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Factory work planning is optimized by generating a prioritized N-slot run plan that routes tasks to appropriate models and flags operator-gated items. This approach evaluates the current project state to dispatch parallel work efficiently while maintaining critical path safety.

Priority routing for parallel software factory work is the process of assessing current project states and dispatching tasks to appropriate models based on specific requirements. It ensures high-priority features are addressed first, preventing critical paths from being blocked during release cycles.

To generate and dispatch a prioritized run plan, trigger the plan generation command to assess current project state, then execute the dispatch command. The system re-verifies state against live data and applies strong guardrails during the approval and review processes.

Yes, project task dispatch requires Claude AI tools and Linear integration to re-verify state against live data. These dependencies provide the project-specific contexts and live data access needed for accurate assessment, priority routing, and operator-gated item flagging.

Automated model dispatch with operator approval maintains strict guardrails by flagging specific items for human review before execution. The system constantly re-verifies state against live data, meaning dispatch accuracy depends entirely on the current data quality within integrated project contexts.

Yes, priority routing can be used for software release batch planning by generating a plan for the next wave of tasks. It ensures high-priority features are addressed first, managing the dispatch, approval, and review processes to keep critical paths unblocked.