Vite+ makes the toolchain on your machine fast. Nx makes that same toolchain fast across every machine, each teammate's laptop and every CI run, by adding remote caching, affected detection, and distributed execution on top of it.
What is Nx?
Section titled “What is Nx?”Nx is a build system that orchestrates the tools you already use. Plugins configure tasks from your existing configs, caching works locally and remotely, nx affected runs only what your change touches, and Nx Cloud distributes tasks across CI machines. It spans JS/TS, JVM, .NET, and more in one graph.
What is Vite+?
Section titled “What is Vite+?”Vite+ (also written vite-plus) is VoidZero's unified distribution of the Vite toolchain: one vp CLI for builds (Vite 8), tests (Vitest), and linting (Oxlint/Oxfmt), plus a monorepo task runner (vp run) with local caching. It reached beta in July 2026 and is MIT-licensed, and VoidZero joined Cloudflare in June 2026.
Quick takeaway
Section titled “Quick takeaway”Nx and Vite+ share the basics: task running, local caching, and package filtering. They differ on non-local runs, like CI:
- Vite+ is roadmap or absent there. A shared cache, task distribution, and cross-language support are missing or unshipped.
- Nx has run these in production for years. Remote caching, Nx Agents distribution, and affected detection across languages.
Because the @nx/vite plugin runs the Vite toolchain rather than replacing it, choosing Nx keeps Vite and Vitest. Nx fits a small workspace as well as a large one, and holds up as the monorepo scales.
| Topic | Nx | Vite+ |
|---|---|---|
| Toolchain | Plugin-configured tasks for Vite, Vitest, and dozens of tools | Unified vp CLI for Vite, Vitest, Oxlint |
| Task running and caching | Opt-in caching with composable namedInputs | Cached config tasks, automatic input tracking |
| Sharing the cache | Nx Replay: shared across developers and CI, access-controlled | Local only, remote caching on the roadmap |
| Affected detection | nx affected runs only tasks impacted by your changes | Not available, --filter selects by name or directory |
| Running on CI | Nx Agents distribution, Atomizer, self-healing, flaky detection | Runs the same commands as local, no CI features |
| Polyglot support | Native plugins for Java, .NET, Python, Rust | JS/TS only, graph from package.json workspaces |
| Module boundary rules | Tag-based lint rule + conformance rules | Not available |
| Release management | Built-in versioning, changelogs, and publishing | vp pm stage publishing workflow |
Toolchain
Section titled “Toolchain”Vite+ bundles the toolchain into one CLI: vp check runs linting, formatting, and type checking in a single pass, vp test runs Vitest, and vp build runs Vite 8 on Rolldown. One consistent entry point for the whole JS stack is convenient.
Choosing Nx doesn't mean giving that toolchain up. Nx plugins read your existing vite.config and vitest.config files and automatically configure tasks with correct cache inputs and outputs, so the same Vite 8 builds and Vitest runs execute under Nx orchestration. Tools Nx doesn't have a plugin for, including vp subcommands, run as regular package.json scripts.
Task running and caching
Section titled “Task running and caching”Both tools run your package.json scripts with dependsOn ordering across the workspace. Vite+ derives cache inputs automatically by recording file reads and writes during execution, a good default that avoids manual configuration. Its cache is content-based, stored in node_modules/.vite/task-cache, and replays terminal output on a hit.
Nx takes a declare-and-verify approach. Caching is opt-in per task, plugins set inputs and outputs from your tool configuration, and reusable namedInputs patterns compose across targets, so a spec file change doesn't invalidate your build cache. Task sandboxing runs each task in a sandbox that surfaces undeclared reads or writes, with an opt-in strict mode that fails the task, protecting cache integrity.
Sharing the cache
Section titled “Sharing the cache”A task cache pays off most when a task computed once runs nowhere else: not on a teammate's machine, and not again on CI. That requires a remote cache.
The Vite+ cache is local-only. Remote caching for vp run is listed on the road to 1.0, and there is no documented workflow for sharing the task cache between developers or between development machines and CI. The official setup-vp GitHub Action caches package manager dependencies, not task results, so every CI run starts with a cold task cache.
Nx Replay shares the cache across every developer and CI machine, with access control and isolation designed against cache poisoning attacks like CVE-2025-36852. See cache security for how the multi-tier model works.
Affected detection
Section titled “Affected detection”Vite+ has no affected command. Its --filter flag selects packages by name, glob, directory, or dependency relationships, but nothing computes which packages a git diff impacts. On CI, the full task graph runs and the local cache decides what to skip. Without a remote cache, that means running everything.
nx affected compares your changes against a base branch and runs only the impacted tasks. On a typical PR touching one library, this cuts the task graph before any cache lookup happens.
Running on CI
Section titled “Running on CI”The Vite+ CI story is that CI runs the same commands developers run locally, with the setup-vp action installing the toolchain. There is no task distribution, test splitting, or flaky test handling.
Nx works the same way on any CI provider, and Nx Cloud layers on what single-machine execution can't provide: Nx Agents distribute tasks across machines based on historical timings, Atomizer splits slow e2e suites into per-file tasks, flaky task detection retries flaky tests in isolation, and self-healing CI proposes verified fixes for failures.
Polyglot support
Section titled “Polyglot support”The Vite+ task graph derives from package.json workspaces, which makes it JS/TS-only. A Go or Java service can't participate in the graph.
Nx provides first-party plugins for Maven, Gradle, .NET, and Docker, plus community plugins for Python, Rust, and Go, each with dependency detection, caching, and affected support.
Module boundary rules
Section titled “Module boundary rules”Vite+ has no mechanism for constraining dependencies between projects.
Nx enforces module boundaries through tags and a lint rule, with conformance rules covering languages where ESLint doesn't reach. In workspaces where AI agents write a growing share of the code, these rules are the guardrail that keeps generated changes inside your architecture.
Release management
Section titled “Release management”Vite+ ships vp pm stage, a publishing workflow for getting packages onto a registry.
nx release covers the full lifecycle: determining versions from conventional commits or version plans, updating dependent packages, generating changelogs, and publishing, all from one configurable command.
Who should pick which
Section titled “Who should pick which”Nx fits when any of these apply:
- Your cache should be shared across every developer and CI run, not confined to one machine.
- CI time is a bottleneck and you need distribution, e2e splitting, or flaky-test handling.
- Your repository mixes Go, Java, or .NET with JavaScript.
- You want the platform layer: generators, release management, and self-healing CI.
Vite+ is enough only when:
- You want a single unified CLI for building, testing, and linting.
- Your workspace is JS/TS-only and doesn't need a shared cache, CI distribution, or the wider platform.
Nx runs the same Vite toolchain, so choosing Nx keeps Vite and Vitest while giving you the orchestration, caching, and CI that Vite+ leaves as roadmap.