
A time-lapsed replay of a real /wish run, host details hidden and agent launch line removed. Its figures are one labelled sample, from its own genie wish report. Full video
Give /wish one decided task. It checks that the task fits, builds it in its own worktree, runs your repository's own check, has an agent that did not write the code review the exact commit, and opens a pull request. Merging stays with you.
curl -fsSL https://raw.githubusercontent.com/automagik-dev/genie/main/install.sh | bash
Claude Code runs it as /wish, Codex as $wish, and other agents by name. Docs · Skills · Discord
One /wish from a real run, shortened:
You: /wish Delete dead code: src/lib/defaults.ts has no production callers
(only a type import of AgentDefaults in src/lib/workspace.ts) and
src/__tests__/dir-ls.test.ts reimplements a removed handler and asserts
on its own copy. Move the AgentDefaults type into workspace.ts, delete
defaults.ts, defaults.test.ts and dir-ls.test.ts.
Genie: I started the wish workflow in the background on branch
wish/delete-dead-defaults. It checks that the task fits a single wish,
makes the change in its own worktree, runs the full check, gets an
independent review and opens a PR against dev.
Genie: Review: SHIP. Checks: pass. The PR is open and its remote head matches the
local one. This run merged nothing. Merging is yours.
How it works
Designs and plans stay in your repository as markdown, with the reviews that approved them, so the next agent you use reads the same context. Each step is a skill. One decided task goes straight to wish. Anything bigger takes the whole loop, where every gate is run by an agent that did not do the work:
brainstorm → design review → wish → plan review → work → implementation review → PR
- brainstorm settles an idea into a
DESIGN.md. A design review approves it before any plan is written.
- wish delivers one task end to end and returns a pull request ready for you to merge. Work bigger than one task becomes a
WISH.md with execution groups, and a plan review approves it before anything is built.
- work runs the approved groups in dependency order, each with its own scoped worker, and ends at an implementation review.
- review runs those reviews. After work, it checks the result against the plan's criteria and returns SHIP, FIX-FIRST or BLOCKED. fix repairs the blocking gaps with bounded retries and a fresh reviewer.
- council sits beside the loop. It pressure-tests a decision through independent lenses and changes nothing.
Designs, plans and verdicts land in git under .genie/brainstorms/<slug>/ and .genie/wishes/<slug>/. Task state lives in one SQLite file per repository, .genie/genie.db, and genie board shows it as a kanban. Genie is built with Genie: this repository's own designs and plans are in .genie/brainstorms and .genie/wishes.
Skills


Genie v6.261003.1 ships 18 skills. The skill catalog groups them by category, and the Skills docs show a card for each one.
All 18 skills
authoring: Write a Genie skill that passes the shipped contract
brainstorm: Settle an idea into a reviewed design
council: Pressure-test decisions through independent lenses
deslop: Clean up scoped prose, code or interface without losing meaning
docs: Audit docs and DX against the live product; write on request
fix: Repair review gaps with bounded retries
genie: Route or resume work only where Genie adds value
genie-hacks: Find grounded Genie workflow patterns and recipes
merge: Resolve a merge or rebase by intent, then re-run the gate
refine: Improve prompts for OpenAI or Claude
report: Diagnose a failure to root cause; file issues on request
research: Investigate against primary sources and cite every claim
review: Assess plans, code, PRs, and repository quality
skill-audit: Audit the skill catalogue for overlap, staleness, drift
verify: Prove completion with fresh gate, diff, and check output
wish: Deliver one task end to end, or plan a multi-group wish
work: Execute approved wishes with evidence
workfly: Build a saved workflow from a procedure
Workflows
A saved workflow is a Claude Code script for a procedure worth running the same way twice. genie install and genie update deliver the catalog to ~/.claude/workflows. Genie v6.261003.1 ships 12. The Workflows docs describe each one. In Codex and other agents without saved workflows, the skills that start them (wish, brainstorm, council, docs, research, skill-audit, workfly) run the same stages by hand.
All 12 saved workflows
brainstorm: runs one round of a brainstorm whose state lives in DRAFT.md, so you answer between rounds, and ends in a reviewed DESIGN.md
council: architecture, delivery, product, security and dissent lenses, then a synthesis; assess only
docs-audit: audits every documentation surface against the live product and ranks the drift; assess only
evidence-gate: verifies a frozen contract of files, commands and claims against the artifact it covers; its only write is the report
observability-review: reviews traced Claude Code sessions in Phoenix and proposes rule changes, each tied to cited evidence; proposal only
pm-ledger-verify: adversarial lenses over uncommitted wish ledger edits
research-sweep: investigates a frozen question against a frozen source list and keeps every claim cited; read only
skill-audit-sweep: sweeps the shipped skills into a keep, improve, update, merge or retire table; assess only
skill-intake: assesses candidate skills from outside the catalog and assigns each exactly one disposition; mutates nothing
test-simplify: audits every test file in scope and proposes batches of tests to delete or consolidate; deletes nothing
wish: the engine behind the wish skill: admission, one executor in a worktree, a gate, an independent review, bounded repair and a PR; merging stays with you
workfly: discovers a procedure and builds its saved workflow, checked by a static test and refuters
When not to use it, and what it costs
Genie adds steps around the code. They pay off when a change deserves review, and they cost you time when it does not.
- Small, obvious edits. The run above asked 0 questions and, by its own
genie wish report, took 19.9 min and 387,079 tokens to delete dead code. That is one sample. An edit you can make and check by hand is faster without Genie.
- Big plans. Plan size predicts delivery. In an observational sample of 50 wishes, the share merged within 8h fell from 100% (n=9) for the smallest plans to 95% (n=19), 67% (n=12) and 30% (n=10) for the largest. Split big work before it starts.
- Diffs you will not read. Agents miss things, reviewers included. The reviewer passed a wrong gate command in #3045, and #2935 met 68 of 86 blind criteria with 3 HIGH gaps. Read the diff and the verdict before you merge.
- Weak checks. The gate runs your repository's checks, so a wish proves only what those checks prove.
- Untrusted repositories, or no integration branch.
/wish runs the repository's own install and check commands, so point it only at repositories you trust. It opens its pull request against dev by default and refuses main or master as the base.
How it compares
Superpowers, Spec Kit and GSD work the same ground. Each of their rows comes from that project's own README.
| What it says it is | Its loop | How it installs |
|---|
| Superpowers | "a complete software development methodology for your coding agents, built on top of a set of composable skills" | brainstorming, writing plans, then executing them with subagents or inline, with code review and test-driven development | installed per harness, "separately for each one" |
| Spec Kit | "an open source toolkit that gives AI coding agents structured processes, reusable templates, and documented outcomes" | a constitution once per project, then specify, plan, tasks, implement and converge for each feature | uv tool install specify-cli |
| GSD | "a context-engineering and spec-driven development framework" that runs heavy work "in fresh-context subagents" | discuss, plan, execute, verify and ship, one phase at a time | npx @opengsd/gsd-core@latest |
| Genie | skills and saved workflows that keep plans in git, plus a CLI that keeps task state in one SQLite file | brainstorm, wish, work and review, with council beside it and a separate reviewer at each gate | one signed binary that installs the skills into every agent it detects |
Install
The one-paste install at the top fetches the signed binary for Linux or Apple Silicon macOS and finishes with genie install. Stable is declared for Linux and macOS: both run in the release gate, so a change that breaks either one does not ship. Windows is not supported; WSL2 works but is not on the tested matrix. Coming from an earlier version? UPGRADING.md covers what changed, what left, and how to clean up.
What the install delivers, consent scopes and release verification
Genie ships exactly two surfaces:
- The signed binary, installed and updated by
install.sh and genie update.
- The skills and the saved workflows, delivered through the skills.sh channel.
genie install and genie update run the pinned skills CLI over the tree the signed release put on disk, copy the workflows into ~/.claude/workflows, and record what landed in ~/.genie/skills-install.json.
The installer hands its arguments to genie install. --integrations auto|codex|claude|all|none (or --skip-integrations) is the consent scope for the skills channel: any value other than none installs to every detected agent skill home, because the skills CLI already installs per agent; none skips the channel, writes no record, and reports skills: skipped (consent: none). To install the binary and skip the skills channel:
curl -fsSL https://raw.githubusercontent.com/automagik-dev/genie/main/install.sh | bash -s -- --integrations none