Search Results for "core gnu/linux"

Clash Verge Rev is an open-source desktop application that provides a modern graphical interface for managing network proxy configurations and routing internet traffic through rule-based tunneling systems. Built using the Tauri framework and Rust, it delivers a lightweight yet high-performance experience across Windows, macOS, and Linux platforms. The application is based on the Mihomo (formerly Clash Meta) core, which enables advanced proxy routing capabilities, allowing users to define rules for how network traffic is handled and routed through different proxy nodes. It is designed to simplify complex proxy management tasks by offering a clean, user-friendly interface while still exposing powerful configuration options for advanced users. ...

Clash Verge Rev is an open-source desktop application that provides a modern graphical interface for managing network proxy configurations and routing internet traffic through rule-based tunneling systems. Built using the Tauri framework and Rust, it delivers a lightweight yet high-performance experience across Windows, macOS, and Linux platforms. The application is based on the Mihomo (formerly Clash Meta) core, which enables advanced proxy routing capabilities, allowing users to define rules for how network traffic is handled and routed through different proxy nodes. It is designed to simplify complex proxy management tasks by offering a clean, user-friendly interface while still exposing powerful configuration options for advanced users. ...

Project X is a powerful and extensible network proxy platform designed to provide advanced routing, tunneling, and traffic obfuscation capabilities. Originating from the XTLS protocol ecosystem, it serves as the core engine behind a wide variety of tools used for secure communication and bypassing network restrictions. The project supports multiple protocols such as VLESS, VMess, Shadowsocks, and Trojan, enabling flexible configuration for different networking scenarios. It is written...

Clash Party is a cross-platform graphical client built around the Mihomo (Clash Meta) core, designed to manage and route network traffic through configurable proxy protocols in a user-friendly desktop environment. It provides an advanced interface for configuring proxy rules, managing subscriptions, and optimizing network routing behavior across operating systems such as Windows, macOS, and Linux. The application integrates multiple proxy protocols, allowing users to route traffic through different nodes based on rules, performance, or geographic requirements. ...

ClashFX is a macOS proxy client built on the mihomo core. It provides TUN-based enhanced mode for system-wide traffic routing, a built-in YAML editor with syntax highlighting, visual config editor, one-click remote subscription import with auto-update, and flexible rule-based routing supporting domain, IP-CIDR, GeoIP, and process matching. Supports VMess, VLESS, Trojan, Shadowsocks, Hysteria2, WireGuard, and more. Lightweight menu bar workflow with real-time speed display. Custom app icon...

We use Clash as the backend proxy, which supports Shadowsocks(R), V2Ray, and Trojan protocols. V2Ray Desktop is a cross-platform GUI client that supports Shadowsocks(R), V2Ray, and Trojan protocols, running on Windows, Linux, and macOS. It is built with Qt 5 and QML 2. Compared to V2Ray, V2Ray Desktop provides more advanced features such as server subscription and latency test. You can easily migrate to V2Ray Desktop from Shadowsocks-Qt5 and V2Ray Core by importing their config files. Some functions (e.g., server subscription) in the prebuilt binary packages require OpenSSL >= 1.1.0. ...

Project V is a set of tools to help you build your own privacy network over internet. The core of Project V, named V2Ray, is responsible for network protocols and communications. It can work alone, as well as combine with other tools.

A fully-featured V2Ray client for Android. The Core used by Kitsunebi extends the function of v2ray-core, and adds a strategy of selecting the fastest node according to the node delay value. You can add a node group on the graphical interface to enable it. If you use custom configuration, there are several configuration items, except for tolerance. The delay test is not ICMP Ping or TCP Ping, the method used is roughly the same as that used by the latency strategy in load balancing, actually...