Agile Coordinator

Agile Coordinator

Orchestrates multiple worker agents to implement groomed tasks from the backlog, handling task assignment, progress monitoring, merge coordination, and verification.

Core Principle

Coordinate, don't implement. The coordinator assigns tasks to workers, monitors their progress, coordinates merges, and verifies results. Workers execute the actual implementation via the agile-workflow skill.

Quick Reference

When to Use

• Multiple ready tasks in the backlog need implementation
• You want autonomous batch execution of development work
• You need coordinated merges to avoid conflicts
• You want progress tracking across multiple tasks

Invocation

/​agile-coordinator                    # Auto-discover and execute ready tasks
/​agile-coordinator TASK-001 TASK-002  # Execute specific tasks
/​agile-coordinator --dry-run          # Preview execution plan only
/​agile-coordinator --parallel         # Run workers in parallel
/​agile-coordinator --sequential       # Run workers one at a time (default)

Flags

---

Workflow Phases

Phase 1: Discovery

Read the backlog to find tasks ready for implementation.

Actions:
1. Read context/​backlog/ for task files
2. Filter to status: ready
3. Parse task metadata (priority, size, dependencies)
4. Sort by priority (high → medium → low)
5. Present findings

Output: List of ready tasks with metadata

Phase 2: Planning

Create an execution plan based on task characteristics.

Actions:
1. Determine execution mode (sequential or parallel)
2. Check for task dependencies (A must complete before B)
3. Assign tasks to workers in priority order
4. Generate worker instructions

Output: Execution plan with task assignments

Checkpoint: TASKS_DISCOVERED

• Display: Ready tasks and proposed execution plan
• Auto-continue: If --autonomous flag and tasks found
• Options: continue, reorder, exclude [TASK-ID], stop

Phase 3: Execution

Spawn and monitor worker agents.

For SEQUENTIAL mode:
  for each task in queue:
    1. Spawn worker with Task tool
    2. Worker runs agile-workflow for the task
    3. Monitor progress via file system
    4. When complete: proceed to merge phase
    5. On failure: handle error, decide continue/​stop

For PARALLEL mode:
  1. Spawn workers up to max_workers
  2. Monitor all workers concurrently
  3. As workers complete: queue their PRs for merge
  4. Spawn next worker if tasks remain
  5. Continue until all tasks processed

Checkpoint: WORKER_COMPLETE (per worker)

• Display: Worker summary, PR number, next action
• Auto-continue: If successful and --autonomous
• Options: continue, retry, skip, stop

Phase 4: Merging

Execute merges sequentially to avoid conflicts.

Actions:
1. For each completed PR in merge queue:
   a. git checkout main && git pull
   b. Merge PR (via gh pr merge or git merge)
   c. Verify merge succeeded
   d. Delete feature branch
2. If conflict: pause and alert user

Output: All PRs merged to main

Phase 5: Verification

Verify system integrity after all merges.

Actions:
1. git checkout main && git pull --rebase
2. npm run build (verify build passes)
3. npm test (run full test suite)
4. Check for regressions
5. Generate verification report

Output: Verification status (PASSED/​FAILED)

Checkpoint: VERIFIED

• Display: Test results, build status
• Auto-continue: If all tests pass
• Options: done, investigate, revert

Phase 6: Summary

Generate comprehensive completion report.

Output:
- Tasks completed with PR numbers and commits
- Metrics (workers spawned, PRs merged, tests added)
- Verification status
- Remaining backlog tasks

---

Worker Protocol

Workers are spawned using Claude Code's Task tool and run agile-workflow for their assigned task.

Worker Instruction Template

See templates/​worker-instruction.md

Key requirements for workers:

1. Run agile-workflow with autonomous mode
2. Write progress to .coordinator/​workers/​{worker-id}/​progress.json
3. Do NOT self-merge - signal ready-to-merge status instead
4. Handle all agile-workflow checkpoints automatically

Progress Tracking

Workers report progress via file system:

// .coordinator/​workers/​worker-1/​progress.json
{
  "worker_id": "worker-1",
  "task_id": "TASK-006",
  "status": "in_progress|completed|failed|ready-to-merge",
  "phase": "implement|review|pr-prep|pr-complete",
  "pr_number": null,
  "branch": "task/​TASK-006-description",
  "last_update": "2026-01-20T10:15:00Z",
  "milestones": [
    {"phase": "implement", "timestamp": "..."},
    {"phase": "review", "timestamp": "..."}
  ]
}

---

State Tracking

The coordinator maintains state in .coordinator/​state.json:

{
  "session_id": "coord-2026-01-20-abc123",
  "state": "EXECUTING",
  "config": {
    "execution_mode": "sequential",
    "autonomy_level": "autonomous"
  },
  "tasks": {
    "queued": ["TASK-008"],
    "in_progress": ["TASK-007"],
    "completed": ["TASK-006"],
    "failed": []
  },
  "workers": [...],
  "merge_queue": [],
  "verification": null
}

See references/​state-tracking.md for details.

---

Failure Handling

See references/​failure-handling.md for details.

---

Integration with agile-workflow

The coordinator spawns workers that execute agile-workflow:

agile-coordinator (orchestrator)
    │
    ├── Worker 1 → agile-workflow --task TASK-006
    ├── Worker 2 → agile-workflow --task TASK-007
    └── Worker 3 → agile-workflow --task TASK-008

Key integration points:

• Workers run agile-workflow in autonomous mode
• Coordinator handles merges (workers create PRs but don't merge)
• Progress synced via file system
• Coordinator runs verification after all merges

---

Anti-Patterns

AP1: Parallel Merges

Pattern: Merging multiple PRs simultaneously Problem: Creates merge conflicts, corrupts main branch Fix: Always merge sequentially, pull before each merge

AP2: Worker Self-Merge

Pattern: Workers merge their own PRs Problem: Race conditions, uncoordinated merges Fix: Workers signal ready-to-merge, coordinator executes merges

AP3: No Verification

Pattern: Skipping post-merge verification Problem: Regressions go undetected Fix: Always run full test suite after merges complete

---

Example Interaction

User: /​agile-coordinator

Coordinator: Discovering ready tasks...

Found 2 ready tasks:
1. TASK-006 - Persistent Message Status (medium priority, medium size)
2. TASK-007 - Add Unit Tests (high priority, large size)

Execution Plan:
- Mode: sequential
- Order: TASK-006 → TASK-007

Proceed? [continue/​reorder/​stop]

User: continue

Coordinator: Starting TASK-006...
[Spawns Worker 1]

**Milestone**: TASK-006 - PR #123 created, CI passing

Coordinator: Merging PR #123...
**Milestone**: TASK-006 complete (commit abc123)

Coordinator: Starting TASK-007...
[Spawns Worker 2]

**Milestone**: TASK-007 - PR #124 created, CI passing

Coordinator: Merging PR #124...
**Milestone**: TASK-007 complete (commit def456)

Coordinator: Running verification...
- Build: PASSED
- Tests: 47/​47 passing
- Coverage: 82%

## Summary
Tasks completed: 2
- TASK-006: PR #123 merged (commit abc123)
- TASK-007: PR #124 merged (commit def456)

Verification: PASSED

---

Integration Graph

Inbound (From Other Skills)

Outbound (To Other Skills)

Complementary Skills

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Design Constraints

• Requires Claude Code's Task tool for spawning workers
• Workers cannot directly communicate with each other
• File system used for progress coordination
• Sequential merges only (parallel merges disabled)
• Assumes context network backlog structure

What You Do NOT Do

• Implement tasks directly (workers do this)
• Merge PRs in parallel (always sequential)
• Skip verification (always verify after merges)
• Continue after critical failures without user consent