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GOST vs shadowsocks

Which should you use? A side-by-side look at what each one does, who it suits, what it costs, how hard it is to set up, and where each falls short.

GOST

Open source · MIT

A command-line proxy and tunnel tool that forwards traffic over many protocols, written in Go.

shadowsocks

Open source · MIT

A Rust implementation of the shadowsocks proxy tool, with client and server binaries.

The short answer

Choose GOST if you need…

  • Developers who want a single binary to run a local or remote SOCKS5 or HTTP proxy
  • People setting up multi-hop proxy chains for testing network routing
  • Users who need TCP or UDP port forwarding through a proxy or SSH tunnel
  • Admins who want to try several tunnel protocols from one tool

Choose shadowsocks if you need…

  • Developers who want a native Rust build of shadowsocks
  • People comfortable running command-line proxy tools on their own machine or server
  • Users who need to build only the proxy protocols they want through optional features
  • Admins who want to run a shadowsocks server on a Linux machine

Side-by-side

GOSTshadowsocks
TypeCLICLI
PriceFree and open sourceFree and open source
LicenceMITMIT
GitHub stars18.3k11k
Setup difficultyIntermediateIntermediate
How you get itInstall with a package managerInstall with a package manager
Main languageGoRust
Last code update2 months ago4 days ago

What each one is

GOST

GOST (GO Simple Tunnel) is a command-line program that acts as a proxy and tunnel. It can listen on a port, accept traffic over protocols such as HTTP, SOCKS5, Shadowsocks, QUIC, KCP and SSH, and forward it directly or through a chain of other proxies. People use it to route network traffic through intermediate servers or to set up port forwarding. The README says this repository is in maintenance mode and has been superseded by go-gost/gost.

shadowsocks

shadowsocks-rust is a Rust port of shadowsocks, a tunnel proxy that routes network traffic through a server to get around firewalls. It provides command-line programs: sslocal runs on your machine as a local proxy, and ssserver runs on a remote server. The README also lists optional support for SOCKS4, HTTP, transparent proxying, TUN interfaces and a local DNS server, selected through build features.

Best for

GOST

  • Developers who want a single binary to run a local or remote SOCKS5 or HTTP proxy
  • People setting up multi-hop proxy chains for testing network routing
  • Users who need TCP or UDP port forwarding through a proxy or SSH tunnel
  • Admins who want to try several tunnel protocols from one tool

shadowsocks

  • Developers who want a native Rust build of shadowsocks
  • People comfortable running command-line proxy tools on their own machine or server
  • Users who need to build only the proxy protocols they want through optional features
  • Admins who want to run a shadowsocks server on a Linux machine

Strengths

GOST

  • Supports many proxy and tunnel protocols in one program
  • Configuration is done with short command-line flags, and examples are in the README
  • Written in Go and distributed as release binaries for many platforms

shadowsocks

  • Written in Rust and distributed as static-linked release builds, per the README
  • Offers many optional features (HTTP, SOCKS4, redir, DNS, TUN, SIP008 config delivery) you can enable as needed
  • Available through several package channels including crates.io, Homebrew and snap

Not ideal for

GOST

  • People starting a new project: the README says this repo no longer receives new features and points to go-gost/gost (GOST v3) instead
  • Non-technical users who want a point-and-click app, since it is configured with command-line flags
  • Anyone needing a security audit guarantee: the README does not describe any audit

shadowsocks

  • People who want a point-and-click app: the README describes command-line binaries and build options, not a graphical client (it links third-party GUIs separately)
  • Anyone needing deprecated stream ciphers without understanding the risk: the README warns they are UNSAFE and gates them behind a feature flag
  • Users who need a guarantee of legal or circumvention outcomes: the README does not address this

Trade-offs

GOST

  • The README says this version is in maintenance and no new features will be added; the successor is go-gost/gost
  • Documentation is partly in Chinese and the main wiki is on external sites
  • Some protocol modes have restrictions, such as QUIC and KCP only working as the first hop in a chain

shadowsocks

  • Setup relies on the command line and config files, which may be hard for non-experts
  • Some features and ciphers are deprecated or non-standard and need explicit opt-in
  • The README is truncated here, so detailed configuration and Docker usage are not covered in this analysis

Getting started

GOST

Clone the repository

git clone https://github.com/ginuerzh/gost.git

Build from source

cd gost/cmd/gost go build
Step-by-step guide: how to use GOST

shadowsocks

Install from crates.io

cargo install shadowsocks-rust

Install with Homebrew (macOS and Linux)

brew install shadowsocks-rust
Step-by-step guide: how to use shadowsocks

Frequently asked questions

What is the difference between GOST and shadowsocks?

GOST: A command-line proxy and tunnel tool that forwards traffic over many protocols, written in Go. shadowsocks: A Rust implementation of the shadowsocks proxy tool, with client and server binaries. GOST suits developers who want a single binary to run a local or remote socks5 or http proxy, while shadowsocks suits developers who want a native rust build of shadowsocks.

Are GOST and shadowsocks free?

GOST: Free and open source. shadowsocks: Free and open source.

Is GOST or shadowsocks more popular?

GOST has more GitHub stars (18.3k) than shadowsocks (11k). Popularity isn't the same as fit — check which one matches your use case above.

What are other alternatives to GOST and shadowsocks?

Other options people compare them with include V2Ray, V2Ray.

Keep comparing

Built from our catalogue entries for both products: open-source details come from each project's README (AI-assisted, refreshed weekly) and GitHub data; AI-tool details are editorial. Spotted something wrong? Let us know from either product's page.