Autopilot Patterns

Autopilot Mode Patterns

Why This is Copilot-Exclusive

Copilot CLI's Autopilot mode lets the agent work autonomously through a plan without stopping for approval at each step. Combined with Plan Mode's structured todos and Fleet's parallelism, this creates a spectrum of autonomy levels — from fully interactive to fully autonomous — that you can dial in per task. Claude Code always requires you to approve every tool call (or use a limited "auto-accept" that lacks structured planning).

When to Use

• Well-defined tasks with clear acceptance criteria
• Repetitive operations across many files (migrations, formatting, refactors)
• After you've reviewed and approved a plan in Plan Mode
• When the cost of review per step exceeds the risk of autonomous execution
• Overnight or long-running tasks you want to fire-and-forget

Workflow

1. Start with a Plan

Always begin in Plan Mode for autopilot tasks:

[Shift+Tab to enter Plan Mode]
You: "Convert all React class components to functional components with hooks"

2. Review the Plan Carefully

This is your guardrail moment. The plan should include:

• Clear scope (which files, which patterns)
• Defined completion criteria
• Test verification steps
• Rollback approach (e.g., git branch)

3. Select Autopilot Execution

When presented with the approval menu, choose Autopilot:

exit_plan_mode:
  summary: "Convert 12 class components to functional components..."
  recommendedAction: "autopilot"

4. Monitor Progress

Even in autopilot, you can:

• Watch the output stream in real-time
• Check todo status via SQL queries
• Interrupt if something goes wrong (Ctrl+C)

Continuation Boundaries and Permissions

Autopilot keeps working until the task completes, you interrupt it, a blocker stops progress, or a configured continuation limit is reached.

Set explicit checkpoints when you want them

If you want autopilot to pause after a bounded number of autonomous steps, set a continuation limit up front:

copilot --max-autopilot-continues 3

Use this when you want a review checkpoint after a risky phase instead of letting the run continue indefinitely.

/allow-all changes permissions, not task structure

/allow-all (or starting with --allow-all) grants Copilot permission to use tools, paths, and URLs without stopping for approval. It does not replace good planning and it does not create task checkpoints by itself.

/allow-all
[Shift+Tab to enter Plan Mode]
You: "Refactor the auth module in autopilot, but stop if changes extend beyond src/auth/"

It also does not grant standing approval for irreversible commands. If the run would need to discard local work, rewrite Git history, or destroy infrastructure, spell out that permission explicitly in the task instead of assuming /allow-all covers it.

As documented in the v1.0.77 release notes, unconditional autopilot approval also disables the sandbox for the current session when bypass is allowed. Treat approval convenience and loss of isolation as one risk decision; see the sub-agent-sandboxing skill.

Use /permissions show to inspect in-memory tool and path approvals for the current session and /permissions reset to clear them. Although the v1.0.78 release notes describe /permissions as switching approval modes, the command reference documents only show and reset; do not rely on it for mode switching until the installed runtime confirms that behavior. The same release notes say the /allow-all safety-judge model is now selected automatically rather than configured by the user.

Autopilot remains selected after task_complete by default as of v1.0.76. Set stayInAutopilot to false when each completed task should return to interactive mode.

If autopilot pauses or stops mid-task

1. Check which todo is still in_progress
2. Inspect the current diff before continuing
3. Continue with a corrective instruction if the next step needs tighter guidance

Unattended Runs: The Exit-Code Contract

CI, cron jobs, and orchestrators need a machine-readable result. Judge prompt-mode success by the process exit code, never by parsing model prose from stdout. Copilot CLI release notes explicitly confirm a failure exit when a prompt is blocked before responding and a non-zero exit when --share or --share-gist export fails. Malformed --allow-tool and --deny-tool patterns are reported as errors, but their exit code is not yet confirmed; keep that case out of automation until the installed runtime is tested.

Branch immediately on the captured code:

copilot -p --autopilot "Run the approved maintenance task"
$copilotExitCode = $LASTEXITCODE
if ($copilotExitCode -ne 0) {
  throw "Copilot failed with exit code $copilotExitCode"
}

if ! copilot -p --autopilot "Run the approved maintenance task"; then
  echo "Copilot failed" >&2
  exit 1
fi

Values supplied to --max-autopilot-continues must be integers; reject computed NaN, negative, or fractional values before invocation. Also set an error budget for repeated permission denial or policy blocking (for example, stop after three consecutive failures) and decide where to record the diagnosis. Never retry an unattended denial indefinitely.

Safety Patterns

Pattern 1: Branch-First Autopilot

# Create a safety branch before autopilot
git checkout -b autopilot/class-to-hooks

# Run autopilot on the branch
# If results are bad: git checkout main && git branch -D autopilot/class-to-hooks
# If results are good: create a PR for review

Pattern 2: Test-Gated Autopilot

Include test verification in every todo:

INSERT INTO todos (id, title, description) VALUES
  ('convert-user', 'Convert UserComponent',
   'Convert to hooks AND run npm test -- UserComponent.test to verify');

Autopilot runs tests after each conversion — if tests fail, it stops and fixes.

Pattern 3: Incremental Autopilot

Don't autopilot everything at once. Batch into phases:

Phase 1 (Autopilot): Convert simple components (no state, no lifecycle)
Phase 2 (Interactive): Review Phase 1, then autopilot complex components
Phase 3 (Interactive): Handle edge cases manually

Pattern 4: Dry-Run First

You: "First, analyze all class components and list what would change.
      Don't modify any files yet."

# Review the analysis
# Then: "OK, now execute the conversions in autopilot mode"

Pattern 5: Careful Scope Lock

When a task is safe to automate but the blast radius must stay narrow, tell Copilot exactly what is frozen:

You: "Use autopilot, but be careful:
      - Only touch files under src/auth/
      - Do not change config, CI, or lockfiles
      - Stop and report if the plan requires out-of-scope edits"

This is the practical equivalent of a careful mode: autonomous execution with hard scope boundaries and an explicit stop condition.

Pattern 6: Freeze Approved Files

After review, keep the approved surface stable while autopilot finishes the remaining work:

You: "Freeze these files unless a blocker forces a change:
      - src/contracts/*
      - docs/api.md
      Continue autopilot only on the implementation files."

Use this when some outputs are already reviewed, signed off, or shared with another team.

Pattern 7: Irreversible-Command Guard

Autopilot should stop before any command that can permanently discard work or destroy state unless the user explicitly asked for that exact action in the current run.

Treat these as opt-in, not implied permission:

• git reset --hard
• git checkout -- <path> or git checkout -- .
• git clean -fd
• git stash drop
• git commit --amend when it rewrites an earlier or already-shared commit
• terraform destroy, pulumi destroy, or cdk destroy

When a plan seems to require one of these, pause the run, explain why, and get a fresh explicit instruction instead of trying to recover automatically.

Examples

Safe Autopilot for Code Migration

-- Plan with built-in verification
INSERT INTO todos (id, title, description) VALUES
  ('backup', 'Create backup branch', 'git checkout -b backup/pre-migration'),
  ('migrate-1', 'Migrate users module', 'Convert + test src/users/'),
  ('migrate-2', 'Migrate orders module', 'Convert + test src/orders/'),
  ('migrate-3', 'Migrate products module', 'Convert + test src/products/'),
  ('verify', 'Full test suite', 'npm test -- --coverage'),
  ('cleanup', 'Clean up', 'Remove unused imports, run linter');

INSERT INTO todo_deps (todo_id, depends_on) VALUES
  ('migrate-1', 'backup'),
  ('migrate-2', 'backup'),
  ('migrate-3', 'backup'),
  ('verify', 'migrate-1'), ('verify', 'migrate-2'), ('verify', 'migrate-3'),
  ('cleanup', 'verify');

Autopilot + Fleet Hybrid

For independent todos, combine autopilot with fleet:

exit_plan_mode:
  summary: "3 independent migration tasks + verification + cleanup"
  recommendedAction: "autopilot_fleet"

Fleet parallelizes migrate-1, migrate-2, migrate-3, then autopilot handles verify and cleanup sequentially.

Documentation Autopilot

Low-risk, high-volume — perfect for full autopilot:

You: "Add JSDoc to all exported functions in src/. Use autopilot, run
      the TypeScript compiler after each file to verify no errors."

Pattern 8: Ralph Wiggum Autonomous Loop

An autonomous improvement cycle that repeats until an exit condition is met. Use for iterative quality improvement tasks where the number of passes is unknown upfront.

[Loop start]
1. Execute task (run tests / lint / analyze)
2. Collect failures or gaps
3. Apply fixes
4. Re-run verification
5. If all pass → exit. Else → repeat from step 1.

[Loop exit condition: all tests pass OR max 5 iterations reached]

Implementation with SQL state:

CREATE TABLE IF NOT EXISTS loop_state (
    iteration INTEGER DEFAULT 0,
    status TEXT DEFAULT 'running',  -- running | done | max_reached
    failures_last_run INTEGER DEFAULT 0
);
INSERT INTO loop_state VALUES (0, 'running', -1);

Each iteration:

-- Before iteration
UPDATE loop_state SET iteration = iteration + 1;

-- After verification
UPDATE loop_state SET
    failures_last_run = :count,
    status = CASE
        WHEN :count = 0 THEN 'done'
        WHEN iteration >= 5 THEN 'max_reached'
        ELSE 'running'
    END;

Best for: Auto-fix lint cycles, test-fix-retest loops, retry-until-passing scenarios.

Guard rails:

• Always set a hard max iterations (5 is a good default)
• Log each iteration's result before continuing
• If max_reached: surface remaining failures for human review — do not silently skip them

Tips

• Plan quality determines autopilot quality: A vague plan produces vague results. Invest time in a detailed plan before switching to autopilot.
• Always branch first: git checkout -b autopilot/task-name is your safety net. Worst case, you delete the branch.
• Include tests in every todo: The single best guardrail for autopilot is automated test verification at each step.
• Use careful/freeze language explicitly: if scope must stay narrow, say what is locked and when autopilot must stop rather than assuming it will infer the boundary.
• Treat irreversible commands as separate consent: /allow-all is not permission to discard work, rewrite history, or destroy infrastructure without an explicit request.
• Set a continuation limit for risky runs: use --max-autopilot-continues when you want an explicit review checkpoint after a fixed number of autonomous steps.
• Start small: First time using autopilot? Try it on a 3-todo task. Build confidence before running 20-todo autopilot sessions.
• Know when NOT to autopilot: Security-critical code, database migrations, production configs — these deserve interactive review.
• Review the diff after: Even successful autopilot runs deserve a git diff review before merging.