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Free Trojan VPN (TLS/WS) Servers in Sweden
Our servers use both Trojan-GFW & Trojan-GO with support over WebSocket protocol
All services come with 1Gbps bandwidth and are powered by 100% SSD storage
Trojan VPN Servers in Sweden
Select your preferred server for secure and private connections with Trojan VPN
Trojan SE 01
se1.safecdn.site
Sweden
WebSocket
80, 8080, 8880, 2052, 2082, 2086, 2095
443, 2053, 2083, 2087, 2096, 8443
7 days
18 Remaining
What is Trojan GFW VPN?
Trojan is an unidentifiable mechanism that helps you bypass GFW (Great Firewall). It features multiple protocols over TLS to avoid both active/passive detections and ISP QoS limitations.
Trojan is not a fixed program or protocol. It's an idea, an idea that imitating the most common service, to an extent that it behaves identically, could help you get across the Great Firewall permanently, without being identified ever.
How it works: On penetrating GFW, people assume that strong encryption and random obfuscation may cheat GFW's filtration mechanism. However, Trojan implements the direct opposite: it imitates the most common protocol across the wall, HTTPS, to trick GFW into thinking that it is normal traffic.
What is Trojan Go VPN?
Trojan-Go is a complete Trojan agent implemented in Go language, compatible with the Trojan protocol and the original configuration file format. It supports and is compatible with most functions of the Trojan-GFW version, and has expanded more practical functions.
The primary goal of Trojan-Go is to ensure transmission security and concealment. Under this premise, the transmission performance and ease of use are improved as much as possible.
security Supported Protocols
- Trojan TLS
- Trojan WebSocket TLS
- Trojan gRPC TLS
- Trojan TLS Shadowrocket
- Trojan TLS QV2ray
star Key Features
- TLS tunneling with high security
- UDP proxy support
- Transparent proxy based on TProxy (TCP/UDP)
- Countermeasures against GFW detection mechanisms
- Socks5/HTTP proxy automatic adaptation
- WebSocket transmission for CDN traffic transfer
- Multiplexing to improve concurrency performance