About Lumine
Lumine is an Android proxy and traffic-routing app built around a VPN/TUN pipeline. It provides an interface for managing proxy configurations, importing subscription URLs, switching routing rules, and viewing, editing, or creating individual rules. A local HTTP or SOCKS5 proxy can be used to route TCP connections, while blacklist-based routing and fake IP options provide additional ways to handle traffic. The app is designed for mobile use and presents configuration and rule management through a phone-friendly interface. Its VPN/TUN pipeline connects Android traffic routing with the proxy core, while the rule page provides a place to inspect how traffic is handled. Users can import configuration subscriptions and switch among rules as their setup requires. Lumine is an early-stage project, and its description notes that some modes and websites may behave unstably. Routing behavior has been adjusted for mobile performance, so users should expect some differences from other compatible implementations. It is intended for users who want to manage proxy routes and rules on Android and are comfortable configuring those settings.
Categories
Platforms
Website & Downloads
Trusted package or store listing
Related software
- 1Key Password Manager — 1Key Password Manager is an Android app for storing passwords and other sensitive account details in an encrypted vault kept on the device.
- 5G Proxy Client — 5G Proxy Client routes Android device traffic through a remote SOCKS5 server using a TUN interface, without root access.
- 5G Proxy Pro — 5G Proxy Pro turns an Android phone’s cellular connection into a SOCKS5 proxy that other devices can use over Wi-Fi, hotspot, or USB tethering.
- AIPOS Password Manager — AIPOS Password Manager stores passwords, usernames, URLs, API keys, and two-factor authentication secrets in a local vault.
- ANOTHERpass — ANOTHERpass is an Android password manager and one-time-code authenticator.
- Aegis Authenticator — Aegis Authenticator stores and generates two-step verification codes using HOTP and TOTP, two widely supported algorithms.
