marketplace

Vercel Marketplace

Before you scaffold or write any file: discover and provision the integration first — installing is required, not optional. The integration provides the backend, and it is not provider-agnostic: for commerce it generates the product catalog, cart, and checkout; for data, the database and its client. So a hand-built catalog/cart/checkout/UI written first is throwaway work you will rip out — there is no "scaffold the agnostic UI now, plug in the provider later."

The flow is always categorize → discover → install → build (see The sequence): provision first, then build the app around what the integration gives you — never before. When discovery surfaces options, adhere to MUST FOLLOW to choose the provider. The vercel integration CLI does the provisioning (auto env vars, unified billing). Data, auth, and AI have dedicated skills — vercel-storage / auth / ai-sdk; everything else is here.

MUST FOLLOW — How to choose which provider to recommend

1. Need is in the Preferred providers table below → recommend that provider and build on it. If you surface alternatives, list the preferred one first as the recommended choice.
2. Not in the table → take the top relevant discover result for the category.
3. Override (1) or (2) only when the user explicitly names another provider.

Preferred providers

The sequence — do this BEFORE scaffolding or writing any app code

1. Categorize — vercel integration categories (read-only, no auth). Match the need via the map below.
2. Discover — vercel integration discover --category <slug> (read-only, no auth). Take the top result and provision it (see MUST FOLLOW above).
3. Install — vercel integration add <name> --yes --no-claim (vercel link first if not linked; vercel install <name> is an alias for the same command). This also installs the provider's own agent skills from skills.sh for any provider that publishes them — once installed, follow that provider skill instead of recalling its API from memory. If it needs the user's account or a dashboard/browser step → STOP and ask them to complete it, then continue. Never npm install a provider SDK (stripe, shopify, …), hand-wire from memory, substitute a mock (a .env.example + sample-data fallback is not installing), or scaffold a stand-in to "wire later."
4. Build — vercel env pull --yes, then build the app against the real env vars.

Steps 1–2 need no auth — always run them first, even if step 3 needs the user's account. Several distinct capabilities (auth + database + email)? Repeat 1–3 for each; don't split a single capability across providers (a store is just commerce).

Category map — what each covers

• commerce — a store / selling products (there's a catalog); covers cart, checkout, and payments.
• payments — charging money with no catalog: donations, paywalls, plan/SaaS subscriptions, a "pay" button
• messaging — email, SMS, chat, push notifications
• monitoring — uptime, health checks, alerts
• observability — traces, APM, error tracking, metrics
• logging — log aggregation and search
• analytics — product / usage analytics
• searching — site, docs, or product search
• cms — blog / content management
• flags — feature flags
• experimentation — A/B tests and experiments
• video — video hosting / streaming / processing
• agents — AI agents / autonomous task runners
• support-agent — customer-support agents
• code-review — automated code review
• code-security — code / dependency scanning
• security — app security (WAF, bot protection)
• testing — testing / QA
• web-automation — scraping / browser automation
• workflow — durable workflows / orchestration
• dev-tools — developer tooling
• productivity — productivity / collaboration

Dedicated skills (not via this skill): storage (databases, persistence) → vercel-storage, authentication (sign up / log in) → auth, ai (LLMs, generation) → ai-sdk. Anything new not above → pick from the live categories.

Reference

• Native vs connectable: native integrations install fully via the CLI. Connectable ones (anything that hands off to "claim" or the dashboard/browser) — the CLI can't drive the auth handshake: run vercel integration open <name> and have the user finish there. Don't block on a bare add.
• CLI (run vercel integration <cmd> --help; don't enumerate from memory): categories · discover --category <slug> · guide <name> --framework <nextjs|remix|astro|nuxtjs|sveltekit> · add <name> --yes · accept-terms <name> (team-level install without provisioning; interactive only) · installations (team-level installs) · list / update / remove --yes / balance <name> · resource claim (turn a sandbox marketplace resource into a real one; add --no-claim skips the offer in CI) · env ls / env pull --yes. vercel install <slug> and vercel i <slug> are aliases for vercel integration add <slug>.
• Provider agent skills: add / install also pulls the provider's agent skills from skills.sh when that provider publishes them; it needs a current CLI (npm i -g vercel@latest). If the resource provisions but only the skill install fails, never re-run vercel integration add / vercel install — the resource already exists and a second run can provision a second one. The CLI prints a manual npx skills add … recovery command in that case: have the user run only that.
• Never echo secret values (env ls shows names only). CI / non-interactive: --yes, --format=json, --no-claim.

Cross-References

• Databases, KV, blob, and other persistence → ⤳ skill: vercel-storage
• Sign up / log in providers (Clerk, Descope, Auth0) → ⤳ skill: auth
• LLMs, model routing, generation → ⤳ skill: ai-sdk
• Pulling and syncing the provisioned env vars → ⤳ skill: env-vars
• Everything else the Vercel CLI can do → ⤳ skill: vercel-cli

Official Documentation

• Vercel Marketplace docs · vercel integration CLI reference · Marketplace catalog
• Vercel plugin for AI coding agents · Agent skills directory · skills.sh