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Frameworks & web · #nextjs
Stop waiting for full site rebuilds. Learn how to use Incremental Static Regeneration (ISR) in Next.js to update specific pages in the background without redeploying your entire Jamstack site.
A practical guide to implementing Incremental Static Regeneration (ISR) in Jamstack sites: configure page-level revalidation, deploy to Vercel/Netlify/Cloudflare, secure CMS webhooks for on-demand updates, verify cache headers, and recover when ISR fails.
Use Vercel Incremental Static Regeneration with on-demand revalidation to serve static pages at the edge and refresh them only when content changes, balancing freshness, latency, and build cost.
Enable Incremental Static Regeneration (ISR) in Next.js by adding a revalidate value to getStaticProps, deploying to a platform that supports background regeneration, and verifying that pages update without a full rebuild.
Fetch data in Server Components and keep 'use client' limited to interactive leaf components to avoid client-side waterfalls and serialization errors.
Learn how to eliminate client-side waterfalls in Next.js by strategically placing Server Components and managing the serialization boundary between server and client logic.
A decision guide for Jamstack teams choosing between full static rebuilds, Next.js ISR, and SSR for public pages that tolerate short staleness.
Incremental Static Regeneration (ISR) lets Next.js sites update static pages on demand. Learn how to set up ISR, verify it works, and balance freshness with performance in this practical guide.
Static sites on Vercel can now stay up‑to‑date without full rebuilds. Learn how ISR works, how to enable it in Next.js, and what limits to watch for.
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