kanban-architect

To decompose a PRD into an executable Kanban task graph, convert high-level project goals into an atomic DAG composed of dependency-aware parent linkages and profile-routed worker cards. This prevents vague boards by ensuring tasks are not oversized or ambiguous before execution.

Atomic DAG planning for multi-agent orchestration is the process of proposing an executable dependency graph before card creation. It breaks down specs into granular tasks, enabling profile-routed execution and clear verification paths for autonomous engineering delivery.

To add review gates and recovery playbooks to a Kanban board, apply monitoring and diagnostics guidance during card decomposition. This handles stuck runs and auth or provider failures by establishing done/verification conditions and post-mortem recovery workflows.

Yes, preflight validation is required before orchestrating multi-profile autonomous execution. You must run profile, auth, gateway, and doctor checks to satisfy operational requirements and ensure dispatcher execution monitoring can proceed without gateway or provider failures.

The best way to structure Kanban cards for dependency-aware parent linkage is to propose an atomic Kanban DAG from your PRD first. After approval, create cards with explicit done and verification conditions to support end-to-end board lifecycle and dispatcher monitoring.

Kanban boards fail during multi-agent dispatching when coarse tasks lack clear verification and recovery paths. Converting PRDs into an atomic DAG with profile-routed worker cards and review gates prevents stuck runs caused by auth failures or decomposition issues.