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A decision guide for paginating Hugo list pages: compare built-in .Paginate, manual slicing, and client-side paging with a concrete template example, version-specific config, and a validation checklist.
Learn how to architect Hugo build pipelines for scale, managing the boundaries between build-time logic and client-side execution to prevent memory exhaustion and build-time bottlenecks.
Static sites are fast but can become stale. Vercel’s Incremental Static Regeneration lets you refresh pages on demand, keeping performance while updating content. Learn how to enable ISR, use cases, trade‑offs, and next steps.
Learn how to eliminate Cumulative Layout Shift (CLS) in Gatsby by shifting image processing to the build step using gatsby-plugin-image and GraphQL.
Learn how Gatsby’s gatsby‑plugin‑image turns static assets into responsive, lazy‑loaded images, the build‑time trade‑offs, and a step‑by‑step example you can copy into your project.
JAMstack architectures rely on pre-building static assets, often fetching data from external APIs or CMS providers during the build process. As the volume of content grows, the time required to fetch data and generate pages can increase significantly, potentially exceeding platform-specific build timeouts. While strategies like Incremental Static Regeneratio
Hugo Pipes provides a pipeline for processing assets, including fingerprinting and minification, to optimize static delivery. When the minify function is applied to a resource, it expects the source content to adhere to valid syntax for the target language (such as CSS or JS). If a source asset contains syntax errors or incompatible characters, the minificat
hugo
nextjs
gatsby
jamstack