wails vs quasar
Two of the top projects in SaaS and app starters, side by side: who leads on each score part and who each one suits, then setup, license, activity and what each review found.
wails
Framework for building desktop apps with a Go backend and web frontend
quasar
Vue.js framework for web, mobile, desktop and extension apps from one codebase
Verdict
Both score 93; wails ranks higher on stars, 37,051 to 27,205. Of the 4 score parts we measure for both, wails leads on 1, quasar on 2 and 1 is even.
- Adoptionwails leads by 7 points, 90 to 83.
- FreshnessEven at 100.
- Maintenancequasar leads by 2 points, 99 to 97: close to even.
- Agent-readyquasar leads by 15 points, 85 to 70: a wide gap.
Pick wails if you are
Go developers who want a lightweight desktop app with a web UI
- Uses native rendering engines, so no bundled browser as in Electron
- Auto-generated TypeScript definitions for Go structs and methods
Pick quasar if you are
Vue developers shipping one app to web, mobile, desktop and extensions
- One codebase targets SPA, SSR, SSG, PWA, browser extension, mobile and Electron
- Official create-quasar scaffolder and Vite integration via @quasar/app-vite
| What we compare | wails | quasar |
|---|---|---|
| Score parts, out of 100 | ||
| Adoption | 90, widely used | 83, widely used |
| Momentum | Not scored for this kind | Not scored for this kind |
| Freshness | 100, active | 100, active |
| Maintenance | 97, healthy | 99, healthy |
| Agent-ready | 70, partly | 85, ready |
| Facts from GitHub and the README | ||
| Stars | 37.1k | 27.2k |
| License | MIT (permissive) | MIT (permissive) |
| Last commit | Nov 2026 | Nov 2026 |
| Last release | Nov 2026 | Nov 2026 |
| Language | Go | JavaScript |
| Docker | No | No |
| GPU | Not needed | Not needed |
| arm64 or Apple Silicon | Not stated | Not stated |
wails
Wails packages Go code and an HTML/JS/CSS frontend into a single desktop binary, using the operating system's native webview instead of an embedded browser. A CLI handles project creation, compilation and bundling, and Go methods can be called from JavaScript with generated TypeScript definitions. It has no AI features; it is a general desktop app framework and fits this list only loosely.
Who it is for: Go developers who want a lightweight desktop app with a web UI
Strengths
- Uses native rendering engines, so no bundled browser as in Electron
- Auto-generated TypeScript definitions for Go structs and methods
- Works with any frontend stack, with pre-built project templates
- Native dialogs, menus, dark/light mode and window translucency effects
Weaknesses
- No AI, model or agent functionality; off-topic for this list
- Backend must be written in Go
- Two active versions (v2 and v3) with separate install paths and docs
- Go
- Needs Go toolchain
quasar
Quasar is a Vue.js framework with a component library and a Vite-based CLI. One codebase can target SPAs, SSR, SSG, PWAs, browser extensions, hybrid mobile apps and Electron apps. The README says its docs and API can be read offline by AI coding agents and lists an @quasar/mcp package. It is a general UI framework, not an AI starter with auth or billing.
Who it is for: Vue developers shipping one app to web, mobile, desktop and extensions
Strengths
- One codebase targets SPA, SSR, SSG, PWA, browser extension, mobile and Electron
- Official create-quasar scaffolder and Vite integration via @quasar/app-vite
- Docs and API readable offline by coding agents, plus an @quasar/mcp package
- MIT license, with separate CI test workflows per package
Weaknesses
- No built-in auth, billing, database or model integration
- Tied to Vue.js; not usable with React or other frameworks
- AI support is limited to docs and an MCP package, with no LLM features
- Fits the SaaS and app starters category only loosely; it is a UI framework
- JavaScript
- Needs Node.js, Vue.js, Vite
More in SaaS and app starters
Building with these?
We help teams pick an open-source AI stack and run it in production. Client work never changes a rank.