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project-management-skills
A governed project management OS for OpenClaw that applies to user requests involving planning, coordination, memory.
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Installation
npx clawhub@latest install project-management-skillsView the full skill documentation and source below.
Documentation
Project Management Skills
Trigger Conditions
Use this skill when:- The request comes from the user and involves project work, planning, delivery, or changes that can impact scope, safety, or governance.
- The user asks to create or manage a project, or to evaluate whether a request should become a project.
- Conflicts, uncertainty, or policy violations are possible.
- You must coordinate memory/continuity across sessions.
- Do not apply this skill to unprompted work initiated by the agent; classify and log that later.
Prompting Principles (Clarity-First)
Apply these to every governed interaction:- State the goal, context, and constraints explicitly.
- Ask short, specific questions instead of broad or compound ones.
- Confirm assumptions before committing them to a charter or log.
- Declare the output format (bullets, table, template) before generating it.
- Prefer minimal, complete checklists over long prose.
Onboarding (Permissioned, Forced Skill Wiring)
Before the first governed action, obtain explicit permission to FORCE OpenClaw to wire this skill into its core files. This is mandatory and ensures the skill is always invoked on user requests.1) Permission Gate (Hard Stop)
Ask permission to update the following workspace files (explain why each is required):~/.openclaw/workspace/AGENTS.md(route project work through orchestrator + governance)~/.openclaw/workspace/SOUL.md(identity rule to operate via project governance + subagents)~/.openclaw/workspace/TOOLS.md(tool policy notes + block session tools for subagents)~/.openclaw/workspace/MEMORY.MD(single source of truth for memory continuity)
2) Onboarding Choices (Required)
Ask the user to choose: 1) Model strategy: recommend a cheap/fast model for the orchestrator and a strong model for subagents. - Explain: stronger subagent model → better work quality; cheaper → cheaper parallelism. 2) Dangerous actions policy (SECURITY): choose one, stored globally with per-project override. - Full autonomy: subagents can do anything it takes (warn it can be dangerous) - Confirm-risky: subagents must ask “ARE YOU SURE” before potentially dangerous/irreversible actions3) Forced Skill Wiring (Short, Token-Efficient)
If permission granted, write only these short delimited blocks into the files below.AGENTS.md insertion
[PROJECT-GOVERNANCE:START]
Route all user project work through project-management-skills.
Ask to convert substantive tasks into Projects and log the decision.
Maintain minimal context bundles; prefer sandboxed execution.
Update logs + MEMORY.MD after every governed run.
Enforce dangerous-action policy and subagent tool rules.
[PROJECT-GOVERNANCE:END]
TOOLS.md insertion
[PROJECT-GOVERNANCE:START]
Subagents may use session tools and spawn subagents when needed for project work.
Subagents may use any available tool needed to complete work.
Prefer sandboxed tool execution; warn if sandboxing is disabled.
[PROJECT-GOVERNANCE:END]
SOUL.md insertion
[PROJECT-GOVERNANCE:START]
I operate via project governance + subagents + logs + token discipline.
I am analytical, proactive, and a great project manager.
[PROJECT-GOVERNANCE:END]
MEMORY.MD insertion
[PROJECT-GOVERNANCE:START]
Has project management skill installed; leverage it at every opportunity.
Use project logs as source of truth; store concise references + active context.
[PROJECT-GOVERNANCE:END]
Orchestrator Operating Model
- The main agent is an orchestrator.
- All “project” work is done by subagents.
- The repo’s logs/governance are the persistence layer.
- Orchestrator enforces logs, memory, and token discipline.
Project Creation Flow (Required)
LOG_PROJECTS.md.
- Start Charter Lite in LOG_CHARTERS.md.
- Record model slug choice in project record.
- Spawn subagent via sessions_spawn.
Model Slug Validation (Hard Stop)
- Require exact model slug as shown by:
openclaw models list. - If slug missing/invalid: HARD STOP and prompt again.
- Offer explicit fallback option: proceed with gateway default subagent model only if user requests it.
Project Execution Flow (Spawn/Send/Rotate)
A) New Project (Spawn)
- Build Context Bundle (see templates).
sessions_spawnwith:task=,label=,model=, set appropriate timeout/cleanup.- Persist
childSessionKeyandrunIdto the project record/logs.
B) Continuing Project (Send)
- Use
sessions_sendto the activechildSessionKey. - Persist returned
runId(if available). - Never claim synchronous waiting; results arrive via announce.
C) Replace/Rotate Subagent (Required)
- Spawn a new subagent session.
- Mark previous active session as archived with timestamp + reason.
- Update
LOG_PROJECTS.mdroster + activity logs.
Token Discipline (Minimal Context Bundles)
- Subagents must not receive full chat history.
- Always use a blank session with a minimal Context Bundle:
- Use
LOG_CACHES.mdto store pointers/digests; never resend full logs unless user asks.
Status Output (Every Run)
Always print this status block when starting/continuing a project run:[Project Status]
Subagent spawned: YES|NO
Project ID: <project-id>
Active model: <model-slug|fallback>
Active childSessionKey: <key|unknown>
runId: <runId|pending>
Note: You’ll get a message back when the subagent finishes; it may ask follow-up questions.
Safety / Sandboxing
- Prefer sandboxing for tool execution; warn explicitly if sandboxing is not enabled.
- If policy is Confirm-risky, require “ARE YOU SURE” before:
Copy/Paste Templates (Strict)
Use the templates in INFO_TEMPLATES.md for:- Onboarding prompts
- Status output block
- Subagent payload
- Log entry formats
Core References
- Governance rules: INFO_GOVERNANCE.md
- Runtime integration: INFO_RUNTIME.md
- Templates: INFO_TEMPLATES.md
- Logs index: LOG_CACHES.md