ISR lets Next.js refresh static pages in the background after a configurable interval. This guide covers the minimal setup, trust boundaries, operational monitoring, failure behavior, and the exact conditions that force a switch to SSR or client-side fetching.
Learn how to combine Incremental Static Regeneration with tag‑based on‑demand revalidation so editors can instantly refresh groups of pages while retaining edge‑cached performance.
Learn how Vercel's Incremental Static Regeneration works with the Next.js App Router: configure time‑based revalidation, add instant on‑demand updates via webhooks, understand the stale‑while‑revalidate trade‑off, and verify the behavior with concrete commands.
Static sites deliver lightning‑fast performance, yet content updates can make them stale. Vercel’s ISR with on‑demand revalidation lets you keep the speed while ensuring recent changes are visible within seconds.
Learn how to use Nuxt 3 routeRules to implement hybrid rendering. Configure SSR, SSG, SPA, and ISR per route to optimize performance, SEO, and server load.
Learn how to set up Incremental Static Regeneration in Vercel, use the `revalidate` flag, test cache behavior, and avoid common pitfalls that can leave pages stale or trigger full rebuilds.
Shared multi-byte counter shows torn reads An Arduino Uno sketch uses a volatile uint32_t counter incremented inside a pin-change ISR and read periodically in loop() for telemetry. The ISR executes in a few microseconds and the main loop prints the value every 100 ms. Despite volatile preventing register caching, occasional printed values show impossible jum
I am configuring Incremental Static Regeneration for a product listing route in Next.js (App Router, deployed with next start ) and need to pick between two documented approaches: setting revalidate to a low value so pages regenerate frequently, or keeping a longer revalidate and relying on the stale-while-revalidate window to serve the previous page while r