What is this?
Telemt is a fast, secure, feature-rich MTProxy server for Telegram, built in Rust with Tokio, implementing the official MTProto proxy algorithm plus extra production-ready features.
Telemt is a fast, secure, feature-rich MTProxy server for Telegram, built in Rust with Tokio, implementing the official MTProto proxy algorithm plus extra production-ready features.Is this a Telegram client app, or the proxy server itself?It's the server software itself, not a client. You run Telemt on your own machine or VPS, and official Telegram apps connect through it using a proxy link.
It's the server software itself, not a client. You run Telemt on your own machine or VPS, and official Telegram apps connect through it using a proxy link.How do I get it running?Use the one-command install and update script from the Quick Start Guide, or deploy it via the included Docker/Compose files.
Use the one-command install and update script from the Quick Start Guide, or deploy it via the included Docker/Compose files.Do I need my own server to run it?Yes, Telemt needs a server you control, either bare-metal/VPS (Linux or BSD) or a container; there's a dedicated guide for running it on BSD.
Yes, Telemt needs a server you control, either bare-metal/VPS (Linux or BSD) or a container; there's a dedicated guide for running it on BSD.Is the WebView-based browser proxy feature ready to use?No, it's still being drafted as of August 2026. It will use your device's WebView to open a data channel, but it's not a finished feature yet.
No, it's still being drafted as of August 2026. It will use your device's WebView to open a data channel, but it's not a finished feature yet.Which MTProto proxy modes does it support?It supports all official modes: Classic, Secure (dd prefix), and Fake TLS (ee prefix with SNI fronting), plus replay-attack protection.
It supports all official modes: Classic, Secure (dd prefix), and Fake TLS (ee prefix with SNI fronting), plus replay-attack protection.What is the traffic masking feature for?Unrecognized connections can be forwarded to a real website (like GitHub) instead of being dropped, making the proxy harder to fingerprint and block.
Unrecognized connections can be forwarded to a real website (like GitHub) instead of being dropped, making the proxy harder to fingerprint and block.Why did the author write this in Rust instead of C or Go?The README cites Rust's deterministic resource management (RAII), lack of a garbage collector, memory safety, and Tokio's async model as reasons for long-running reliability.
The README cites Rust's deterministic resource management (RAII), lack of a garbage collector, memory safety, and Tokio's async model as reasons for long-running reliability.How do I debug or inspect what the proxy is doing?Telemt supports extensive trace and debug logging controlled via the RUST_LOG environment variable.
Telemt supports extensive trace and debug logging controlled via the RUST_LOG environment variable.What are similar projects?mtproto.zig, telegram-mtproto-proxy-list, mhr-cfw, MasterHttpRelayVPN-RUST, gost, MasterHttpRelayVPN, 3x-ui, Xray-core
mtproto.zig, telegram-mtproto-proxy-list, mhr-cfw, MasterHttpRelayVPN-RUST, gost, MasterHttpRelayVPN, 3x-ui, Xray-core