# Add to your Claude Code skills
git clone https://github.com/SawyerHood/omegacodeomegacode is an open-source ai agents skill for AI coding assistants such as Claude Code, Codex CLI, and ChatGPT, built by SawyerHood. Code based orchestration for any coding agent. It has 100 GitHub stars.
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Clone the repository with "git clone https://github.com/SawyerHood/omegacode" and add it to your Claude Code skills directory (see the Installation section above).
omegacode is primarily written in TypeScript. It is open-source under SawyerHood on GitHub, so you can review or fork the full source.
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An agent-agnostic implementation of Claude Code's Workflows. omegacode runs JavaScript workflow
files that orchestrate fleets of coding agents with a small deterministic DSL — agent() /
parallel() / pipeline() / phase() — and the workers are pluggable: the same workflow can
drive Claude Code, Codex, OpenCode, and pi in a single run.
npm install -g omegacode
omegacode install-skill
install-skill teaches your agents how to author and run workflows by copying the skill into
~/.claude/skills/ (Claude Code) and ~/.agents/skills/ (Codex and other agents). Pass
--claude or --agents to install to just one.
You'll need Node 20+ and at least one worker installed: codex (the default provider), claude,
opencode (≥ 1.16.2), and/or pi (≥ 0.79.1, npm i -g @earendil-works/pi-coding-agent). Run
omegacode doctor to check — it flags binaries below the minimum versions, which the workers
refuse at runtime.
Note on opencode/pi sandboxing: neither CLI can enforce a confined sandbox, so omegacode accepts them only with an explicit
sandbox: "danger-full-access"(per call or via--sandbox). The defaultread-onlysandbox is rejected with an error naming the remedy — a deliberate fail-closed choice. Model strings pass through verbatim to the backend (e.g.agent("…", { provider: "opencode", model: "openrouter/anthropic/claude-sonnet-4.5", sandbox: "danger-full-access" })).
With the skill installed, just ask your agent:
use omegacode to adversarially review this PR with both claude code and codex
It will author a workflow — finders fan out in parallel, a cross-provider skeptic pass tries to
refute each finding, a synthesizer merges what survives — then run it and report back. Runs are
journaled and resumable, and omegacode serve opens a live dashboard of every agent as it works.
export const meta = { name: "adversarial-review", description: "find bugs, cross-examine them" }
// FINDINGS and VERDICT are plain JSON Schemas, elided here
phase("Find")
const findings = await parallel(
["correctness", "security", "performance"].map((lens) => () =>
agent(`Review the diff through the ${lens} lens. List concrete issues.`, { schema: FINDINGS })),
)
phase("Verify")
return await pipeline(
findings.filter(Boolean).flatMap((f) => f.issues),
(issue) => agent(`Try to refute: ${issue.desc}`, { provider: "claude-code", model: "claude-fable-5", schema: VERDICT }),
)
Plain JavaScript, no imports — the DSL is injected. Each agent() spawns a real Codex, Claude
Code, OpenCode, or pi agent; omit provider/model to inherit whatever the run was started with
(--provider --model, default codex), or pin them per call when you want cross-provider
diversity. Provider and model are both-or-neither at every site (per-call, meta defaults,
CLI flags): a lone provider: or model: is rejected, so a model meant for one provider can
never silently ride another provider's call.
omegacode run <file.workflow.js | name> # run a workflow (auto-starts the live viewer)
omegacode serve # read-only dashboard over all runs
omegacode run <name> --resume <runId> # resume — only the changed suffix re-runs
omegacode doctor # check codex/claude/opencode/pi availability + versions
omegacode guide # print the full authoring guide
run also accepts saved workflow names. Six built-ins ship with the package:
deep-research, code-review, and four multi-provider workflows that put the two
models' decorrelated errors to work — multi-provider-review (both review the same
branch independently, then a synthesis merges both), bake-off (both implement the
same task in isolated worktrees, blind cross-provider judges pick a winner),
provider-debate (propose → attack → rebut for N rounds, then a judge rules), and
second-opinion (both answer cheap; agreement returns merged, disagreement escalates
to deep effort and adjudicates). Try omegacode run deep-research --args '"your question"', or omegacode workflows to list them. See omegacode guide for the
complete authoring reference.