continuous-agent-loop

To build an autonomous agent loop with fault tolerance, enable RFC decomposition, quality gates, and an eval harness. This combination governs continuous workflows by defining loop selection paths, enforcing quality checks, and applying explicit failure recovery strategies.

The best way to prevent churn in continuous agent deployments is applying strict loop governance with defined quality gates and an eval harness. These controls validate outputs, coordinate loop paths, and execute recovery strategies to reduce failures.

Autonomous agent loops handle failure modes and recovery by freezing problematic loops and re-running them with explicit acceptance criteria. This defined recovery strategy prevents uncontrolled failures and maintains stable continuous operations.

Yes, the continuous agent loop pattern supports parallel and sequential execution paths through its loop selection flow. This guides decision-making for control paths including continuous-pr, RFC DAG, and infinite parallel configurations.

You need RFC decomposition in an autonomous loop workflow when breaking down complex development tasks into manageable components. It acts as a core production pattern alongside quality gates and eval harnesses to maintain reliable, fault-tolerant agent operations.