maestro-odyssey

Iterative code review and debugging workflows require structured phase gating and resumable sessions to maintain progress. Orchestrating evidence-driven cycles of discovery, audit, fix, verification, and knowledge persistence ensures reliable multi-step engineering work until exit conditions are met.

Long-running security audit and UI review cycles benefit from mode-based campaign control with mode-specific guardrails. Routing intents into dedicated workflows ensures evidence-first iteration, guarded execution, and persistent knowledge capture across complex engineering tasks.

Automated persistent knowledge capture follows the generalization phase within an iterative remediation workflow. After evidence collection, domain audit, and fix validation, the workflow persists lessons learned so future similar issues are easier to resolve.

Resumable sessions are explicitly supported for multi-step software remediation. Structured phase gating preserves evidence collection, domain audit findings, and validation states, allowing interrupted iterative repair cycles to resume without losing progress.

Workflow orchestration supports distinct debug, improve, planex, review, security, and ui modes with clear selection rules. Each mode applies specific guardrails and constraints to ensure reliable, evidence-driven engineering work tailored to the task type.

Iterative repair cycles are designed for complex, multi-step engineering tasks requiring evidence collection and domain audits. Simple, single-step fixes or tasks without clear exit conditions or escalation paths may not justify the overhead of structured phase gating.