Scenario comparison · no benchmark claims
Choose who should control the engineering method.
SkipHow's outcome-first orchestration is for a specific relationship with a coding agent: you own the product, the agent owns the engineering, and completion needs evidence. Other layers fit other kinds of control.
01 · Control model
Five choices that solve different problems.
| Question | Base agent | Skill library | SkipHow | Spec or workflow framework | Runtime orchestrator |
|---|---|---|---|---|---|
| Primary job | General coding work | Offer reusable methods | Turn a product outcome into an owned, verified result | Run a visible development method | Operate agents and shared resources |
| Who chooses the method? | The current prompt and model | The user or host selects a skill | The agent selects internal methods from the work | The framework defines the path; people may approve gates | Code, configuration, or manager agents define the flow |
| Human role | Defined per prompt | Find and invoke the right method | Own product decisions and protected actions | Inspect or approve specs, stages, tickets, or plans | Configure teams, policy, budgets, and governance |
| Agent role | Whatever the prompt establishes | Follow the selected method | Own research, technical decisions, implementation, procedures, and proof | Execute within the framework's method and artifacts | Work inside managed execution and coordination |
| Persistent machinery | Host and repository only | Usually none beyond the host | None beyond the host and project | Often specs, plans, commands, or state files | Server, database, queue, scheduler, leases, or control plane |
| Best signal | The default behavior is already enough | You want methods available one by one | You want to stay at product-outcome level | You want the method visible and reviewable | You need durable multi-agent operations |
02 · Superpowers
Both orchestrate. They put control in different places.
Superpowers describes itself as a complete software development methodology built from composable skills. Its basic workflow moves through brainstorming, design approval, implementation planning, TDD, review, and branch completion. Its subagent-driven path has a controller dispatch implementers and reviewers.
That is instruction-led orchestration inside the host, just as SkipHow runs inside Claude Code or Codex. The difference is the product boundary. Superpowers makes a disciplined development workflow explicit and mandatory. SkipHow keeps one owner-facing skill and lets the model compose internal methods around the requested result.
Choose Superpowers when you want its prescribed methodology. Choose SkipHow when you want the agent to decide how much process the work needs while you retain product decisions and protected actions. No controlled benchmark shows that either approach produces better engineering.
03 · Selection cases
Start from the job you need done.
- Use SkipHow
- "The checkout hangs after payment. Fix it without changing providers." You supplied the product result and a boundary; the agent owns the investigation and proof.
- Use the base agent
- "Add this settled validation and run the existing test." Your agent already respects scope, owns the mechanics, and verifies the result.
- Use a skill library
- "Run this security-review method against the diff." You already know which reusable method you want.
- Use a workflow framework
- "Draft a specification for the team to approve before implementation." The reviewable process is part of the result.
- Use a runtime orchestrator
- "Keep twenty agents running under budgets and durable leases." This requires execution and coordination infrastructure, not Markdown instructions.
04 · Claim boundary
A different contract, not a leaderboard.
No controlled product benchmark has compared SkipHow with a base agent, skill library, workflow framework, Superpowers, or runtime orchestrator. This page distinguishes mechanisms and user scenarios. It does not claim lower cost, higher speed, better reliability, or better engineering.
SkipHow's useful question is narrower: do you want one portable contract that keeps product decisions with you and gives the agent responsibility for choosing and proving the engineering method?