Sanity Live Cache Components
Integrates Sanity Live with Next.js Cache Components in next-sanity v13+ apps. Sets up sanityFetch, a shared cachedSanity 'use cache' boundary, <SanityLive>, Visual Editing, Presentation Tool, draft mode handling, and the three-layer (Page/Dynamic/Cached) component pattern with explicit perspective/stega prop-drilling. Sequences with the official Next.js skills (next-cache-components-adoption, next-cache-components-optimizer, next-partial-prefetching-adoption, next-dev-loop). Use when configuring or migrating a Next.js app to cacheComponents with Sanity, when adding sanityFetch, when wiring <SanityLive>/<VisualEditing>, or when refactoring components that hardcode perspective/stega.
- Skill ID
- sanity-io/next-sanity/sanity-live-cache-components
- Publisher
- sanity-io
- Repository
- next-sanity
- Installs
- 0
- Files
- 5
- Synced
- Sep 23, 2026
Open any RiverX project, open the Skills panel in the chat, and search for this identifier. The files are fetched from the source repository at install time.
sanity-io/next-sanity/sanity-live-cache-componentsInstalls these files- SKILL.md
- reference/dynamic-segments.md
- reference/layouts.md
- reference/live-helpers.md
- reference/three-layer-pattern.md
What this skill tells the agent
Sanity Live + Cache Components
Wires next-sanity into a Next.js 16+ app with cacheComponents: true. Data is fetched with sanityFetch through a single shared 'use cache' boundary (cachedSanity), and <SanityLive> in the root layout revalidates cached content over an EventSource connection to Sanity Content Lake. Visual Editing and Presentation Tool are fully supported when draft mode is enabled.
Read the relevant guide in node_modules/next/dist/docs/ (when available) before writing code. If a guide conflicts with this skill, follow this skill.
This skill assumes familiarity with Cache Components fundamentals — 'use cache', cacheLife, cacheTag, and the cookies/headers/params rule — covered by the Cache Components guide (bundled offline under node_modules/next/dist/docs/). The only Sanity-relevant exception: await draftMode() is allowed inside 'use cache' (Next.js bypasses caching when draft mode is enabled — see the `use cache` reference).
Where this skill fits
Next.js ships official skills for the framework-generic workflows (see Setting up your project for AI coding agents). This skill covers only the Sanity surface and defers everything else to them. Install them from the Next.js repository:
npx skills add vercel/next.js --skill next-dev-loop
npx skills add vercel/next.js --skill next-cache-components-adoption
npx skills add vercel/next.js --skill next-cache-components-optimizer
npx skills add vercel/next.js --skill next-partial-prefetching-adoptionWhen their rules apply — blocking-route triage, <Suspense> placement, loading-UI reuse, instant() regression tests, link prefetch audits — follow them; don't re-derive that guidance from here.
Recommended sequence when migrating an app:
- [`next-cache-components-adoption`](https://github.com/vercel/next.js/tree/canary/skills/next-cache-components-adoption) — enables
cacheComponents: trueand works the app to a passing build, route by route. Tell it to leave the Sanity surface to this skill:
Adopt Cache Components in this project using the next-cache-components-adoption Skill. Defer draft mode handling and everysanityFetch/<SanityLive>call site to the sanity-live-cache-components skill: leave those routes opted out (export const instant = false) rather than refactoring the Sanity data fetching.
- This skill — set up
defineLiveand thelive.tshelpers, refactorsanityFetchcall sites to sourceperspective/stegacorrectly, wire<SanityLive>/<VisualEditing>and draft mode, then remove the remaining opt-outs on the deferred Sanity routes. Use the adoption skill's per-route loop and success bar for that removal (dev overlay clean, browser-verified,next buildpasses) — this skill supplies the Sanity-specific fixes, the loop mechanics are the adoption skill's.
- Either or both, optional follow-ups:
- `next-cache-components-optimizer` — grows a route's static shell and guards it with an
@next/playwrightinstant()test. Prompt: _"Make the navigation to/<route>instant using the next-cache-components-optimizer Skill."_ - `next-partial-prefetching-adoption` — enables
partialPrefetchingand audits<Link prefetch={true}>usage. Prompt: _"Adopt Partial Prefetching in this project using the next-partial-prefetching-adoption Skill."_
Nothing in this skill blocks either one: the three-layer pattern keeps routes fully prerenderable in the published branch, which is exactly the shell those skills grow and prefetch. Sanity content cached via cachedSanity also satisfies the "cached URL-dependent content" requirement for runtime prefetching.
Throughout all of it, verify changes at runtime with `next-dev-loop` — a passing compile doesn't prove what ended up in the static shell versus streamed.
Prerequisites
- Next.js 16.3+ installed in the project (check
package.jsonor runpnpm list next/npm ls next— don't usepnpm view next version, that reports the registry's latest, not what's installed).next-sanityv13 supports Next.js 16, but the official skills this skill sequences with require 16.3+. AGENTS.mdexists. On Next.js 16.3+,next devauto-generates it (pointing agents at the bundled docs); on older versions follow the guide.- These environment variables are set:
NEXT_PUBLIC_SANITY_PROJECT_IDNEXT_PUBLIC_SANITY_DATASETSANITY_API_READ_TOKEN- Embedded Sanity Studio configuration (
sanity.config.ts,sanity.cli.ts, anything undersanity/) needs no changes — this skill only touches the Next.js app surface.
Reference files
| File | When to read |
|---|---|
| reference/live-helpers.md | Full client.ts / live.ts, cachedSanity, sanityFetch* and getDynamicFetchOptions details |
| reference/three-layer-pattern.md | The Page → Dynamic → Cached pattern for page.tsx, including the searchParams variant |
| reference/layouts.md | Non-blocking data fetching inside layout.tsx |
| reference/dynamic-segments.md | High-performance [slug] routes: loading.tsx + partial generateStaticParams, or non-blocking dynamic params in a layout |
1. Install next-sanity@^13
npm install next-sanity@^13 --save-exactMigrating an existing Sanity Live setup
If the app is already using defineLive, this skill is a refactor, not a rewrite. The 5-step sequence below still applies, but watch for these specific differences:
- Don't overwrite `client.ts` or `live.ts` if they exist. Append missing options. Preserve any existing
tokenandstega.*settings — see reference/live-helpers.md. - Search the codebase for hardcoded `perspective: 'published'` and `stega: false` in
sanityFetchcallsites and refactor them to sourceperspective/stegaviagetDynamicFetchOptionsand the three-layer pattern. - Search for `sanityFetch` calls inside `generateStaticParams` → swap for
cachedSanityStaticParams. - Search for `sanityFetch` calls inside `generateMetadata` / `sitemap.ts` / `opengraph-image.tsx` / etc. → swap for
cachedSanityMetadata. - Search for `sanityFetch` calls directly inside a `'use server'` function → swap for
cachedSanity. - Verify there is exactly one `<SanityLive>` and one `<VisualEditing>` in the tree. Multiple renders are undefined behavior.
The "Anti-patterns to grep for" section at the bottom of this file lists the search patterns.
2. Configure next.config.ts
More from sanity-io
Use this skill in a project
Open any RiverX project, search the Skills panel for sanity-io/next-sanity/sanity-live-cache-components, and install it in one click.
