The features below are the ones that exist and work today. Where something only works on one platform, it says so.
Each one is a different way of getting your traffic out, and they fail in different circumstances — which is the whole point of carrying more than one. The names in the app describe the trade-off; the technology behind each is listed beside it.
| Method | When to use it | Windows | Android |
|---|---|---|---|
| Stealth VLESS + REALITY | Hardest to block. Best on restricted networks. | Supported | Supported |
| Stealth HTTPS VLESS + TLS | Looks exactly like a normal HTTPS website. | Supported | Supported |
| Stealth Web VLESS + TLS over WebSocket | Looks like ordinary web traffic. Best when everything else is blocked. | Supported | Supported |
| Stealth Lite Trojan + TLS | Also looks like a website. An older method than Stealth HTTPS. | Supported | Supported |
| Shadowsocks Shadowsocks 2022 | No handshake to detect. Good when stealth ports are blocked. | Supported | Supported |
| Fast WireGuard | Fastest. Best when nothing is blocking you. | Supported | Supported |
| Compatible OpenVPN | Slower, but works almost everywhere. | Supported | Not available |
| Built-in IKEv2 / IPsec | Uses your device's own VPN. Fast, but easy to block. | Supported | Supported |
OpenVPN is the one gap on Android: the client does not carry it. Every other method works on both. iOS and macOS apps do not exist yet, so neither carries any of them.
If the method you are on stops getting through, the app moves you to another one. What makes that trustworthy rather than cosmetic is the check underneath: it confirms traffic is actually reaching the internet through the new route before it reports success. An indicator that turns green without verifying anything is exactly the bug this was built to fix.
Custom mode routes the applications you pick through the tunnel and leaves everything else on your normal connection. Chosen per application, not per website — so a browser and a game can genuinely take different paths.
Windows and Android. Not available on iOS: Apple restricts per-app VPN to devices managed by an organisation, so no consumer app can offer it. Saying that plainly is better than shipping a switch that quietly does nothing.
Read and watch what you came for, from a server abroad.
Route it through the tunnel or leave it on your own connection — whichever actually works better for that server.
Send the ones that need a different country, and leave the rest alone.
These reject foreign addresses, so a full tunnel breaks them. Leave them off the tunnel and they keep working while everything else goes through it.
Change country from inside the app as often as you like.
Some networks will not hold a direct connection abroad at all. The relay route starts at a server inside Iran, which is reachable when foreign addresses are not, and hands your traffic on from there. Two hops instead of one: more reliable where it matters, and slower, because the traffic is travelling further.
See the plan that includes itOn Windows the app sets DNS for the tunnel specifically, so lookups do not leak out over your normal connection. IPv6 is blocked rather than carried — if we cannot protect it, it does not go, and the app tells you that instead of quietly leaking it.
Data use is measured per account and shown in the app, so you always know where you stand against your plan. Plan changes, renewals and upgrades apply to a connection that is already running — nothing drops because your subscription renewed in the background.
Support is a conversation in the app, where your account is already visible, so nobody has to ask you to describe it. Every payment produces an invoice you can open and print, whether you paid by card or with crypto.
Most people here are doing ordinary things that a filtered network makes difficult: reading, watching, messaging, working, playing. The product is general-purpose on purpose — gaming is one use among several, not the whole pitch.
Install the app, verify your email, pick a server. That is the whole setup.
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