Yolo Skill

Full-auto AI-DLC pipeline. User provides a prompt; agent drives the entire lifecycle: Idea -> Elaboration -> Proposal -> Review -> Execute -> Verify -> Done.

Tool namespace: Chorus tools are exposed by the connected MCP server under a chorus__ prefix on OpenClaw (e.g. chorus__chorus_pm_create_proposal). Bare names are used below for readability — prepend chorus__ when invoking. See /chorus for the full rule.

OpenClaw adaptations summarized (details inline below): (1) elaboration is self-answered as plain text — no AskUserQuestion, no user interaction; (2) reviewers run inline after each submit — spawn a sub-agent with the OpenClaw sessions_spawn tool and tell it to run the /proposal-reviewer or /task-reviewer skill, with a read-only self-review fallback when sessions_spawn is unavailable; (3) sessions are manual if you dispatch sub-agents (no SubagentStart hook); (4) task execution dispatches one sub-agent per unblocked task via sessions_spawn (whole wave in one message), falling back to sequential main-agent waves when sessions_spawn is unavailable or workers fail repeatedly — there is no team object to create first.

Overview

/yolo automates the complete AI-DLC workflow. You provide a natural language description of what you want built, and the agent handles everything:

1. Planning -- create project, idea, self-elaboration, proposal with docs & tasks
2. Proposal Review -- proposal-reviewer adversarial loop
3. Execution -- dependency-ordered waves: one worker sub-agent per unblocked task, or sequential main-agent execution as fallback
4. Verification -- task-reviewer adversarial loop + admin verify
5. Report -- completion summary

/yolo <prompt>
       |
       v
  Project + Idea + Elaboration (self-answered) + Proposal
       |
       v
  Proposal Reviewer (inline, up to maxProposalReviewRounds)
       |
       v
  Admin Approve --> Tasks materialize
       |
       v
  Wave execution (loop chorus_get_unblocked_tasks; one sessions_spawn worker
                  per task, or sequential main-agent fallback)
       |  (implement task + task-reviewer per task)
       v
  Admin Verify each task --> unblock next
       |
       v
  Done. Report summary.

Escape hatch: interrupt at any time. All created entities (project, idea, proposal, tasks) persist in Chorus. Resume manually via /develop or /review.

Prerequisites

The API key needs write + admin on every resource it touches:

Check at startup:

perms = chorus_checkin().agent.permissions
need = { idea: ["write"], proposal: ["write","admin"],
         task: ["write","admin"], project: ["write"] }

for resource, actions in need:
  missing = [a for a in actions if a not in (perms[resource] or [])]
  if missing: ABORT "/yolo needs {resource}: {missing}. Use an Admin-preset API key."

Input

/yolo <natural language prompt>
/yolo <prompt> --project <project-uuid>

• <prompt> -- what you want built (becomes the Idea content)
• --project <uuid> -- optional; use an existing project instead of creating a new one

Workflow

Phase 1: Planning

Step 1.1: Resolve Project

Parse the arguments for --project <uuid>.

If --project is provided:

chorus_get_project({ projectUuid: "<uuid>" })

Verify it exists and proceed.

If not provided, search for a suitable existing project first:

# 1. Search for projects matching the prompt topic
chorus_search({ query: "<key terms from prompt>", entityTypes: ["project"] })

# 2. Or list recent projects to find a match
chorus_list_projects()

Review the results. If a project clearly matches the user's intent (same topic, active, relevant scope), use it. If no suitable project exists, create a new one:

chorus_admin_create_project({
  name: "<short title derived from prompt>",
  description: "<1-2 sentence summary of the prompt>"
})

Step 1.2: Create Idea

chorus_pm_create_idea({
  projectUuid: "<project-uuid>",
  title: "<concise title derived from prompt>",
  content: "<full user prompt as-is>"
})

Then claim it:

chorus_claim_idea({ ideaUuid: "<idea-uuid>" })

Step 1.3: Self-Elaboration

In /yolo mode, the agent generates elaboration questions and answers them itself -- no user interaction at all. There is no AskUserQuestion primitive on OpenClaw, and yolo deliberately does not prompt the user; it self-answers to preserve an audit trail without interrupting the run.

Self-elaboration is still a loop. If answering your own questions surfaces a new question, contradiction, or gap, loop back to chorus_pm_start_elaboration for another self-answered round before resolving — don't force a resolve over unresolved ambiguity. There is no human gate in YOLO, so the loop exits on your judgment that nothing material is left open (round cap 10). Steps 1–2 are one round; repeat them as needed, then resolve once in Step 3.

1. Generate and submit questions:

   chorus_pm_start_elaboration({
     ideaUuid: "<idea-uuid>",
     depth: "standard",
     questions: [
       {
         id: "q1",
         text: "<question about scope, architecture, etc.>",
         category: "functional",
         options: [
           { id: "a", label: "<option A>" },
           { id: "b", label: "<option B>" }
         ]
       }
       // ... 5-8 questions covering functional, technical_context, scope aspects
     ]
   })
   

2. Answer immediately (agent selects best options based on the prompt — no user prompt):

   chorus_answer_elaboration({
     ideaUuid: "<idea-uuid>",
     roundUuid: "<round-uuid>",
     answers: [
       { questionId: "q1", selectedOptionId: "a", customText: "Rationale: ..." },
       // ...
     ]
   })
   

3. Resolve — in YOLO mode the agent resolves elaboration autonomously, with no human-confirmation gate (the human-confirmation requirement that applies to the interactive /idea flow is explicitly waived under /yolo automation):

   chorus_pm_validate_elaboration({
     ideaUuid: "<idea-uuid>"
   })
   

   chorus_pm_validate_elaboration requires idea:admin. /yolo already mandates an Admin-preset key in Prerequisites, so this is satisfied. To open another self-elaboration round instead of resolving, just call chorus_pm_start_elaboration again.

Step 1.4: Create Proposal

1. Resolve the spec mode (inline). OpenClaw has no SessionStart hook to precompute it — so you resolve the whole contract yourself, not just "is OpenSpec active". Load the openspec-aware skill and run its §1 resolution block (which sources the plugin's shipped bin/resolve-spec-mode.sh), which yields one of lite / openspec / off (the canonical resolver, byte-identical to the Claude Code copy; /chorus spec prints the same result from the TS mirror src/spec-mode.ts). Rule: an explicit CHORUS_SPEC_MODE wins; when unset, OpenSpec is the default whenever usable (CHORUS_OPENSPEC_MODE ≠ off, an openspec/ directory at the project root, and the openspec CLI on PATH), else spec-lite. Route: openspec (usable) → 2a; off → 2b; lite → 2c. If the resolution says the mode cannot be honored (explicit CHORUS_SPEC_MODE=openspec but OpenSpec unusable), halt and surface it — do NOT fall back or enter 2a with no OpenSpec.

   OpenClaw note: this is mandatory — yolo runs unattended, so silently picking the wrong mode is exactly the failure scenario the resolution contract exists to prevent.

2. Create the empty proposal container. The description MUST carry the mode's locator line — OpenSpec: OpenSpec change slug: <slug>; spec-lite: Spec-lite: .chorus/specs/<slug>/<YYYY-MM-DD>-<change-slug>/; free-form: none. description is only settable at creation, so decide the slug/dated-path first.

   chorus_pm_create_proposal({
     projectUuid: "<project-uuid>",
     title: "<feature name>",
     description: "<summary>\n\nOpenSpec change slug: <slug>",                          // OpenSpec (2a)
     // description: "<summary>\n\nSpec-lite: .chorus/specs/<slug>/<YYYY-MM-DD>-<change-slug>/", // spec-lite (2c)
     // description: "<summary>",                                                        // free-form (2b)
     inputType: "idea",
     inputUuids: ["<idea-uuid>"]
   })
   

   Then branch:

   2a. OpenSpec mode (resolved mode = openspec, usable). Follow openspec-aware §3 end-to-end:

   • Pick $SLUG, run openspec new change "$SLUG" (§3.1–§3.2).
   • Author proposal.md, design.md, and one specs/<capability>/spec.md per capability locally on disk (§3.3). ADDED Requirements only; per-spec fallback to free-form Markdown if MODIFIED/REMOVED is needed.
   • Define the chorus_check_response helper (§6); prefer chorus mcp call … --arg-file content=<file> for mirrors (§3.4/§3.6) — the bash-wrapper fallback's json_encode_file is only needed when chorus is not on PATH.
   • Mirror each local file via chorus mcp call chorus_pm_add_document_draft … --arg-file content=<file> (§3.6; fallback = chorus-api.sh mcp-tool chorus_pm_add_document_draft "$PAYLOAD") — one call per file, with the document type from openspec-aware §5.

   ⛔ Do not invoke chorus_pm_add_document_draft / chorus_pm_update_document_draft / chorus_pm_update_document from the MCP harness with a hand-typed content field in this branch. Re-typing the markdown body wastes 20k+ tokens per proposal and breaks byte-equality with the local files. See openspec-aware §2 Rule 1.

   Then continue to step 3 (task drafts).

   2b. Free-form mode (resolved mode = free-form). Only when step 1 resolved to free-form — i.e. explicit CHORUS_SPEC_MODE=off (unset never comes here: it resolves to OpenSpec when usable, else spec-lite/2c). Add a tech design document draft directly via MCP, content authored inline:

   chorus_pm_add_document_draft({
     proposalUuid: "<proposal-uuid>",
     type: "tech_design",
     title: "Tech Design: <feature>",
     content: "<markdown tech design covering architecture, data model, API, module contracts>"
   })
   

   2c. spec-lite mode (resolved mode = lite). Load the spec-lite skill. Pick $SLUG (a capability). Ensure the durable .chorus/specs/<slug>/spec.md exists (local-only, no ids; use the spec-lite skill's inline durable-spec template) and update it in place. Create this change's dated folder .chorus/specs/<slug>/<YYYY-MM-DD>-<change-slug>/ with its synced Chorus-typed docs (shape = the spec-lite skill's inline dated-folder document template) — prd.md (primary), optional tech_design.md… The description carries the Spec-lite: .chorus/specs/<slug>/<YYYY-MM-DD>-<change-slug>/ locator (step 2). Mirror each dated-folder <type>.md to its persistent Document byte-exact — first time chorus mcp call chorus_pm_add_document_draft "{\"proposalUuid\":\"<uuid>\",\"type\":\"prd\",\"title\":\"PRD: <feature>\"}" --arg-file content=.chorus/specs/<slug>/<YYYY-MM-DD>-<change-slug>/prd.md, later edits via chorus_pm_update_document against the recorded documentUuid (chorus-api.sh mcp-tool … fallback when chorus not on PATH). spec.md is never mirrored. No openspec/changes/ scaffold; no tasks.md. Then continue to step 3.

3. Add task drafts incrementally (use returned draftUuid for dependency chaining). acceptanceCriteriaItems is required on every draft — at least one non-blank criterion, or the call is rejected:

   # First task
   result1 = chorus_pm_add_task_draft({
     proposalUuid: "<proposal-uuid>",
     title: "<module name>",
     description: "<what to build, referencing tech design>",
     priority: "high",
     storyPoints: 3,
     acceptanceCriteriaItems: [
       { description: "<testable criterion>", required: true },
       // ...
     ]
   })
   
   # Second task, depends on first
   chorus_pm_add_task_draft({
     proposalUuid: "<proposal-uuid>",
     title: "<dependent module>",
     description: "...",
     priority: "medium",
     storyPoints: 2,
     acceptanceCriteriaItems: [...],
     dependsOnDraftUuids: ["<result1.draftUuid>"]
   })
   

4. Validate:

   chorus_pm_validate_proposal({ proposalUuid: "<proposal-uuid>" })
   

   Fix any errors, then proceed.

5. Submit:

   chorus_pm_submit_proposal({ proposalUuid: "<proposal-uuid>" })
   

   Immediately proceed to Phase 2 and run the proposal reviewer inline — OpenClaw has no PostToolUse hook to remind you.

Reviewer contract (applies to every review gate below)

Every gate in Phases 2, 4 and 4.5 follows the same three steps. They are written once here; the phases below only name their entity and their stage-specific actions.

1. Spawn and wait. Spawn the reviewer as a read-only sub-agent, then wait for it: spawn it with sessions_spawn and wait by polling the subagents tool or via sessions_yield — do not detach. The verdict is the VERDICT: comment the reviewer posts, not the spawn result.
2. Read THIS round's VERDICT. Call chorus_get_comments on the entity and find the VERDICT: comment posted after your dispatch, not an older round's. Do not advance the gate before you have read it.
3. No VERDICT for this round? Check what the reviewer did post:
   • A reported round limit, or any other explicit refusal to review — a deliberate escalation to a human. STOP: do not respawn, do not self-review, do not post a VERDICT of your own.
   • Nothing at all — respawn ONCE, telling it to stay within its turn budget and reserve its last turns for the VERDICT, then apply this same check again to what the retry posts. An explicit refusal from the retry still means STOP; only a second true silence lets you review the entity yourself as a read-only pass and POST the VERDICT, then proceed on what you posted rather than looping forever.

Absence is never a PASS, and a round limit reached by someone else is never yours to clear.

Phase 2: Proposal Review Loop

OpenClaw difference: there is no PostToolUse hook injecting a "spawn the reviewer" reminder. Run the reviewer inline, right after chorus_pm_submit_proposal.

Obtain an independent VERDICT on the proposal:

• Preferred — spawn a reviewer sub-agent. Use the OpenClaw sessions_spawn tool to spawn a sub-agent whose task instructs it to invoke the /proposal-reviewer skill (bundled with this plugin) against the proposal, then wait for it (poll the subagents tool, or use sessions_yield — do not detach; you need the VERDICT before proceeding). The sub-agent inherits the plugin's skills, so /proposal-reviewer is available to it; that skill is read-only and ends with a VERDICT: comment on the proposal. Example task prompt:

  Run the /proposal-reviewer skill to review proposalUuid <uuid>. This is review round <N>. Read the proposal, its documents, the idea, and the elaboration; classify findings as BLOCKER/NOTE; post your VERDICT comment on the proposal when done.

• Fallback — review it yourself. If sessions_spawn is unavailable (e.g. spawning disabled by policy), do the review yourself as a focused, read-only pass following the /proposal-reviewer skill's procedure (read proposal + comments + idea + elaboration; check doc completeness, task granularity, AC↔requirement coverage, the DAG, and integration checkpoints; classify BLOCKER/NOTE) and record the result via chorus_add_comment ending with a VERDICT: line. Do not modify drafts during the review pass.

Then:

1. Read the reviewer's VERDICT:

   chorus_get_comments({ targetType: "proposal", targetUuid: "<proposal-uuid>" })
   

   Look for THIS round's VERDICT: comment — the one posted after your dispatch, not an older round's.

2. Act on the VERDICT:

   • PASS or PASS WITH NOTES --

     chorus_admin_approve_proposal({
       proposalUuid: "<proposal-uuid>",
       reviewNote: "PASS from reviewer. <brief summary of notes if any>"
     })
     

     Tasks and documents materialize automatically. Proceed to Phase 3.

   • FAIL -- Read the BLOCKERs from the reviewer comment. Then:

     chorus_pm_reject_proposal({
       proposalUuid: "<proposal-uuid>",
       reviewNote: "FAIL from reviewer. Fixing BLOCKERs: <list>"
     })
     

     Revise the drafts (chorus_pm_update_document_draft, chorus_pm_update_task_draft) to address each BLOCKER, then resubmit:

     chorus_pm_submit_proposal({ proposalUuid: "<proposal-uuid>" })
     

     After resubmission, run the reviewer inline again for Round 2 (same as above).

3. Max rounds: Loop up to maxProposalReviewRounds (from plugin config, default 3). If exhausted:

   STOP: "Proposal review failed after {maxRounds} rounds.
          Remaining BLOCKERs: <list>. Human review needed.
          Proposal UUID: <uuid>"
   

4. No new VERDICT for this round? Apply step 3 of the Reviewer contract, reviewing the proposal yourself if the reviewer stays silent.

Phase 3: Task Execution (Waves)

After proposal approval, tasks exist in open status. Execute them in dependency-ordered waves.

OpenClaw difference: there is no team or group object to create — parallelism comes from dispatching one sub-agent per unblocked task with OpenClaw's own sessions_spawn tool, issuing the whole wave in a single message. If your host does not expose sessions_spawn, or spawned workers fail repeatedly, run waves sequentially as the main agent: loop chorus_get_unblocked_tasks, implement each ready task yourself, verify it, then loop again for the next wave. The sequential loop below is written for that fallback and is always safe; see /develop §"Optional: sub-agent dispatch" for the parallel form (workers need the manual session instructions, since there is no SubagentStart hook).

wave = 1

loop:
  # 1. Find ready tasks (all dependencies done/closed)
  unblocked = chorus_get_unblocked_tasks({ projectUuid: "<project-uuid>" })

  if no unblocked tasks and all tasks done/closed:
    break  # All complete

  if no unblocked tasks and some tasks not done:
    # Stuck -- tasks failed review and can't proceed
    break with escalation report

  # 2. Implement each unblocked task, in order, AS THE MAIN AGENT:
  for each task in unblocked:
    chorus_claim_task({ taskUuid: task.uuid })
    chorus_update_task({ taskUuid: task.uuid, status: "in_progress" })

    # ... read task + proposal + project documents for context,
    #     write code, run tests ...

    chorus_report_work({ taskUuid: task.uuid, report: "...", status: "to_verify" })
    chorus_report_criteria_self_check({ taskUuid: task.uuid, criteria: [...] })
    chorus_submit_for_verify({ taskUuid: task.uuid, summary: "..." })

    # 3. Proceed to Phase 4 (verification) for THIS task before moving to the next.

  wave += 1

Parallel form: to run a wave in parallel instead of serially, dispatch one worker sub-agent per unblocked task with sessions_spawn, issuing the whole wave in a single message, then wait for the wave before verifying. Because there is no SubagentStart hook, each worker prompt must include the manual session instructions explicitly — see /develop "Optional: sub-agent dispatch". The main agent still owns review + verification, and the wave-by-wave dependency structure above is unchanged.

Phase 4: Verification

After each task is submitted (Phase 3 step 3), verify it before moving on:

for the just-submitted task:
  # 1. Check task status
  task = chorus_get_task({ taskUuid: "<task-uuid>" })

  if task.status != "to_verify":
    # implementation may have failed; handle or skip
    continue

  # 2. Run the task-reviewer INLINE (no hook on OpenClaw):
  #    - Preferred: use the sessions_spawn tool to spawn a sub-agent whose task is
  #      "Run the /task-reviewer skill to verify taskUuid <uuid> (round <N>); post your
  #      VERDICT comment on the task when done." Wait for it (poll the subagents tool /
  #      sessions_yield — do NOT detach; you need the VERDICT). The sub-agent inherits the
  #      plugin skills, so /task-reviewer is available to it.
  #    - Fallback (sessions_spawn unavailable): review it yourself as a focused read-only
  #      pass following the /task-reviewer procedure (read task + proposal + docs + code,
  #      run read-only tests, classify findings BLOCKER/NOTE) and post the VERDICT via
  #      chorus_add_comment.

  # 3. Read task-reviewer VERDICT
  comments = chorus_get_comments({ targetType: "task", targetUuid: "<task-uuid>" })
  # Find THIS round's "VERDICT:" comment — the one posted after your dispatch, not an older round's

  # 4. Act on VERDICT — three possible outcomes:
  if VERDICT is "PASS":
    chorus_mark_acceptance_criteria({
      taskUuid: "<task-uuid>",
      criteria: [
        { uuid: "<ac-uuid>", status: "passed", evidence: "<from reviewer>" },
        // ...
      ]
    })
    chorus_admin_verify_task({ taskUuid: "<task-uuid>" })
    # Task is now "done" -- unblocks dependents for the next wave

  if VERDICT is "PASS WITH NOTES":
    chorus_mark_acceptance_criteria({ ... })
    chorus_admin_verify_task({ taskUuid: "<task-uuid>" })

  if VERDICT is "FAIL":
    # BLOCKERs found. Do NOT verify. Reopen for rework.
    chorus_admin_reopen_task({ taskUuid: "<task-uuid>" })
    # Fix the BLOCKERs in a later pass (the task returns to in_progress/open)

After verifying the wave's tasks, return to Phase 3's loop to pick up newly unblocked tasks. Remember: only done (not to_verify) unblocks dependents.

Max rounds per task: Tracked by maxTaskReviewRounds from plugin config (default 3). If a task has been reopened maxRounds times, skip it and flag for human escalation:

ESCALATE: "Task '{title}' failed review after {maxRounds} rounds.
           Last BLOCKERs: <list>. Manual intervention needed.
           Task UUID: <uuid>"

Continue with remaining tasks -- do not halt the entire pipeline for one stuck task.

No new VERDICT for this round? Apply step 3 of the Reviewer contract, reviewing the task yourself if the reviewer stays silent.

Phase 4.5: Code-Review Gateway (mandatory pre-ship)

Once every task of the idea's proposal is verified (done) — Phase 3 finds no more unblocked tasks and none remain non-terminal — run the final ship-time code-review gateway before the Phase 5b completion report. It reviews the whole Idea's aggregate code change across all tasks (not a single task) and posts its verdict on the idea. Inline (no hook on OpenClaw), same mechanism as Phase 4:

• Preferred — spawn a reviewer sub-agent. Use sessions_spawn to spawn a sub-agent whose task tells it to invoke the /code-reviewer skill against the idea, then wait for it (poll subagents / sessions_yield — do NOT detach). Example task prompt: Run the /code-reviewer skill to review the aggregate code for ideaUuid <uuid> (round <N>); post your VERDICT comment on the idea when done.
• Fallback — review it yourself. If sessions_spawn is unavailable, perform the review as a focused read-only pass following the /code-reviewer procedure (read the idea, its approved proposals + documents + tasks; infer the aggregate diff from task reports + git log/diff; review cross-task integration, architecture, security, regression, feature-level coverage; run the project build/test) and post the VERDICT: comment on the idea yourself.

Act on the VERDICT:

• PASS / PASS WITH NOTES — the feature is cleared to ship. Proceed to Phase 5 / 5b.
• FAIL — do NOT ship. Read the BLOCKERs, then fix them via the quick-dev workflow (/quick-dev): call chorus_create_tasks with proposalUuid set to the current approved proposal so the fix tasks attach to it — do not reopen the already-verified tasks or apply untracked fixes. Group related small BLOCKERs into one cohesive task by default; split only materially large or independently testable fixes. Drive every fix task through Phase 3 → Phase 4, including AC self-check, independent task review, and admin verification. Re-run the gateway only after every fix task is successfully done; a failed or cancelled fix task, stop the automatic loop and escalate. Loop bounded by maxCodeReviewRounds (default 3; 0 = unlimited).

ESCALATE: "Idea '{title}' failed code review after {maxCodeReviewRounds} rounds.
           Last BLOCKERs: <list>. Manual intervention needed. Idea UUID: <uuid>"

No new VERDICT for this round? Apply step 3 of the Reviewer contract, reviewing the idea's aggregate change yourself if the reviewer stays silent.

The gateway is behavioral like the other two reviewers: its verdict is advisory and does not change the Idea's stored status; the orchestrator honors it. It runs before the completion report so the report is never written while a FAIL is outstanding.

Phase 5: Report

After all waves complete, output a markdown summary:

## /yolo Complete

**Project:** <project-name> (<project-uuid>)
**Proposal:** <proposal-title> (<proposal-uuid>)
**Idea:** <idea-title> (<idea-uuid>)

### Tasks
| Task | Status | Review Rounds |
|------|--------|---------------|
| <title> | done | 1 |
| <title> | done | 2 |
| <title> | ESCALATED | 3 (max) |

### Summary
- Total tasks: N
- Completed: X / N
- Escalated: Y (need human review)
- Waves executed: W

Phase 5b: Idea Completion Report (mandatory)

A successful /yolo run always finishes the Idea — call chorus_create_report once with proposalUuid set to the last verified proposal. The call requires title (a short report title) plus content; content's parameter description carries the three-section template (## Summary / ## Decisions / ## Follow-ups); follow it. Surface the returned documentUuid in the Phase 5 summary. Skipping is a protocol violation.

Order: write the completion report only after the Phase 4.5 code-review gateway returns PASS / PASS WITH NOTES — never while a code-review FAIL is outstanding.

OpenSpec archive: if you ran in OpenSpec mode (Step 1.4 branch 2a), the last verified task also triggers the archive flow. OpenClaw has no PostToolUse hook to remind you — after verifying the final task, run openspec-aware §3.9 yourself (openspec archive <slug> --yes, then mirror each emitted openspec/specs/<capability>/spec.md back via §3.8).

Error Handling

Tips

• Keep the initial prompt detailed -- the more context you provide, the better the auto-generated proposal quality
• The proposal-reviewer is your quality gate -- if it keeps FAILing, the prompt may be too vague
• Watch the wave count -- if tasks keep getting reopened, consider stopping and reviewing the feedback manually
• All audit trail is preserved: elaboration Q&A, reviewer VERDICTs, work reports. Check Chorus UI for full history
• For small/simple tasks, consider /quick-dev instead -- it skips the Idea->Proposal overhead
• Sub-agents (if you dispatch any) share your API key; ensure it has the permissions listed in Prerequisites before starting

Next

• To manually review proposals: /review
• To manually develop tasks: /develop
• To create quick standalone tasks: /quick-dev
• For platform overview: /chorus