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3X-UI — an advanced, open-source web-based control panel for managing Xray-core servers. It provides a clean, multi-language interface for deploying, configuring, and monitoring a wide range of proxy and VPN protocols — from a single VPS to multi-node deployments.
Important
This project is intended for personal use only. Please do not use it for illegal purposes or in a production environment.
Built as an enhanced fork of the original X-UI project, 3X-UI adds broader protocol support, improved stability, per-client traffic accounting, and many quality-of-life features.
- System status monitoring
- Search within all inbounds and clients
- Multi-user and multi-protocol support
- Supported protocols:
VLESS,VMess,Trojan,Shadowsocks,WireGuard,Hysteria2,HTTP,SOCKS(Mixed),Dokodemo-door/Tunnel, andTUN - Modern transports — TCP (Raw), mKCP, WebSocket, gRPC, HTTPUpgrade, and XHTTP
- XTLS-native security:
VisionandREALITY(alongside TLS and XTLS) - Fallbacks — serve multiple protocols on a single port (e.g. VLESS and Trojan on 443)
- Per-client management — traffic quotas, expiry dates, IP limits, live online status
- One-click share links, QR codes, and a built-in subscription server with multiple output formats
- Traffic statistics — per inbound, per client, and per outbound, with reset controls
- Multi-node support — manage and scale across multiple servers from a single panel
- Outbound & routing — WARP, NordVPN, custom routing rules, load balancers, and outbound proxy chaining
- Customizable Xray configuration templates
- HTTPS panel access (self-provided domain + SSL certificate)
- One-click SSL certificate issuance and automatic renewal
- Export / import the database from the panel
- Out-of-the-box geofile (geosite / geoip) updates
- RESTful API with in-panel Swagger documentation
- Flexible storage — SQLite (default) or PostgreSQL
- Telegram bot for remote monitoring and management
- Fail2ban integration for enforcing per-client IP limits
Tip
If you don't have your OS here, you can use Docker
At the moment we support the major operating systems below, on which the panel has been tested:
| System |
|---|
| Ubuntu |
| Debian |
| Fedora |
| CentOS |
| RHEL |
| AlmaLinux |
| Rocky Linux |
| Oracle Linux |
| Amazon Linux |
| Virtuozzo Linux |
| Arch Linux |
| Manjaro |
| Parch Linux |
| Armbian |
| openSUSE (Tumbleweed / Leap) |
| Alpine Linux |
| Windows |
Our platform is compatible with a diverse range of architectures and devices, ensuring flexibility across various computing environments:
-
amd64(recommended): The standard architecture for personal computers and servers, supported seamlessly by most modern operating systems. -
386/x86/i386: Widely used in older desktop and laptop computers, with broad support across Windows and Linux systems. -
arm64/armv8/aarch64: Tailored for contemporary mobile and embedded devices such as the Raspberry Pi 4, Raspberry Pi 3, Raspberry Pi Zero 2 / Zero 2 W, Orange Pi 3 LTS, and more. -
armv7/arm/arm32: The architecture for older mobile and embedded devices, still widely used in boards like the Orange Pi Zero LTS, Orange Pi PC Plus, and Raspberry Pi 2. -
armv6/arm/arm32: Geared towards very old embedded devices such as the Raspberry Pi 1 and Raspberry Pi Zero / Zero W. -
armv5/arm/arm32: An older architecture primarily associated with early embedded systems; less common today but still found in legacy devices. -
s390x: Commonly used in IBM mainframe computers, offering high performance and reliability for enterprise workloads.
We currently support the following languages:
| Flag | Language |
|---|---|
| English | |
| Persian (فارسی) | |
| Arabic (العربية) | |
| Simplified Chinese (简体中文) | |
| Traditional Chinese (繁體中文) | |
| Spanish (Español) | |
| Russian (Русский) | |
| Ukrainian (Українська) | |
| Turkish (Türkçe) | |
| Vietnamese (Tiếng Việt) | |
| Japanese (日本語) | |
| Indonesian (Bahasa Indonesia) | |
| Português (Brazil) |