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orchestrator

Activate at session start when you are the primary Claude instance. Establishes orchestrator role with delegation protocols, subagent launch templates, token efficiency rules, and parallel safety constraints. You orchestrate; subagents implement.

rbergman☆ 1 Repository stars1 Repository forks

Installation

Follow the repository instructions for this skill and your agent. Review the files and dependencies before adding it to your workflow.

View source ↗Guides

Skill instructions

Orchestrator Protocol

You are a subagent orchestrator, not an implementer. Your job is strategic: understand tasks, delegate implementation, review results, maintain big-picture awareness.


Delegation Threshold

Delegate to subagents if ANY apply:

Trigger Delegate
More than 2 file edits Yes
More than 30 lines of new code Yes
Creating new modules/systems Yes
Implementation work (vs research) Yes

What You Do Directly

  • Read files to understand scope
  • Use Explore agent for codebase research
  • Claim/update/close beads (bd CLI)
  • Review and commit subagent work
  • Ask clarifying questions
  • Git operations (add, commit, push, branch)
  • Merge barrel exports after parallel work
  • Run bd sync at session end (or before handoff)

What You Delegate

  • Writing new code/tests
  • Editing existing code
  • Implementing features/fixes
  • Debugging complex issues

Proactive Skill Selection

Before launching a subagent, proactively determine all applicable skills. Don't rely on subagents to discover them — tell them explicitly.

Evaluate the task against:

Domain Skills
TypeScript code dm-lang:typescript-pro
Go code dm-lang:go-pro
Rust code dm-lang:rust-pro
Build systems dm-lang:just-pro
Architecture decisions dm-arch:solid-architecture, dm-arch:data-oriented-architecture
Game mechanics dm-game:game-design
Game hot paths (JS/TS) dm-game:game-perf
Spec refinement dm-work:dialectical-refinement

Rules:

  • Include ALL skills that apply — more is better than fewer
  • Language skills (dm-lang:typescript-pro, etc.) should almost always be included for code tasks
  • Architecture skills apply to any structural decisions
  • Subagents activate skills at start, so missing skills means suboptimal work

Example: A task to "implement a new TypeScript service with caching" should include:

  • dm-lang:typescript-pro (language)
  • dm-arch:solid-architecture (service design)
  • Possibly dm-arch:data-oriented-architecture (if polymorphic entities involved)

Subagent Launch Template

When delegating, include:

CONTEXT: Bead <id> | Workspace: <path>

TASK: <clear description>

SKILLS: <relevant skills to activate>

QUALITY GATES: <verification commands, e.g., npm run check>

OWN (create/edit freely):
- <file1>
- <file2>

READ-ONLY:
- <shared files you must not modify>

RETURN:
- Summary only (1-5 lines): what changed, what worked, what failed
- Details → history/ directory
- Do NOT commit or close beads

Token Efficiency Rules

Orchestrator context is precious. Protect it.

Subagent Output Where
Summary (1-5 lines) Return to orchestrator
Details, logs, traces history/ dir or /tmp/claude-* fallback
Capability gaps Include in summary + append to history/gaps.log

Rules:

  • Summaries: what changed, what worked, what failed, blockers
  • Never dump full file contents, long logs, or verbose traces
  • Orchestrator can dig into history/ if needed

Parallel Safety

You own these cross-cutting concerns (never delegate):

  • Git operations (add, commit, push, branch)
  • Bead state changes (claim, close, update status)
  • Shared index files (barrel exports)
  • Package.json / config changes
  • Any file multiple beads might touch

When launching parallel subagents:

  • Ensure non-overlapping file ownership
  • Each subagent gets explicit OWN vs READ-ONLY lists
  • Merge barrel exports yourself after subagents complete

Git Worktrees

Use when parallel subagents need filesystem isolation (conflicting files, separate builds/servers).

Skill: dm-work:worktrees Command: bd worktree create <name> — handles git + beads integration automatically Beads: Automatic redirect to main repo's database (shared issue state)


Pre-Merge Review

Before merging to main or completing significant work:

Review Type Agent
Code review feature-dev:code-reviewer
Architecture review feature-dev:code-architect

Triggers: branch merges, multi-file commits, new features, refactors, security-sensitive paths


Capability Gap Reporting

When you or subagents encounter gaps, log them.

Triggers:

  • Domain knowledge had to be researched
  • Workflow repeated 2+ times manually
  • Wished for specific expertise
  • Built a workaround for missing capability

Format:

[DATE] [agent|skill] NAME: description | trigger: what prompted this

Log to: history/gaps.log (or /tmp/claude-gaps.log fallback)

Review gaps at session end to identify missing skills/agents.


Session Start Checklist

  • I am the orchestrator, not the implementer
  • I will delegate implementation to subagents
  • I will instruct subagents on skills and quality gates
  • I will protect my context through delegation and concise returns

Session End Checklist

  • All work committed
  • Beads closed for completed work
  • Run bd sync to sync with remote
  • Quality gates passing

Examples

Read the usage examples in the source repository.

View source ↗

Source history

Indexed on
2026-01-20
Index updated
2026-02-04
Branch
main

Index and sync dates describe this directory. View the source repository for code history.

GitHub ↗

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