Design, generate, and run multi-agent AI pipelines with scope-aware, spec-driven orchestration, step-level CRUD, integrated auditing, and automated optimization — all within Claude Code.
Audit one or all pipelines against layout, frontmatter, topology, and runtime-safety standards — produces a severity-classified report (SEV-0/1/2/3) with cited evidence
Set, change, or audit model preferences for pipeline agents — interactive 6-mode workflow (global/workspace prefs, per-agent overrides, first-run wizard, catalog refresh)
Delete a step from an existing pipeline — select pipeline, select step, perform gap analysis, optionally rewire, audit the delta, then gate on human approval before any deletion
Initiates a repository traversal to create localized PIPELINE-CONTEXT.md hierarchical context files.
Migrate an existing pre-v2 per-tier pipeline (.claude/, .opencode/, .agents/codex/) into the unified data-only .superpipelines/ layout — select legacy pipeline, translate frontmatter to canonical agent defs, stage, delta-audit, gate on human approval, then atomically promote, rewrite the registry, and move the legacy artifacts
Use when designing a new multi-agent pipeline, generating spec/plan/tasks/topology artifacts, adding a step to an existing pipeline, updating a step, deleting a step, creating a single subagent definition, or diagnosing a pipeline topology failure.
Use when auditing existing pipeline bundles, agent files, or skills against superpipelines v2 layout, frontmatter, topology, and runtime-safety standards. Invoked automatically after new-pipeline, new-step, update-step, and delete-step. Produces severity-classified reports (SEV-0/1/2/3) with cited file:line evidence.
Use during a Pattern 3 iterative loop after a tester reports failures, before dispatching a fixer — diagnoses whether failures are fixable bugs or architectural problems, detects "fixes reveal new failures in new locations" pattern, and decides whether to continue or escalate per Pattern 3 protocol.
Use when surveying an existing pipeline bundle for optimization opportunities — topology merge/split/parallelize/reorder, model-tier right-sizing, past-run pain signals, and protocol-quality advisories. Dispatched read-only by optimizing-a-pipeline; renders an opportunity report for the orchestrator to persist. Never mutates.
Use as Stage 2 review ONLY after pipeline-spec-reviewer returned PASS — checks code quality, idiom, maintainability, naming, structure, and tests against the spec. Refuses to run if Stage 1 not yet PASSed. Read-only; never edits.
Supplies the pipeline-auditor agent with its operating modes (FULL/DELTA/SCOPE-WIDE), full compliance matrix dispatch, severity classification, fix routing, and model-tier resolution criteria. Use when the pipeline-auditor agent is invoked to perform standards-enforcement auditing of pipeline bundles.
Supplies the iteration-control protocol, escalation hard-gate, and rationalization resistance for Pattern 3 diagnosis cycles. Use when the pipeline-failure-analyzer agent is invoked and requires its operational protocol, convergence detection logic, or escalation criteria.
Full operational protocol for the pipeline-optimizer agent — read-only four-axis optimization survey.
Supplies the pipeline-quality-reviewer agent with the Stage 2 operational protocol, finding classification rules, verdict logic, and rationalization resistance tables for code quality audits. Use when the pipeline-quality-reviewer agent is dispatched to perform Stage 2 review after Stage 1 has returned an explicit PASS verdict.
Supplies the Stage 1 functional-verification protocol to the pipeline-spec-reviewer agent: acceptance-criteria compliance checks, under-build/over-build detection, binary verdict emission, and rationalization resistance. Use when the pipeline-spec-reviewer agent activates to verify that an executor's output matches its specification before Stage 2 may proceed.
Uses power tools
Uses Bash, Write, or Edit tools
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Superpipelines turns AI coding assistants from chaotic generators into disciplined engineering teams. It enforces isolated code reviews, prevents infinite loops, guarantees persistent state across mid-session crashes, and removes the manual overhead of verifying every generated output. As of v2.1.3, the same pipeline scaffolds run unmodified across Claude Code, OpenCode, Codex App/CLI, Cursor, Windsurf, Cline, and Antigravity CLI 2.0, with a pre-run safety tripwire guarding against worktree artifact-loss before any dispatch.
Step 1: Install (universal — auto-detects your platform)
# POSIX (macOS/Linux)
curl -fsSL https://raw.githubusercontent.com/gustavo-meilus/superpipelines/main/install.sh | bash
# Windows PowerShell
irm https://raw.githubusercontent.com/gustavo-meilus/superpipelines/main/install.ps1 | iex
# Or via npm (any platform with Node ≥18)
npx -y superpipelines-install
Platform-specific install commands:
| Platform | Install |
|---|---|
| Claude Code | claude plugin install github:gustavo-meilus/superpipelines |
| Codex App/CLI | codex plugin add github:gustavo-meilus/superpipelines (syntax pending verification — see RELEASE-NOTES) |
| Antigravity 2.0 | agy plugin install github:gustavo-meilus/superpipelines |
| Cursor / Windsurf / Cline | npx -y skills add superpipelines -a <cursor|windsurf|cline> |
Step 2: Create your first pipeline
/superpipelines:new-pipeline
Step 3: Run it
/superpipelines:run-pipeline
The system handles spec generation, agent coordination, state persistence, and crash recovery without requiring additional configuration.
By operating with disallowedTools: Write, Edit, Bash, the reviewer agent cannot rationalize its way into modifying code. The only outputs it can produce are a passing verdict or an explicit failure that halts the pipeline. On platforms that support structural isolation (Claude Code, OpenCode, Codex), this constraint is enforced at the permission layer. On Cursor, Windsurf, and Cline (Tier 2), the same protocol runs as a convention — surfaced explicitly at run start and end so reviewers know reviews are advisory rather than structurally guaranteed.
| Tier | Platforms | Subagent Dispatch | Reviewer Isolation |
|---|---|---|---|
| 1 | Claude Code | Native Task() | Structural (tools: restriction) |
| 1b | OpenCode | mode: subagent | Structural (permission: { edit: deny }) |
| 1c | Antigravity CLI 2.0 | Dynamic Subagents (aspirational) | Unverified |
| 1d | Codex App/CLI | Model-driven, up to 6 concurrent | TOML sandbox_mode (read-only structural; workspace-write requires Hyper-V) |
| 2 | Cursor, Windsurf, Cline | Single-agent inline loop | Convention-only (advisory) |
Pipelines scaffolded on Tier 1 (Claude Code) or Tier 1d (Codex) run on Tier 2 platforms without modification — sk-platform-dispatch rewrites paths at read/write time.
Tasks decompose before execution into a precise specification and an itemized task list. This decomposition phase surfaces ambiguities and architectural gaps that would otherwise cause costly failures deep in the implementation cycle, especially when an agent encounters a constraint that never appeared in the initial intake. Pipeline creation opens with a brief-hardening interrogation — an adversarial crawl/grill/reconcile pass that confronts the stated intent against what the workspace and the host platform actually support, resolving contradictions before the architect commits them to a topology. Reviewer agents cannot modify the code they validate.
npx claudepluginhub gustavo-meilus/superpipelines --plugin superpipelinesFeature development with code-architect/explorer/reviewer agents, CLAUDE.md audit and session learnings, and Agent Skills creation with eval benchmarking from Anthropic.
Production-grade engineering skills for AI coding agents — covering the full software development lifecycle from spec to ship.
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