distributed-systems

Durable workflows for multi-robot coordination use Temporal orchestration to provide persistent, recoverable execution for long-running tasks. This ensures multi-step robotics operations automatically continue after machine failures or restarts.

Bridging ROS2 topics to NATS subjects enables robot software to participate in event-driven microservices architectures. This integration pattern connects robotic telemetry and commands into broader distributed systems.

NATS JetStream supports message persistence and replay for robotics telemetry data. It enables publish/subscribe and request/reply patterns, storing important events so multi-robot status and commands can be recovered after disruptions.

Orchestrating long-running tasks across distributed machines requires durable workflow engines like Temporal combined with resilient messaging via NATS. This approach provides dependable execution and state recovery for multi-step processes.

Operating a local NATS server is required to start building resilient distributed communication. You can initially send a test status message to a subject like robot.status to verify your publish and subscribe patterns.

Workflow orchestration for distributed microservices workloads should be avoided when tasks are short-lived and stateless. It is specifically designed for long-running, multi-step operations that require persistence and recovery across machines.