
workflow-ship-faster
Ship Faster end-to-end workflow for small web apps (default: Next.js 16.1.1): idea/prototype → foundation gate → design-system.md → lightweight guardrails + docs → feature iteration → optional Supabase + Stripe → optional GitHub + Vercel deploy → optional AI-era SEO (sitemap/robots/llms.txt). Resumable, artifact-first under runs/ship-faster/ (or OpenSpec changes/). Trigger: ship/launch/deploy/production-ready MVP.
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Install
Works with every agent the skills CLI supports.
npx skills add https://github.com/heyvhuang/ship-faster --skill workflow-ship-faster- 01
Install
Run the command in your project. The CLI asks which agents to install for.
- 02
Describe the task
Ask your agent for something this skill covers. It loads workflow-ship-faster automatically when relevant.
- 03
Review the result
The agent follows the SKILL.md steps, scripts and references bundled with the skill.
SKILL.md
The instructions your agent reads when the skill is triggered.
Workflow: Ship Faster (Next.js 16.1.1)
The goal of this chain is: Ship an idea or small prototype to production-ready state in the shortest time, while maintaining iteration speed afterward.
When to use
Use this workflow when the user wants an end-to-end chain like:
- “ship this MVP”, “make it production-ready”, “launch/deploy this project”
- “take this prototype and turn it into a real app”
- “set up the foundation + UI system + deployment”
Core principles (non-negotiable)
- Pass paths only, not content: agents/sub-agents only pass
..._path. - Files are first-class citizens: Every step must persist artifacts; failures can be retried; replayable.
- Confirmation points: Any "high-risk/high-effort/side-effect" action must write a plan first and wait for confirmation.
- Plans are checklists: progress is tracked in
tasks.mdvia- [ ]→- [x](not in chat). - Progressive disclosure: Only open step files in this skill directory (
foundation.md,deploy-vercel.md, etc.) when needed—avoid loading all details at once. - Hooks doctor (required check; non-blocking): If running under Claude Code and you want the evolution loop active, run
tool-hooks-doctoronce at the start of the session; if hooks are missing, offer to install project-level hooks (continue either way).
Inputs / outputs (paths only)
Inputs (paths only):
repo_root: project root (default".")- Optional:
run_dir(active run directory) if the user already has one
Outputs (artifacts, written under run_dir/):
- Required:
proposal.md,tasks.md,context.json - Optional:
design.md,evidence/,logs/
Canonical contract (backends, templates, read order, auto-archive):
- references/artifact-contract.md
- Reference index: references/README.md
Step modules (open only when you hit that step)
- Foundation: foundation.md
- Guardrails: guardrails.md
- Trace cleanup: cleanup-traces.md
- Docs baseline: docs-baseline.md
- Supabase integration: supabase-integration.md
- Stripe integration: stripe-integration.md
- Deploy (GitHub + Vercel): deploy-vercel.md
- AI-era SEO (Next.js): ai-seo-nextjs.md
Process (Default Route)
0) Initialize Run (Required)
- Resolve/create
run_dir/(see the deterministic backend rules in references/artifact-contract.md). - Ensure core artifacts exist (create if missing; merge/append if already present):
proposal.md,tasks.md,context.json
- In
tasks.md, ensure:- a
status: active|blocked|donefield near the top - a short Next action section (1–3 items)
- an Approvals section (empty is fine until needed)
- a
- Only create
evidence/andlogs/when you actually have large outputs to store.
0.2) Scope Confirmation (Required)
Problem this solves: a run summary that marks core steps as “skipped” without the user ever choosing to skip them is misleading and hard to audit.
Ask the user to select a scope before executing steps beyond build checks:
- A) full (default): Foundation → Design system → UI/UX → Guardrails → Docs → Feature iteration → Deploy
- B) deploy-only: Foundation (build + sanity) → Deploy only (no UI work, no guardrails/docs polish)
- C) design-only: Design system + UI/UX plan only (no code changes)
- D) feature-only: One feature iteration (plan + implementation), skip deploy
Rules:
- Persist the chosen scope to
context.json(add/update ascopefield). - In
tasks.md, do not mark a default step as “skipped” unless the user explicitly requested skipping it.- Prefer:
disabled (scope=...)with a short reason under a “Scope / Disabled steps” section
- Prefer:
- Any destructive action (e.g., force push overwriting an existing repo) is a high-risk side effect:
- Write an executable approval item under
tasks.mdfirst - Wait for explicit user confirmation before executing
- Write an executable approval item under
0.25) Kickoff Clarification (Brainstorm-lite) (Recommended; required if goal is vague)
Problem this solves: people jump straight into “implement a feature” and end up with a very basic MVP that’s hard to demo.
Run this step if any of these are true:
proposal.mdis missing clear acceptance criteria and non-goals- The user request is “build something like X” / “make a prototype” without specifying the core loop
- The user explicitly wants a “demo-ready” prototype (animation, wow factor, shareable)
How:
- Call
workflow-brainstormusing the samerepo_root+ thisrun_dir. - Follow the one-question-at-a-time rule and converge on:
- the one core loop (1 sentence)
- acceptance criteria (3–5 bullets)
- non-goals (1–3 bullets)
- constraints (timeline / risk preference)
- a “demo moment” direction (see step 0.3)
- Persist the confirmed spec to:
evidence/YYYY-MM-DD-kickoff-design.md
- Then update (merge, don’t overwrite) these inputs:
proposal.mdcontext.json(ensureneed_database/need_billing/need_deploy/need_seoare explicitly set)
0.3) Demo Moment First (Recommended for prototypes)
Principle: a prototype that feels real needs at least one “demo moment” (tastefully showy, not gimmicky).
Examples of “demo moment” (pick 1, keep it small):
- A hero section with a live interactive preview (fake data is fine) + smooth, purposeful motion
- A delightful micro-interaction: command palette, draggable cards, timeline scrubber, etc.
- A “before/after” transformation animation (input → output) that makes the core loop obvious
Workflow:
- Write a small feature spec file (if it doesn’t exist):
evidence/feature-00-demo-moment.md- Include
mode: plan-only,feature_slug: demo-moment, andquality_bar: demo-ready
- Call
workflow-feature-shipperto generate the plan only (no implementation yet). - Defer actual UI implementation until after Step 2 (design-system.md exists), so the demo moment follows the chosen design system.
0.5) Dynamic Branch Decision (Required)
Dynamically adjust execution order based on context.json content:
- Database integration: Only execute when
context.jsonhas"need_database": true - Payment integration: Only execute when
context.jsonhas"need_billing": trueor"need_stripe": true - Auth: Only execute when
context.jsonhas"need_auth": trueor"auth": true - Deployment: Only execute when
context.jsonhas"need_deploy": trueor user explicitly requests deployment - SEO: Only execute when
context.jsonhas"need_seo": trueor project is already live
Before starting each optional step:
- Check
context.json(and your chosenscope) to decide whether the step applies - If skipped, write a 1-line reason into
tasks.md(so resume/audit doesn’t require chat history)
1) Foundation: Next.js Foundation (Default Required)
Open and follow: foundation.md.
Artifact requirements (minimum):
evidence/foundation.md(current state + risk assessment + chosen route)tasks.md: add a Foundation checklist section (tasks + verification commands)- If upgrade/migration needed with significant changes: add an Approval item to
tasks.mdand wait for confirmation
Branch rules (important):
- If conclusion is keep-current-stack (e.g., Vite static site), don't force continuing "Next.js-specific steps".
- Only continue steps that still apply to current stack: style (2), guardrails (3, adapted for current stack), docs (4), deploy (8 optional), SEO (9 optional)
- If DB/payment integration still needed: First ask user "want to migrate to Next.js?", or add integration step for that stack (not in this chain's default scope)
2) Style Specification (Default Required)
Call tool-design-style-selector: Scan project intent and persist design-system.md.
Confirmation point: After user confirms style, deploy design-system.md, and enter 2.5 UI/UX Implementation (default required; if user explicitly skips, log reason).
2.5) UI/UX Implementation (Default Required)
Goal: Make design-system.md actually reflected in the interface, not "wrote spec but UI unchanged".
Recommended approach: Treat "redo UI/UX per design-system.md" as an independent feature and hand to workflow-feature-shipper:
- Input:
design-system.md(as sole design constraint) + current UI page list (from code scan) - Output:
evidence/features/<feature_slug>-plan.md(scope/acceptance criteria/non-goals/risks/rollback) + code changes
Default enrichment (when installed):
- If
tool-ui-ux-pro-maxis installed, use it to enrich the UI/UX plan with concrete palette/typography/UX guardrails, and use its pre-delivery checklist as acceptance criteria. - Only skip
tool-ui-ux-pro-maxenrichment if the user explicitly asks to skip it (e.g., “don’t over-design / keep it simple”), and log the reason.
For large-scale refactoring: add an Approval item to tasks.md first and wait for user confirmation before implementing.
3) Code Standards (Lightweight Required)
Open and follow: guardrails.md.
Artifact: tasks.md (Guardrails checklist section)
3.5) Trace Cleanup (De-branding & Source Hygiene) (Required if project was copied)
Problem this solves: many starter projects imported from Google AI Studio / v0 / Lovable ship with vendor branding, broken remnants (like importmap), and misleading README instructions.
Open and follow: cleanup-traces.md.
Artifacts:
evidence/trace-scan.mdtasks.md(Trace cleanup checklist section)
4) Documentation Standards (Lightweight Required)
Open and follow: docs-baseline.md.
Artifact: tasks.md (Docs checklist section, plus project README update)
5) Core Feature Development (Iterative Loop)
Call workflow-feature-shipper:
- Each feature first produces
evidence/features/<feature_slug>-plan.md(with acceptance criteria/non-goals) - Default split into PR-able small steps
- After each batch (or before merge), recommend calling
review-qualityfor a conclusive review + verdict review-qualityis the single entry point and will auto-triage: if React/Next.js performance risk is detected, it will also runreview-react-best-practices(CRITICAL rules first)
Auth note (optional): if a feature includes login/session/permissions and tool-better-auth is installed, call it before implementation to lock down session strategy, redirects, cookies/CSRF, and middleware boundaries. Persist:
evidence/auth-plan.mdevidence/auth-summary.md
6) Database Integration (Optional)
Execution condition: context.json has "need_database": true or "database": "supabase"
Open and follow: supabase-integration.md.
7) Payment Integration (Optional)
Execution condition: context.json has "need_billing": true or "need_stripe": true or "payment": true
Open and follow: stripe-integration.md.
8) GitHub + Vercel Deployment (Optional but Recommended)
Execution condition: context.json has "need_deploy": true or "deploy_target" field exists and non-empty
Open and follow: deploy-vercel.md.
9) AI-Era SEO (Optional but Recommended)
Execution condition: context.json has "need_seo": true or "seo": true, or step 8 completed successfully (already deployed)
Open and follow: ai-seo-nextjs.md.
Final Delivery
Write to: final.md (in the run root), at minimum include:
- Current project status (can run locally, can build, is deployed)
- Completed steps and artifact paths
- Next steps (prioritized by value)
And wrap up:
- Update
tasks.mdstatustodone, and fill the Delivery summary - Run auto-archive after each batch (and at the end):
python3 ~/.claude/skills/workflow-ship-faster/scripts/auto_archive.py --run-dir "<run_dir>"
- If you want a clean workspace (without auto-archive): move
active/<run_id>/→archive/YYYY-MM-DD-<run_id>/ - Do a
skill-evolutionEvolution checkpoint (3 questions); if user chooses "want to optimize", runskill-improverbased on thisrun_dirto produce minimal patch suggestions
FAQ
What does the workflow-ship-faster skill do?
Ship Faster end-to-end workflow for small web apps (default: Next.js 16.1.1): idea/prototype → foundation gate → design-system.md → lightweight guardrails + docs → feature iteration → optional Supabase + Stripe → optional GitHub + Vercel deploy → optional AI-era SEO (sitemap/robots/llms.txt). Resumable, artifact-first under runs/ship-faster/ (or OpenSpec changes/). Trigger: ship/launch/deploy/production-ready MVP.
How do I install workflow-ship-faster?
Run npx skills add https://github.com/heyvhuang/ship-faster --skill workflow-ship-faster in your project. The skills CLI detects the agents you use and copies the skill into the right folder. For Claude Code you can also place the skill folder at ~/.claude/skills/workflow-ship-faster/ (personal) or .claude/skills/workflow-ship-faster/ (project).
Which AI agents can use workflow-ship-faster?
Any agent that supports the open Agent Skills format (a folder with a SKILL.md file), including Claude Code, Codex, Cursor, GitHub Copilot, Gemini CLI, Windsurf, Cline, OpenCode and more.
Is workflow-ship-faster safe to install?
No partner security audit is available yet. Skills can run commands and scripts, so read the SKILL.md and any bundled files before installing.
Who maintains workflow-ship-faster?
It is published by heyvhuang in heyvhuang/ship-faster. It has 51 recorded installs.
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