App-autopilot (experimental, opt-in)

⚠ Status: experimental (v0.11.0). As of v0.12.0, this is NOT the default path for multi-plan apps. Use the self-continuing autopilot instead — the brainstorming Phase 5 handoff defaults there. Only invoke app-autopilot when the user explicitly asks for /goal-driven execution by name.

Why it's not the default. Claude's /goal evaluator is transcript-only — it can re-trigger turns endlessly if the success sentinel (Goals shipped: N/N) or halt sentinel (APP_HALT) isn't surfaced cleanly by the headless child. Autopilot has halt-envelope classification (terminal vs transient), panel-quorum-lost handling, dirty-tree reconciliation on every resume, and other loop-prevention guards (lib/codex-bridge/halt-envelope.js, tests/codex-bridge/halt-envelope-e2e.test.js). app-autopilot inherits NONE of those guards — it relies entirely on the goal-condition string matching reliably.

Known failure modes. (1) Headless claude -p child doesn't surface <<<APP_AUTOPILOT_PROGRESS>>> to the parent transcript → evaluator never sees "Goals shipped: N/N" → loops forever. (2) Codex disagreement in the next-plan drafting step burns the 7-round budget without converging → halt sentinel not emitted because the loop is still inside writing-plans.

If you're hitting any of these, stop using app-autopilot and route through brainstorming → writing-plans → autopilot manually, one plan at a time. The sidecar's app_state block is still useful for tracking which goals shipped under which plan; just don't drive the loop from /goal.

What this is

A thin orchestrator that sits ABOVE the existing autopilot skill. Where autopilot ships one plan slice-by-slice, app-autopilot ships an entire app — many plans, one after another, all driven by a single Claude Code /goal condition the user can leave running unattended.

The user prompts once with an app idea. Brainstorming produces an app-scoped spec with multiple ultimate goals. Claude↔Codex pair to draft the first plan. Claude shells out claude -p "/goal '...'" to kick off unattended execution. From there, each /goal turn:

1. Reconciles state (dirty tree, external commits).
2. Runs the existing autopilot skill on whatever plan is active.
3. When that plan ships, pairs with Codex to draft the next plan, then loops back.
4. Prints a plain-English progress update for the user, plus a machine-readable footer the /goal evaluator reads.

The /goal evaluator (Haiku) sees Goals shipped: N/N and clears the goal. Or it sees APP_HALT and the condition's OR-branch satisfies, ending the loop.

Talk to the user like a human

Every user-facing line app-autopilot writes — progress updates, halt messages, the conversational handoff that fires /goal — is plain-English. No slice, no SHIP, no phase D jargon. Say "the next chunk of work", "Codex and I both signed off", "the documentation step." This is a durable user preference; treat it as load-bearing. See templates/handoff-script.md and the example output further down.

Required inputs

• A double-SHIP'd app-scoped spec at docs/specs/<spec>.md. The spec's <<<GOALS>>> block must list ≥ 1 user-observable outcome — typically 3+ for a real app. Brainstorming with app-scoped: true enforces this.
• A double-SHIP'd first plan at docs/plans/<plan-1>.md, drafted by Codex-paired writing-plans, that delivers at least one of the spec's goals.
• The sidecar's app_state block, initialized via app-state-init. (Brainstorming does this automatically when the spec is app-scoped.)

If you arrive at app-autopilot without these in place, halt and route the user back to brainstorming (with app-scope) → writing-plans. Do NOT try to brainstorm or write a plan from inside app-autopilot.

Honest-reporting activation

On entry, refresh the marker (24-hour TTL recommended for long unattended runs):

node "${CLAUDE_PLUGIN_ROOT}/lib/codex-bridge/cli.js" honest-reporting-mark-active \
  --skill app-autopilot --spec <spec-path> --ttl-hours 24

Kickoff: how /goal actually gets fired

The user does NOT type /goal themselves in the common path. After brainstorming + first-plan are done, main Claude fires it by shelling out:

claude -p "/goal '<rendered-condition>'" \
  --auto \
  --output-format=stream-json

The condition string is built from templates/goal-condition.md. The handoff conversation (templates/handoff-script.md) is what main Claude reads to the user before executing that Bash call — a plain-English summary + the technical condition + a yes/no nudge. Only on "yes" does the Bash call go out.

Run it via the Bash tool with run_in_background=true so main Claude stays interactive. Then use the Monitor tool to stream the child's stdout and surface each <<<APP_AUTOPILOT_PROGRESS>>> block back to the user as a friendly update. Foreground mode (no run_in_background) is fine for short runs but blocks the user for the duration; do it only if asked.

The headless child Claude reads the same workspace and the same .superpowers-codex-paired/ sidecar, so all state survives. When /goal clears (condition met or APP_HALT seen), the child exits and claude -p returns.

Per-/goal-turn procedure

This is the work that happens inside ONE turn of the child Claude session (i.e. one main-turn between /goal-evaluator checks). The headless child invokes app-autopilot on every turn until the goal clears.

Step 1 — Reconcile state

Read the sidecar's app_state:

SPEC="<spec-path>"
node ${CLAUDE_PLUGIN_ROOT}/lib/codex-bridge/cli.js app-state-get --specPath "$SPEC"

Check the working tree:

git status --porcelain

If the tree is dirty AND the dirt is not ours (no Co-Authored-By: Claude trailer on any leftover index entries), halt with APP_HALT: dirty-tree-on-resume. The user must clean up; on next /goal (or /goal clear then re-fire), reconciliation will retry.

Walk new commits since app_state.plans[active_plan].shipped_at (or repo HEAD if no active plan). If an external commit appeared, that's fine — app-autopilot doesn't lock the repo against the user. Just note it in the progress block.

Step 2 — Decide what to do this turn

Compute from app-state-get:

• unshipped_goals.length === 0 → all goals shipped. Print the "all done" progress block (see below) with Goals shipped: N/N and exit successfully. The /goal evaluator will clear on the next check.
• active_plan != null → autopilot has a plan in flight. Go to step 3.
• active_plan == null AND a never-started plan file exists from a prior writing-plans pass → set it active via app-state-set-plan --started and go to step 3.
• active_plan == null AND no pending plan → go to step 4 (draft next plan).

Step 3 — Run autopilot on the active plan

Invoke the existing autopilot skill on active_plan, but in outer-mode:

• Set the environment flag or sidecar marker (see skills/autopilot/SKILL.md § Outer-mode under app-autopilot) so autopilot:
  • Does NOT self-continue/loop over further slices (we're the outer driver now — one pass per turn).
  • Prints <<<PLAN_SHIPPED>>> path=<plan> goals_audited=[id1,id2] when the plan finishes.
  • Prints APP_HALT: <reason> instead of just halting silently on a non-recoverable failure.

When <<<PLAN_SHIPPED>>> appears in the autopilot output, parse out the path and goals_audited list, then for each goal id:

node ${CLAUDE_PLUGIN_ROOT}/lib/codex-bridge/cli.js app-state-mark-goal-shipped \
  --specPath "$SPEC" --goalId "<id>" --planPath "<plan-path>"

And mark the plan shipped:

node ${CLAUDE_PLUGIN_ROOT}/lib/codex-bridge/cli.js app-state-set-plan \
  --specPath "$SPEC" --planPath "<plan-path>" --shipped

Then proceed to print the progress block (Step 5).

If autopilot prints APP_HALT, surface its reason in the progress block (Step 5) with Halt: <reason>. The /goal evaluator will see the halt sentinel and the OR branch of the condition will satisfy — goal clears.

Step 4 — Draft the next plan (Claude↔Codex)

This step only fires when no plan is active. Reuse the writing-plans skill, parameterized with the unshipped goals as the goal block.

1. Read the next-plan context:

   node ${CLAUDE_PLUGIN_ROOT}/lib/codex-bridge/cli.js app-state-next-plan-context --specPath "$SPEC"

   The output has unshipped_goals[], shipped_plans[], and the total. Pick which subset of unshipped goals the next plan should deliver. Heuristic: smallest cohesive subset that builds on what's already shipped. A plan can ship one goal or many — Claude↔Codex decide together. Aim for plans that ship in <1 day of work; smaller plans = faster progress feedback.

2. Compose a Codex prompt that includes:
   • The full <<<GOALS>>> block (from sidecar-get-goals).
   • The shipped_plans summary (so Codex knows what's done).
   • The candidate unshipped goal subset for this plan.
   • The repo state (recent commits since last plan, surfaced via git log --oneline -10).
   • A directive: "Draft an L11 implementation plan that ships ONLY these specific goals, building on the shipped state above. Same audit rules as standard writing-plans."
3. Run the standard writing-plans 7-round loop using the spec's existing Codex threadId. Reuse the existing skill verbatim — writing-plans already handles round counting, audit gates, panel TDD review, etc. Pass the spec path; it picks up the threadId from the sidecar.

4. When writing-plans returns a double-SHIP'd plan, write it to docs/plans/<date>-<auto-named>.md and mark it active:

   node ${CLAUDE_PLUGIN_ROOT}/lib/codex-bridge/cli.js app-state-set-plan \
     --specPath "$SPEC" --planPath "<new-plan>" --started

5. Print the progress block with a "wrote a new plan" friendly summary, then return — the next /goal turn will run autopilot on it (Step 3).

Step 5 — Print progress (every turn ends with this)

Two parts. Plain-English first, machine-readable footer second. Both go to stdout so the /goal evaluator sees them in the transcript.

Plain-English explainer (one to three short paragraphs, friendly tone):

Just finished the password-reset flow — that's our second feature shipped! It went smoothly: Codex and I both agreed the work was solid, the live test confirmed someone can actually reset their password from the login screen, and Codex independently double-checked the code against the goal "user can recover a forgotten password."

Two of your six goals are done. Up next: profile pictures. Codex and I just wrote the plan for it together — it's a small one, probably a couple hours of work. Starting on it now.

Adapt to what actually happened this turn. Examples for other situations:

• Plan still running: "Still working on the login flow. Just finished the part that checks if the password matches. Two more chunks of work to go before we can show you it working end-to-end."
• About to draft new plan: "The signup flow shipped — that's one goal off the list. Codex and I are about to plan what comes next. Talking it over now."
• Halt: "Hit a snag — the email-sending library needs an API key I don't have. Can you set EMAIL_API_KEY in .env? Once you do, just paste this back to me: /goal '...' (same as before)."

Machine-readable footer (exactly this shape; the /goal evaluator pattern-matches on Goals shipped: N/N):

<<<APP_AUTOPILOT_PROGRESS>>>
Spec: docs/specs/<spec>.md
Goals shipped: 2/6
Active plan: docs/plans/2026-05-24-profile-pictures.md
Just shipped this turn: goal-password-reset (via docs/plans/2026-05-23-password-reset.md)
Halt: none
<<<END_PROGRESS>>>

When all goals are shipped, the footer reads Goals shipped: N/N with N == total, Active plan: none, Halt: none. That's what triggers the /goal evaluator to clear.

When halting, the footer reads Halt: <one-line reason> AND the explainer above includes APP_HALT: <reason> literally so the /goal condition's OR-branch satisfies. Yes, both the human paragraph and the footer can include the sentinel — the goal evaluator only needs one match anywhere in the transcript.

The /goal condition string (canonical)

Use templates/goal-condition.md to render. Substitutes {{spec_path}} and {{total_goals}}. The form:

transcript contains "Goals shipped: {{total_goals}}/{{total_goals}}" with spec "{{spec_path}}",
OR transcript contains "APP_HALT",
or stop after 200 turns.

The trailing turn-bound is a safety cap — at one plan-ship per turn average and 200 turns max, we cover apps with ~50 goals comfortably. Most apps clear in 5–20 turns.

Halt vs self-continuing-autopilot semantics

If a halt is recoverable by the user (missing env var, network blip, external repo edit they want kept), they fix it and either:

• Re-fire the same /goal string (most common — Claude offers the exact line in the halt explainer), or
• Run claude --resume if the child session is still in their session list.

Either way, Step 1's reconciliation picks up where it left off.

Failure modes specific to app-autopilot

• Spec lacks <<<GOALS>>> block or has zero goals. Halt at entry with APP_HALT: spec-not-app-scoped. Route user back to brainstorming with app-scope.
• app_state not initialized. Halt at entry with APP_HALT: app-state-uninitialized. Brainstorming was supposed to do this; if it didn't, run app-state-init manually using the goals block, then re-fire /goal.
• Codex disagrees with Claude about the next plan after 7 rounds. Halt with APP_HALT: next-plan-round-7-deadlock. User arbitrates — they pick one position or rewrite the plan themselves; re-fire /goal.
• All slices of a plan halt repeatedly with no progress. After 3 consecutive halts on the same plan (track in app_state.plans[].halt_count — fall back to inspecting autopilot.halt_reason), surface as APP_HALT: plan-stuck:<plan-path>. User decides whether to revise or skip the plan.
• claude -p child crashes (network, OOM). Goal state in the parent session is unaffected — /goal re-fires on the next user prompt (or auto-resume). Re-running app-autopilot from a clean turn picks up via Step 1 reconciliation.

Backward compatibility

If a user runs the existing autopilot skill directly (without app-autopilot wrapping), nothing changes. autopilot detects outer-mode via the presence of app_state in the sidecar (or an explicit env var; see skills/autopilot/SKILL.md). When outer-mode is OFF, autopilot prints no PLAN_SHIPPED or APP_HALT sentinels and runs in its self-continuing default mode (re-run /autopilot to resume; no external loop).

Troubleshooting setup errors

If Cannot find module, codex: command not found, proper-lockfile, or any module-load / binary-not-found pattern appears, invoke /codex-paired-superpowers:doctor before re-firing the /goal. The doctor diagnoses the install and prints the exact fix commands.