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BMAD Orchestrator

by @henrikrexed

Orchestrate the full BMAD Method workflow across OpenClaw and Claude Code. Use when starting a new project with BMAD methodology, running BMAD phases (brains...

Versionv1.0.0
Downloads1,109
TERMINAL
clawhub install bmad-orchestrator

πŸ“– About This Skill


name: bmad-orchestrator description: Orchestrate the full BMAD Method workflow across OpenClaw and Claude Code. Use when starting a new project with BMAD methodology, running BMAD phases (brainstorming, PRD, architecture, implementation), or managing Claude Code agents through BMAD workflows. Handles interactive phases (1-3) with the user and delegates implementation (phase 4) to Claude Code via tmux.

BMAD Orchestrator

Orchestrate the 4-phase BMAD Method (Breakthrough Method of Agile AI Driven Development) across OpenClaw ↔ Claude Code.

Architecture

  • Phases 1-3 (Interactive): Run through OpenClaw chat with the user. You facilitate brainstorming, refine the PRD, debate architecture. The user's ideas matter most here.
  • Party Mode: At key decision points, suggest running party mode on Claude Code β€” multiple BMAD agents debate the topic and produce richer output.
  • Phase 4 (Automated): Delegate to Claude Code via tmux on the dev VM. Monitor progress, report back.
  • Prerequisites

  • Claude Code installed on dev VM (accessible via SSH)
  • BMAD framework installed in the project (_bmad/ directory with agents, workflows, commands)
  • tmux available on the dev VM
  • State Tracking

    Track workflow state in _bmad-output/orchestrator-state.yaml:

    project: 
    vm_host: 
    vm_user: 
    project_path: 
    tmux_socket: /tmp/openclaw-tmux-sockets/openclaw.sock
    tmux_session: bmad-
    current_phase: 1|2|3|4
    current_workflow: 
    artifacts:
      brainstorming_report: null|path
      product_brief: null|path  
      prd: null|path
      ux_spec: null|path
      architecture: null|path
      epics: null|path
      sprint_status: null|path
      project_context: null|path
    

    Phase 1: Analysis (Interactive with User)

    1.1 Brainstorming (bmad-brainstorming)

    Run this conversationally with the user in OpenClaw chat:

    1. Ask: "What project are we building? Give me the elevator pitch." 2. Explore the problem space β€” ask about users, pain points, existing solutions 3. Challenge assumptions β€” play devil's advocate 4. Suggest Party Mode: "Want me to run party mode on Claude Code? The BMAD agents (analyst, architect, PM, dev) will debate your idea and surface things we might miss." 5. If party mode β†’ send /bmad-brainstorming to Claude Code, capture output, share highlights 6. Synthesize into key decisions and themes 7. Produce: brainstorming-report.md

    1.2 Research (bmad-bmm-research) β€” Optional

    If the project needs market/technical/domain validation:

    1. Discuss with user what needs validation 2. Send research workflow to Claude Code for heavy lifting 3. Review findings together

    1.3 Product Brief (bmad-bmm-create-product-brief)

    1. Start from brainstorming output 2. Walk through with user: vision, target users, success metrics, scope 3. Suggest Party Mode: "The PM and analyst agents can stress-test this brief. Run it?" 4. If party mode β†’ send command, capture debate highlights 5. Iterate until user approves 6. Produce: product-brief.md

    Phase 2: Planning (Interactive with User)

    2.1 PRD (bmad-bmm-create-prd)

    1. Load product brief as context 2. Walk through requirements with user section by section: - Functional requirements (FRs) - Non-functional requirements (NFRs) - User journeys - Success metrics 3. Suggest Party Mode: "PM + architect + QA can review these requirements together. Good time to catch gaps." 4. If party mode β†’ send command, share findings 5. Iterate until user signs off 6. Produce: prd.md

    2.2 UX Design (bmad-bmm-create-ux-design) β€” If applicable

    Only for projects with UI. Skip for backend/infrastructure tools.

    Phase 3: Solutioning (Interactive with User)

    3.1 Architecture (bmad-bmm-create-architecture)

    1. Load PRD as context 2. Discuss technical decisions with user: - Language/framework choices - Deployment model - Key patterns and trade-offs - ADRs (Architecture Decision Records) 3. Suggest Party Mode: "Architect + dev + QA debating the architecture will surface implementation risks early." 4. If party mode β†’ send command, share the debate 5. Iterate with user 6. Produce: architecture.md with ADRs

    3.2 Epics & Stories (bmad-bmm-create-epics-and-stories)

    1. Load architecture + PRD 2. Present epic breakdown to user for review 3. Discuss story sizing, priorities, dependencies 4. Produce: epics.md with stories

    3.3 Readiness Check (bmad-bmm-check-implementation-readiness)

    1. Send to Claude Code for automated gate check 2. Share result: PASS / CONCERNS / FAIL 3. If CONCERNS/FAIL β†’ discuss with user, fix gaps 4. Produce: readiness report

    3.4 Project Context (bmad-bmm-generate-project-context)

    1. Send to Claude Code after architecture is finalized 2. Review output with user 3. Produce: project-context.md

    Phase 4: Implementation (Automated via Claude Code)

    4.0 Setup

    See references/tmux-setup.md for tmux session initialization.

    4.1 Sprint Planning

    Send to Claude Code:

    /bmad-bmm-sprint-planning
    
    Capture and save sprint-status.yaml.

    4.2 Story Loop (per epic)

    For each epic, for each story:

    1. Create Story: Send /bmad-bmm-create-story β†’ produces story-[slug].md 2. Dev Story: Send /bmad-bmm-dev-story β†’ implements code + tests 3. Code Review: Send /bmad-bmm-code-review β†’ validates quality 4. If review fails β†’ send fixes back, re-review 5. Update sprint status 6. Commit after each story

    4.3 Epic Completion

    After all stories in an epic: 1. Send /bmad-bmm-retrospective for lessons learned 2. Optionally run /bmad-bmm-automate for E2E test generation 3. Commit and update sprint status

    4.4 Monitoring

    Set up a cron job to monitor Claude Code progress every 15 minutes. Report status updates to user via chat.

    Party Mode Integration

    Party mode simulates a multi-agent discussion in Claude Code. Use it at these moments:

    | When | Why | Command | |------|-----|---------| | After brainstorming | Surface blind spots | /bmad-party-mode with brainstorming context | | After product brief | Stress-test the vision | /bmad-party-mode with brief | | During PRD review | Catch requirement gaps | /bmad-party-mode with PRD draft | | Architecture decisions | Debate trade-offs | /bmad-party-mode with architecture |

    To trigger party mode on Claude Code:

    tmux send-keys -l -- "/bmad-party-mode" && sleep 0.3 && tmux send-keys Enter
    
    Capture output, extract key insights, present to user.

    Claude Code Commands Reference

    See references/bmad-commands.md for the full command list.

    Quick Flow (Skip Phases 1-3)

    For small, well-understood work: 1. /bmad-bmm-quick-spec β†’ tech-spec.md 2. /bmad-bmm-quick-dev β†’ implementation

    Only use when user explicitly says the project is simple and well-understood.

    Sending Commands to Claude Code

    See references/tmux-setup.md for the tmux interaction patterns.

    Key rules:

  • Split text and Enter with a delay (Claude Code TUI timing)
  • Use capture-pane -S -200 to read output
  • Wait for idle prompt before sending next command
  • Use C-c to interrupt if stuck
  • βš™οΈ Configuration

  • Claude Code installed on dev VM (accessible via SSH)
  • BMAD framework installed in the project (_bmad/ directory with agents, workflows, commands)
  • tmux available on the dev VM