orbit

name	orbit
description	State-persisted autonomous pipeline: spec → go → audit → eval → ship → evolve in one command. Auto-detects direct/council/interactive mode. Crash-recoverable via PIPELINE-*.json. Hands-off until PR.

/orbit — Complete Orbit

CRITICAL: Run HARNESS_DIR=$(epic path) first. NEVER use .harness/ in the project directory.

You are entering Orbit mode — the full autonomous pipeline from spec to PR in one shot.

Phase Recovery Protocol

At the start of every response during an active orbit:

1. Run ls $HARNESS_DIR/orbit/PIPELINE-*.json 2>/dev/null
2. Find the file with "status": "running"
3. Read it. Verify phase matches where you left off
4. If phase is ahead of where you think you are, trust the file — you may have compacted
5. Conflict resolution (crash-mid-update): If phase_history contains an entry for the current phase with a completed timestamp, treat that phase as done and advance to the next phase — phase_history wins over the phase field when they disagree.
6. Resume from the resolved phase. Do NOT re-ask mode selection, re-run spec, or re-discover
7. Worktree recovery: If worktree_name is set in pipeline state:
   • Check if worktree still exists: git worktree list | grep "{worktree_name}"
   • If exists: cd into the worktree path to continue work
   • If not found: worktree was cleaned up externally — abort orbit with warning, set "status": "aborted"

If no file with "status": "running" exists, orbit was not started or has completed. Do not invent one.

Crash recovery: If updated_at is older than 45 minutes and the pipeline is in status: running, assume a crash occurred. Read the state, determine the last completed phase from phase_history (rule 5 above applies), and resume from there. Report the recovery to the user.

Step 0: Preflight

Initialize pipeline state at $HARNESS_DIR/orbit/PIPELINE-{timestamp}.json:

{
  "id": "{timestamp}",
  "mode": null,
  "phase": "auto_detect",
  "status": "running",
  "spec_file": null,
  "goal_slug": null,
  "branch": null,
  "worktree_name": null,
  "original_cwd": null,
  "audit_fail_count": 0,
  "max_retries": 3,
  "audit_report": null,
  "deadline": "{ISO-8601, now + 30 minutes}",
  "started_at": "{ISO-8601}",
  "updated_at": "{ISO-8601}",
  "phase_history": []
}

Step 1: Auto-Detect Mode

DO NOT ask the user for mode selection. Auto-detect the best path:

Detection Logic

Signal	Mode	Reason
PRD / detailed requirements doc exists in project	council	Rich input → council synthesizes best approach
User request is specific and actionable (clear goal, defined scope)	direct	No need for discovery — spec directly
User request is vague, unfocused, or "I want to..." without specifics	council	Council frames the problem better than guessing
User explicitly says "interactive" or "let me discover first"	interactive	Respect explicit preference

Detection Process

1. Check for PRD/requirements docs: ls {project}/PRD*.md {project}/docs/PRD*.md {project}/requirements*.md 2>/dev/null
2. Evaluate user request clarity:
   • Specific: contains concrete feature descriptions, acceptance criteria, or technical constraints → direct
   • Vague: "build X", "improve Y", "add Z" without details → council
3. Record detected mode in pipeline state ("mode": "direct|council|interactive")
4. Report mode choice to user as a notification, not a question: "Orbit mode: {mode} (auto-detected)"
5. Proceed immediately to the matching step below — do not wait for confirmation

Step 2A: Direct Mode (clear request → auto-spec)

Use when: Request is specific and actionable.

1. Read the user's request + any existing docs (PRD, README, AGENTS.md)
2. Generate spec directly at $HARNESS_DIR/specs/SPEC-{timestamp}.md with status: approved
3. Record via epic mem add --title "Orbit: {mode} mode decision" --type decision --importance 0.9 --body "CONTEXT"
4. Proceed immediately to Step 3 — no approval gate

Step 2B: Council Auto-Spec (complex/vague request → council)

Use when: PRD exists or request needs framing.

1. Gather the user's request from conversation context
2. Launch 4 parallel sub-agents (Architect, Skeptic, Pragmatist, Critic) — each receives ONLY the request + codebase context, NOT the full conversation (anti-anchoring)
3. Synthesize: list agreement/disagreement, produce recommended approach
4. Generate spec at $HARNESS_DIR/specs/SPEC-{timestamp}.md with status: approved
5. Record via epic mem add --title "Orbit: council decision" --type decision --importance 0.9 --body "CONTEXT"
6. Proceed immediately to Step 3 — no approval gate, no "orbit go"

Step 2C: Interactive Mode (explicit user choice only)

Use when: User explicitly requested interactive mode.

1. Tell user to run /discover → /spec, then say "orbit go". STOP and wait.
2. On resume: load latest SPEC-*.md with status: approved. Proceed to Step 3.

This mode is never auto-selected. It requires explicit user opt-in.

Step 3: Build (Go)

1. Load spec, extract goal_slug
2. Git preflight: verify clean working tree and not on detached HEAD:

   [ -z "$(git status --porcelain)" ] || (echo "ERROR: Dirty working tree or untracked files. Commit or stash first." && exit 1)
   git symbolic-ref -q HEAD || (echo "ERROR: Detached HEAD. Checkout a branch first." && exit 1)
   

3. Worktree isolation: Create an isolated git worktree:

   git worktree add .claude/worktrees/orbit-{goal_slug} -b orbit-{goal_slug} origin/{default-branch}
   cd .claude/worktrees/orbit-{goal_slug}
   

   • Record worktree_name and original_cwd in pipeline state
4. Plan tasks from Requirements (R1, R2...)
5. Execute with sub-agents — TDD, debug on failure, verify before done
6. Handle states: DONE / DONE_WITH_CONCERNS / NEEDS_CONTEXT / BLOCKED
7. Integrate: full test suite, verify ACs

Step 4: Audit

1. Gather scope via git diff --stat
2. Classify changed files (API, Frontend, DB, Backend, Tests, Infra)
3. Launch parallel sub-agents: Reviewer, Auditor, Test runner (+ scope-specific)
4. Synthesize Audit Report: Quality/Security/Performance PASS/WARN/FAIL + Spec Coverage
5. PRESERVE audit report in pipeline state audit_report field

Step 5: Verdict

• All PASS + all AC verified → proceed to Eval (if eval.yaml exists) or Ship
• WARN → log, auto-proceed
• FAIL → increment audit_fail_count:
  • < 3: plan fixes from action items, execute, return to Step 4
  • ≥ 3: PAUSE — ask user "continue or abort?"

Step 5.5: Eval (optional — only if eval.yaml or benchmarks exist)

1. Check for eval config — eval is active if ANY of these exist:
   • $HARNESS_DIR/eval/eval.yaml
   • benchmarks/baselines/latest.json in CWD (in-repo baseline)
   • benchmarks/eval_runner.py in CWD (auto-detected benchmark)
2. If eval is active, run epic eval --json via the eval skill
3. Eval PASS → proceed to Ship
4. Eval FAIL (regression detected) → increment audit_fail_count:
   • < 3: plan fixes, execute, return to Step 4
   • ≥ 3: PAUSE — ask user "continue or abort?"
5. If no eval config and no benchmarks detected, skip this step entirely

Step 6: Ship

1. Gate: verify PASS audit report exists
2. Integration verification — run directly in worktree:
   • Clean build artifacts first: cargo clean / npm run clean / equivalent
   • Full build from scratch · complete test suite · linter + formatter
   • Fail → STOP. Do NOT create PR.
3. Git hygiene: conventional commits, rebase, squash fixups
4. Create PR via gh pr create with spec + audit report in body
5. CI watch via gh pr checks --watch, auto-fix failures
6. Exit worktree: Return to original directory and keep the worktree

Step 7: Evolve

Run the evolution engine to analyze this session and generate/improve skills.

1. Always run — regardless of CI outcome:

   epic-harness reflect
   

   This triggers the Ring 3 loop: observe → analyze → seed evolved skills → update metrics.

   If $HARNESS_DIR/pending_synth.jsonl has records with status: "pending", synthesize each — launch one subagent per manifest (use your host's subagent mechanism; do NOT name a model or CLI), then apply the body it produced:

   epic-harness evolve accept-synth --skill <name> --file <body.md>
   

   Unconsumed manifests leave the template skill body in place.

2. If CI green (all checks passed): additionally run

   epic-harness reflect --context --days 1
   

   and record the successful orbit pattern into memory:

   epic mem add --title "Orbit: {goal_slug} succeeded" \
     --type pattern --importance 0.7 \
     --body "Orbit completed. Mode: {mode}. AC: all verified. PR: {url}. Stack: {stack}."
   

3. Report the evolution outcome in the final summary (evolved skills generated, score trend).

4. Update pipeline state: "phase": "evolve", "status": "complete".

Step 8: Report

## Orbit Complete
- Pipeline: PIPELINE-{id}
- Mode: {direct|council|interactive} (auto-detected)
- Spec: SPEC-{timestamp} ({goal_slug})
- Branch: orbit-{goal_slug}
- Worktree: orbit-{goal_slug} (preserved for PR)
- PR: {URL}
- Audit retries: {count}

### Phase Summary
| Phase | Status | Retries |
|-------|--------|---------|
| Spec | approved | 0 |
| Go | complete | 0 |
| Audit | PASS | {count} |
| Eval | {PASS|SKIPPED} | 0 |
| Ship | complete | 0 |
| Evolve | complete | 0 |

### Evolution
- Skills evolved: {count}
- Score trend: {improving|stable|declining}

Red Flags

• Interactive mode proceeding without spec approval (direct and council modes auto-approve)
• Continuing after 3 audit failures without user consent
• Skipping isolated integration test
• Shipping with FAIL in security audits
• Losing audit report between phases
• Creating branch with dirty working tree
• Losing worktree reference between phases
• Skipping evolve step after ship (evolve must always run, even if CI fails)