The Jamstack approach with Vue means prerendering your pages to static HTML, CSS, and JavaScript at build time and serving them from a CDN, with any dynamic behaviour handled by JavaScript calling APIs - and for Vue the dominant tool for this is Nuxt, with Gridsome and VitePress as alternatives for specific cases. The result is a site that is fast and cheap to serve, as long as you are clear about which parts are genuinely static and which need a backend.
Jamstack is not a framework, it is a shape: prebuilt pages plus APIs. Vue slots into that shape well, and the interesting decisions are about where the non-static parts live.
Table of contents
- What Jamstack means for a Vue site
- Nuxt and the Vue SSG options
- What actually becomes static
- Where the dynamic bits live
- Where RunxBuild fits
- FAQ
What Jamstack means for a Vue site
The Jamstack idea is to do the expensive work once, at build time, instead of on every request. Your pages are generated into static files and pushed to a CDN, so a visitor gets HTML served from an edge near them with no server rendering per request. Dynamic needs - a form, user data, live content - are met by JavaScript in the browser calling APIs.
For a Vue project this means a static site generator turns your components and content into prebuilt pages. The payoff is speed, resilience, and low hosting cost; the constraint is that anything truly per-request or per-user is not in those files and has to come from somewhere else.
Nuxt and the Vue SSG options
Nuxt is the default choice. It is a meta-framework built on Vue that gives you static site generation, server rendering, and routing with conventions, so you write familiar Vue and get prerendered output for free. For a content or marketing site, nuxt generate produces a fully static build.
Gridsome is a Vue-specific Jamstack generator oriented around a GraphQL data layer, useful when you are pulling content from many sources. VitePress is excellent specifically for documentation. For most general Vue Jamstack sites, Nuxt is the one to reach for first - the others are for particular shapes of project.
What actually becomes static
In a static build, routes you can know at build time become HTML files: your home page, marketing pages, blog posts pulled from Markdown or a headless CMS. Component interactivity still works because the JavaScript ships and hydrates in the browser.
What does not become a file is anything that depends on the request or the user: a logged-in dashboard, search over live data, a per-user feed, inventory that changes by the minute. Those need either client-side API calls at view time or a rendering mode that is not pure static. The design question for every page is: can this be known at build time? If yes, it is a static file. If no, it needs a backend.
Where the dynamic bits live
The classic Jamstack answer is that the static front end calls APIs for the dynamic parts. Those APIs can be third-party services or your own backend - a small service exposing the endpoints your site needs, plus a database if you store data.
This is the part people underbuild. A form needs somewhere to send submissions. A search needs an endpoint. User accounts need auth and a database. The static site stays static and fast; the dynamic surface is a separate, small backend it talks to over HTTPS. Keeping that boundary clean is what keeps the Jamstack benefits intact.
Where RunxBuild fits
RunxBuild runs both sides of a Vue Jamstack site on one platform. The static build from Nuxt or Gridsome deploys from your repo with custom domains, headers, redirects, rewrites, and SPA fallback, with 120GB bandwidth included before any per-GB charge.
When the site needs the dynamic bits - a form handler, a search API, user data - you deploy a small Node or Python service and a managed MySQL or Postgres beside the static site, pointing the same domain at both. That keeps the Jamstack separation you want (fast static edge, small dynamic backend) without running the two halves on two different providers.
How this fits the rest of the stack
The cost of a project is the sum of its line items, not the headline number, and the RunxBuild hosting calculator is the right place to add them up: the service, the database, the storage, the bandwidth, each a separate figure. Model it before committing, not after the first invoice. The RunxBuild dashboard is where the running project shows its real usage in one place.
Useful related references:
- Jamstack websites
- Static site generators with Angular
- Static introduction
- Static builds
- Services introduction
FAQ
What is the best Vue framework for Jamstack?
Nuxt is the dominant choice - a Vue meta-framework with static site generation, server rendering, and routing built in. Gridsome suits sites with a GraphQL data layer pulling from many sources, and VitePress is ideal specifically for documentation.
What does static site generation actually produce?
Prebuilt HTML, CSS, and JavaScript for every route known at build time, served from a CDN with no per-request server rendering. Component interactivity still works because the JavaScript ships and hydrates in the browser after the static HTML loads.
Can a Jamstack site have dynamic features?
Yes, through APIs. The static front end calls endpoints - third-party services or your own backend - for anything per-user or per-request, such as forms, search, or accounts. The pages stay static while the dynamic surface lives in a separate backend the site talks to.
What cannot be a static page?
Anything that depends on the request or the user: a logged-in dashboard, search over live data, a per-user feed, or frequently changing inventory. Those are handled by client-side API calls or a non-static rendering mode rather than a prebuilt file.
Where do I host the backend for a Jamstack Vue site?
On a platform that runs a service and a database. The static build goes to a CDN-backed static host, and the dynamic APIs run as a small backend service with a managed database beside it - ideally on the same platform so one domain points at both halves.