Loading system evidence
Loading system evidence
Operate ROS 2 systems through network failures, container boundaries, deployments, rollback, and fleet incidents.
Sign in to start — freeOutcome
Diagnose and recover distributed robot software with observable, reversible, and secure operating practices.
Build
A monitored two-site fleet deployment with release gates, rollback, and an incident-response evidence bundle.
Sample incident
Restore discovery without moving the fleet onto the default domain.
Full syllabus
Trace participant discovery, domain isolation, middleware selection, and endpoint compatibility.
Learn the concept, then prove it in two labs:Inspect multicast, routes, firewalls, VLANs, VPNs, and unstable wireless links.
Learn the concept, then prove it in two labs:Package ROS applications while preserving users, devices, volumes, graphics, and DDS network behavior.
Learn the concept, then prove it in two labs:Define service identities, dependencies, readiness, restart limits, and safe shutdown.
Learn the concept, then prove it in two labs:Design actionable health checks, structured logs, service metrics, and causal traces.
Learn the concept, then prove it in two labs:Version images, configuration, database migrations, environment compatibility, and rollout cohorts.
Learn the concept, then prove it in two labs:Design reversible software/configuration changes and collect bounded, privacy-aware incident evidence.
Learn the concept, then prove it in two labs:Triage, contain, reconstruct, repair, verify, and communicate multi-robot incidents.
Learn the concept, then prove it in two labs: