1. What Is a Trojan Proxy Configuration?
A Trojan proxy configuration is a proxy configuration that commonly uses a password and TLS-style connection parameters. It is often deployed to look similar to normal HTTPS traffic.
In actual use, a server profile is not only a single server address. It is a complete connection profile that includes credentials, protocol settings, transport parameters and the client environment required to establish a stable connection.
2. Common Trojan Server Profile Parameters
Different providers may package server profiles as manual parameters, one-click import links or subscription configurations recognized by clients such as Clash, Shadowrocket, Stash, v2rayN and sing-box.
| Parameter | Common Field | Description |
|---|---|---|
| Server address | address | The IP address or domain name of the Trojan server. |
| Port | port | The service port, often 443 in TLS-style deployments. |
| Password | password | The credential used by the client. |
| SNI | sni | The server name used during TLS negotiation. |
| TLS | security / tls | Whether TLS is enabled and how certificates are verified. |
| Transport | network | TCP, WebSocket or other transport type depending on deployment. |
| Path / Host | path / host | Optional WebSocket or reverse proxy parameters. |
3. Which Clients Can Use Trojan Server Profiles?
Whether a server profile can be used depends mainly on whether the client supports the protocol and the exact transport parameters. The following client types are commonly used for reference.
Windows
v2rayN, Clash Verge, NekoRay.
macOS
Clash Verge, Stash, compatible Trojan clients.
iOS
Shadowrocket, Stash, Quantumult X.
Android
v2rayNG, NekoBox, Clash Meta.
Linux
Xray-core, sing-box and Trojan-compatible clients.
Router / OpenWrt
OpenClash, PassWall and similar plugins.
4. Trojan Compared with Other Protocols
Different protocols are designed for different priorities. Instead of asking which protocol is always the best, choose based on your device, network environment, configuration complexity and long-term maintenance cost.
| Protocol | Main Advantages | Best For | Notes |
|---|---|---|---|
| Trojan | TLS-style connection and simple password model. | HTTPS-like proxy deployments. | SNI and certificate settings must match. |
| VLESS | More extensible and modern. | Reality and advanced transports. | More parameters to maintain. |
| VMess | Older V2Ray ecosystem support. | Legacy subscriptions. | More legacy fields. |
| Shadowsocks | Simple and lightweight. | Basic proxy routing. | Not a TLS-style design by default. |
5. How to Choose the Right Trojan Proxy Configuration
When choosing a Trojan proxy configuration, consider region, latency, bandwidth, connection stability, client compatibility and the provider’s maintenance capability.
- Tip: Check server address, port, password and SNI before importing.
- Tip: Use a client that supports the exact Trojan transport type.
- Tip: For long-term accounts, keep the server location and connection environment stable.
- Tip: If TLS verification fails, check SNI, host and certificate-related fields.
6. Usage Tips for Trojan Server Profiles
If the server profile is used for cross-border e-commerce, overseas social media, remote office work or long-term business access, keep a stable usage pattern and avoid frequently changing regions, protocols or clients.
7. Frequently Asked Questions
What parameters does a Trojan proxy configuration need?
Usually server address, port, password, SNI, TLS and optional transport parameters.
Can Trojan be used on mobile phones?
Yes. Many mainstream proxy clients on iOS and Android support Trojan.
Is Trojan better than other protocols?
It depends on the scenario. Trojan is useful for TLS-style proxy deployments, while other protocols may be better for different clients or routing needs.
Choose a Trojan Proxy Plan?
If you are not sure which region, protocol or client to choose, describe your use case first and then select a more suitable connection plan.