazard-risk-reduction-analystAnalyze task, mode and lifecycle hazards and the supplied risk-reduction evidence without accepting residual risk.
root - 03robot-safety-function-control-validation-analystTrace safety functions and safety-related parts of control systems to configuration, analysis and test evidence.
root - 04robot-application-test-evidence-analystOrganize deterministic verification and validation evidence across unit, integration, simulation, hardware-in-the-loop and bounded field layers.
root - 05robotics-safety-validation-case-ownerJoin the four independent branches into a contradiction-preserving evidence case for qualified safety review.
← robot-application-test-evidence-analyst + robot-safety-function-control-validation-analyst + robot-system-requirement-interface-analyst + robot-task-hazard-risk-reduction-analyst
Intended scope
Use for bounded integrated-robot application safety evidence.
- Product pillarscode + work
- Agent roster5 declared roles
- Declared workflows1 complete responsibility and dependency graphs
- Full capability projection1 Skills · 3 tools · 0 MCP refs
Roles and ownership
This roster comes from the exact package. Agent identity and base role participate in the real runtime; avatars, ratings, and personas do not influence selection.
- Robot System Requirement and Interface Analyst
exploreFreeze the integrated robot application boundary and trace requirements across robot, controller, end effector, sensors, energy, communications, workspace, people and external equipment. - Robot Task Hazard and Risk Reduction Analyst
delegated-workerAnalyze task, mode and lifecycle hazards and the supplied risk-reduction evidence without accepting residual risk. - Robot Safety Function and Control Validation Analyst
delegated-workerTrace safety functions and safety-related parts of control systems to configuration, analysis and test evidence. - Robot Application Test Evidence Analyst
delegated-workerOrganize deterministic verification and validation evidence across unit, integration, simulation, hardware-in-the-loop and bounded field layers. - Robotics Safety Validation Case Owner
delegated-workerJoin the four independent branches into a contradiction-preserving evidence case for qualified safety review.
Workflow and handoffs
The graph shows who owns each step and which earlier result it depends on. It explains the team's collaboration contract; it is not live task progress and does not schedule Agents from the page.
robotics-safety-validation-review
Robotics Safety Validation Review
Four independent evidence branches converge into an explicit qualified-review case owner.
- 01robot-system-requirement-interface-analystFreeze the integrated robot application boundary and trace requirements across robot, controller, end effector, sensors, energy, communications, workspace, people and external equipment.depends_on: []
- 02robot-task-hazard-risk-reduction-analystAnalyze task, mode and lifecycle hazards and the supplied risk-reduction evidence without accepting residual risk.depends_on: []
- 03robot-safety-function-control-validation-analystTrace safety functions and safety-related parts of control systems to configuration, analysis and test evidence.depends_on: []
- 04robot-application-test-evidence-analystOrganize deterministic verification and validation evidence across unit, integration, simulation, hardware-in-the-loop and bounded field layers.depends_on: []
- 05robotics-safety-validation-case-ownerJoin the four independent branches into a contradiction-preserving evidence case for qualified safety review.depends_on: robot-application-test-evidence-analyst, robot-safety-function-control-validation-analyst, robot-system-requirement-interface-analyst, robot-task-hazard-risk-reduction-analyst
Capability scope
The full projection includes built-in, default, and package-owned references. The package-owned subset is disclosed separately and never presented as the complete permission surface.
- Full Skill projection1 unique references; 1 are the package-owned subset
- Full tool projection3 unique references; 0 are the package-owned subset
- Full MCP projection0 server/tool/prompt/resource references; 0 are the package-owned subset
- Configuration0 fields · 0 required
Version and provenance
During publication import, the website reconstructs the canonical file tree and complete display facts from the exact ZIP referenced by the signed catalog. The local Manager validates shape, identity, topology, and digest again during install.
- Identitybuiltin/robotics-safety-validation
- Version2026.08.13.1
- Package SHA-2569ec73f587ce38ce940d92608c1691db06449bcc3c47ce6f88bce8313a1ac580e
This record belongs to the active database publication. The importer checked it field by field against the OpenCorvus-signed catalog, exact ZIP, and content digest. The signing private key never reaches the production server; third-party publisher identity and independent review services are not open yet.
Install boundary
The page can hand this exact revision to an installed OpenCorvus client, or stream its content-addressed ZIP. Neither path installs or activates a team from the web: the client re-downloads the archive, re-verifies its bytes, digest, and shape, and requires an explicit scope.
- 01Resolve the exact revision in the website database, verify ZIP bytes and SHA-256, then hand it to the client or start the download response
- 02Recompute the digest and strictly validate the selected package during client import
- 03Require the operator to choose project or user-global scope
- 04Import atomically through the Manager and return a mutation receipt
- 05Select the installed Squad separately before the active profile changes