Outcome-first orchestration · Claude Code + Codex

Own the product.
Let the agent own the engineering.

Describe what should become true. SkipHow gives the coding agent one operating contract: product decisions and protected actions stay with you; the agent chooses the engineering method, coordinates the work, and proves the result.

One public skill. Focused methods selected as needed. No workflow for you to operate.

One skill between your request and a verified result.

SkipHow supplies the orchestration policy. The host supplies the model and execution. The boxes below are responsibility layers, not mandatory development stages.

  1. You

    Outcome and constraints

    Describe the product result, the tradeoffs that matter, and any protected action you are willing to take.

  2. SkipHow

    Authority and method policy

    One owner skill keeps the decision boundary and completion rules present, then points to focused methods.

  3. Host agent

    Reasoning and execution

    Claude Code or Codex chooses the method and uses its tools, sessions, worktrees, or subagents as needed.

  4. Result

    Evidence and uncertainty

    The agent returns what changed, what proves it, and anything that remains blocked or unverified.

Stop being the agent's process manager.

Delegate an outcome, not a procedure
The agent chooses commands, methods, tests, branches, and decomposition.
Keep product control
Visible behavior, scope, cost, risk, privacy, rollout, and protected actions remain yours.
Use process in proportion
A small request stays small. Larger work can add research, tracking, review, or delegation without making them universal stages.
Make "done" require evidence
A plausible result is not completion. The report names the checks that ran and the uncertainty that remains.
Use one working relationship
The same entry covers questions, decisions, research, bugs, changes, review, triage, delivery, pause, and resume.
Keep coordination inside the engineering work
Tracking, continuity, delegation, reconciliation, and integration do not become the owner's workflow.

The promise is less manual supervision, not infallibility. SkipHow does not make the model smarter or guarantee that every instruction will execute.

Give the agent autonomy without giving it product authority.

Product owner

Outcome and visible behavior

Scope, priority, cost, risk, privacy, rollout

Protected actions and genuine product choices

Coding agent

Research and technical design

Libraries, schemas, code, tests, branches

Project procedures and verified completion

SkipHow · decision, authority, and completion contract

No technical review required from the owner

The agent still follows every review, security, release, and delivery procedure required by the repository. SkipHow removes those engineering mechanics from the owner's role, not from the project.

I wanted the rigor without another method to operate.

Before SkipHow, I used GSD, OpenSpec, Superpowers, Matt Pocock's skills, BMAD, Paperclip, Mesa, and other agent systems on my own work. Each solved a real part of the problem: diagnosis, focused methods, specifications, task state, parallel work, or review.

I kept having to choose commands, approve technical artifacts, move work through phases, or remember which skill to invoke. I wanted to describe the product result, keep the decisions only I could make, and let a capable agent choose and run the engineering method.

Read what SkipHow adopted, changed, and left out →

Use the smallest layer that solves your problem.

Use SkipHow
You own the product outcome and want Claude Code or Codex to own the engineering method through a verified result.
Use the base agent
Your agent already maintains this authority boundary and proves completion reliably. Another instruction layer adds little.
Use a skill library
You want to discover and invoke separate methods yourself.
Use a workflow framework
You want people to inspect and approve specifications, phases, tickets, or the development method.
Use a runtime orchestrator
You need persistent agent teams, queues, budgets, leases, scheduling, governance, or a control plane.

See the full scenario comparison →

One skill. Two supported hosts.

OpenAI Codex

Install from the repository marketplace

codex plugin marketplace add mzored/SkipHow
codex plugin add skiphow@skiphow
Claude Code

Install the same shared skill package

claude plugin marketplace add https://github.com/mzored/SkipHow.git
claude plugin install skiphow@skiphow

Start a new session after installation. If automatic selection misses, invoke $skiphow in Codex or /skiphow:skiphow in Claude Code. Updates and uninstall steps are in the owner guide.

Claims stop where the receipts stop.

Controlled runs have shown product questions surfacing before dependent work, fully specified requests proceeding without engineering questions, diagnosis without weakening tests, and false-positive fixes being rejected.

Those are observations, not a reliability rate. Comparative advantage over a base agent, automatic selection reliability, and multi-agent delegation remain Unverified.

Inspect the concise evidence matrix →

Short answers before you install.

Do modern agents already do this?

They already do much of the engineering. SkipHow does not make them smarter; it makes ownership, authority, method selection, and evidence of completion explicit. If your base agent already holds that contract reliably, use it alone.

Does SkipHow orchestrate agents?

Yes, at the instruction level. It can guide the host agent to plan, choose methods, decompose, delegate, review, and reconcile work when the task calls for it. Reliable multi-agent delegation under that policy remains unverified.

Is SkipHow a standalone orchestrator?

No. Claude Code or Codex runs the model, tools, permissions, sessions, worktrees, and subagents. SkipHow provides no scheduler, queue, persistent worker service, budget enforcement, or control plane.

Who counts as a product owner?

Anyone who owns the outcome for this request: founder, product manager, designer, domain expert, or engineer. Technical fluency does not change the decision boundary.

Will it deploy or change access without asking?

No. Production, staging, public releases, credentials, access changes, repository settings, payments, and material deletion require an explicit grant naming the protected action.

Read the complete FAQ →