Clash Ecosystem in 2026: Which Projects Are Still Actively Maintained?
After Clash for Windows and ClashX were archived, the community did not stand still. This article maps the Clash ecosystem as of 2026—which cores and GUI clients still receive updates, which names you should treat as legacy-only, and how to pick a stack that will stay compatible with modern subscription formats.
What happened to the “classic” Clash stack?
In late 2023, the upstream landscape shifted abruptly: the original Clash core repository disappeared from public hosting, Clash for Windows (CFW) was archived, and ClashX stopped receiving meaningful updates. For many users, those three names had been synonymous with “Clash” on desktop and macOS. The sudden freeze left people searching for drop-in replacements and a stable core that could keep pace with new proxy protocols.
The good news is that development did not end—it re-centered around community-maintained forks and new apps. By 2026, most serious desktop clients ship with a Clash Meta–compatible engine (often referred to by its upstream project name, Mihomo), while Android and iOS each have mature, actively maintained options with different trade-offs around open source, store presence, and automation.
If you are coming back after a long break, treat the ecosystem as two layers: the core (the engine that parses YAML, applies rules, and dials nodes) and the client (the GUI or system integration that wraps the core). You can usually swap the client without abandoning your knowledge of Clash profiles, as long as you stay on a Meta-class core. For a structured introduction to everyday usage, see our Clash tutorial before you fine-tune platform-specific choices.
Actively maintained cores you should know
Mihomo (Clash Meta) — the default choice for new setups
Upstream repository: MetaCubeX/mihomo (often referred to as Clash Meta in older docs). Mihomo is the most actively developed fork in the Clash family tree. It extends the old Premium-era capabilities with broader protocol coverage—think VLESS, Reality, Hysteria2, and other modern transports—more expressive rule features, and a mature TUN path for transparent traffic capture on desktop operating systems.
Why does that matter in 2026? Subscription providers and airport panels increasingly assume Meta-level behavior. If your core is stuck on an unmaintained branch, you may hit parser errors, missing dialer options, or subtle incompatibilities when you paste a profile generated for the latest templates. That is why most actively maintained GUIs either bundle Mihomo or download it on first launch—your “Clash version” is effectively the core build, not the paint on the window.
When you read release notes, look for regular security fixes and protocol additions. A healthy cadence matters because TLS stacks, QUIC implementations, and OS networking APIs all move forward; a proxy core that never updates eventually becomes the weakest link in your chain, even if your GUI still looks modern.
Legacy Clash Premium (closed source)
The historical Clash Premium binary is still floating around in archives, but it is not a forward-looking choice for new deployments. If you only need a minimal TUN experiment on an old machine, it might boot—but you should not expect parity with Mihomo on protocol support or long-term maintenance. For any laptop you use daily, plan migration to a Meta-class stack.
Desktop and cross-platform clients that still ship updates
Clash Verge Rev — Windows, macOS, and Linux
Repository: clash-verge-rev/clash-verge-rev. Built with Tauri, Clash Verge Rev offers a modern UI, solid profile management, and straightforward migration paths for people who remember CFW’s workflows. It is widely treated as the primary replacement for Clash for Windows users on desktop, and macOS users coming from stale ClashX builds often land here as well—especially when they want open-source tooling with frequent releases.
From a user-experience standpoint, Verge Rev focuses on clarity: subscription management, rule editing helpers, and logs that are readable without opening a separate terminal. Power users still get access to the knobs they expect—TUN toggles, mixin-style overrides, and core switching—without forcing everyone through raw YAML on day one. If you are mid-migration, pair this article with our step-by-step migration guide from Clash for Windows to Clash Verge Rev so you do not lose custom rules or script hooks.
FlClash — Flutter-based, multi-platform
Repository: chen08209/FlClash. FlClash targets users who want a Flutter UI that feels consistent across Windows, macOS, Linux, and Android. It is a strong alternative when you prefer a lighter visual style or need Android plus desktop under one project philosophy. Like other healthy clients in 2026, it aligns with Mihomo-class cores so your profiles stay portable.
Mobile: Android and iOS
Clash for Android (CFA)
Repository: Kr328/ClashForAndroid. CFA remains a reference implementation for Android: mature, widely documented in community posts, and suitable for both local profiles and subscription-driven workflows. Check compatibility notes for your Android version and vendor ROM—battery policies and VPN permissions still vary—but the project itself remains a first-class option for Meta-era configs.
Stash — iOS, iPadOS, and Apple Silicon Macs
On Apple’s mobile platforms, the practical landscape differs from Android: you are often choosing between App Store distribution, TestFlight-style betas, and strict sandbox rules. Stash is a polished native client that speaks Clash’s configuration language and fits users who want a premium, maintained experience with regular App Store updates. It is a common recommendation when you need a dependable iOS-focused workflow rather than sideload complexity.
Some users also pair Shadowrocket-style generic clients with hand-tuned rules; the exact choice depends on whether you prioritize Clash-native syntax, lowest latency experimentation, or App Store policy constraints in your region. The key is to pick something that still receives updates, not a abandonware build that cannot track TLS or DNS changes.
Archived or discontinued projects — use with caution
- Original Clash core (removed upstream; do not rely on mystery mirrors for security-critical use)
- Clash for Windows (CFW) — archived
- ClashX / ClashX Pro — effectively unmaintained for new-era requirements
You can still launch old installers, but you will not get security backports, protocol support for newer nodes, or fixes when OS vendors change networking APIs. For anything connected to daily browsing, banking, or work accounts, plan a migration rather than stretching an obsolete binary across another year.
Practical migration paths by platform
Use this as a quick decision matrix—not a rigid rule, but a sane default in 2026:
- Windows (CFW users) → Clash Verge Rev or FlClash
- macOS (old ClashX users) → Clash Verge Rev (open-source path) or Stash (native Apple ecosystem)
- Android → Clash for Android or FlClash
- iOS / iPadOS → Stash or another actively maintained store client that matches your compliance needs
Before you migrate, export your subscription URLs, save custom rule snippets, and note any script or mixin layers you added. Those assets are portable; the fragile part is assuming an old core will parse tomorrow’s provider-generated YAML without edits.
Profiles, rule providers, and staying future-proof
Most users do not hand-write every line of YAML. They download a remote profile or paste a subscription URL that expands into proxies, rule providers, and sometimes external rule sets. In 2026, those bundles increasingly assume Meta parsers: nested groups, newer proxy-groups types, and richer DNS settings. If your client hides errors silently, you might blame the network when the real issue is a schema mismatch after your provider shipped an incremental template change.
Build a habit of versioning what you customize. Keep a private copy of your overrides—local rules that send work domains direct, streaming regions pinned to a select group, or ad-block lists merged on top of a base profile. When you update upstream, merge deliberately instead of overwriting blindly. That discipline pays off the first time a provider renames group labels or reshuffles region tags; you can diff your YAML, adjust references, and avoid a broken “Proxy” chain at the worst moment.
DNS is another hidden coupling. TUN mode, fake-ip, and hybrid stacks interact with OS resolver behavior and browser DNS-over-HTTPS settings. A maintained core plus a current GUI tends to ship fixes when vendors tweak loopback handling or IPv6 precedence. If something worked in 2024 but flickers today, check release notes before you assume your airport “went bad”—the ecosystem moves fast enough that diagnostics start with client + core versions, not only ping times.
For readers who want to go deeper on how groups and rules interact once you pick a healthy client, our Clash proxy-groups guide walks through select, url-test, fallback, and nesting patterns that apply across Mihomo-based apps.
How to sanity-check that a project is “alive”
When you evaluate a GitHub repository, look beyond star counts. Check the commit frequency, whether issues receive triage, and whether releases track dependency bumps (TLS libraries, Go runtime updates, QUIC stacks). A healthy project ships small, frequent fixes—not only feature drops once a year. Also read the issue tracker for platform-specific regressions on your OS version; networking clients break in subtle ways when OS vendors update socket APIs or DNS policies.
Transparency matters: reputable projects publish changelogs, sign binaries when possible, and explain breaking changes. If you cannot tell what changed between two versions, be cautious about rolling the upgrade into production the day before travel or a deadline.
Where to get a client build (and what we recommend)
Open-source repositories are great for reading code, filing issues, and verifying licenses—but grab end-user installers from a trusted distribution path you can verify. Our site keeps an up-to-date Clash download page that points users to maintained builds per language section, aligned with the same “official site first” policy we use across tutorials and blog posts. If you need to audit source code or contribute patches, visit the upstream project pages separately from your day-to-day install flow.
Compared with frozen legacy forks, a maintained Clash stack gives you predictable upgrades, clearer logs when something breaks, and better odds that your subscription provider’s newest features will “just work” after you paste a profile. When you are ready to try a current build—Download Clash for free and experience the difference.