This article answers the question “how do I configure a WS TLS node?” After getting a V2Ray/VLESS/VMess WS+TLS node, learn how to enter its details or import a subscription in common clients, and troubleshoot issues such as websites not loading after connecting, an unexpected IP address, DNS leaks, or browser environment problems.
1. Understand what information a WS TLS node requires
WS TLS typically means that the transport layer uses WebSocket and the outer layer uses TLS encryption. You don’t need to understand the server-side details, but make sure all the fields are present when importing the node. Common fields include the address, port, UUID or user ID, protocol type, ws transport, TLS setting, SNI, Host, and Path.
- Address: This may be a domain name or an IP address. Use the address provided with the node whenever possible.
- Port: 443 is common, but use the port specified in the node details.
- Path: Usually something like /xxx. Missing even one slash can cause a connection to fail.
- Host/SNI: Many WS TLS nodes rely on domain validation, so don’t leave these blank or change them arbitrarily.
If you’re using the free nodes provided on this site, we recommend copying the complete share link or subscription URL to reduce the chance of errors when entering fields manually.
2. Configure the node in Clash, v2rayN, or sing-box
- Import a subscription: Open the client’s subscription manager, paste in the subscription URL, update the subscription, and select a node. This is the easiest option for beginners because the client parses the fields automatically.
- Import a share link: Copy a vmess://, vless://, or similar link, then choose “Import from clipboard” in the client. After importing, check that the transport is set to ws and TLS is enabled.
- Add the node manually: Create a new node, select VMess or VLESS as the protocol, WebSocket as the transport, and TLS as the security layer. Enter the server, port, id, path, host, and sni.
- Save and test: Run a latency test first, then switch to rule or global mode and visit a familiar website in your browser to verify the connection.
Clash users should pay particular attention to network: ws, tls: true, ws-opts.path, and ws-opts.headers.Host in the configuration file. v2rayN users should check “Transport protocol,” “Camouflage domain/Host,” “Path,” and “TLS/SNI.” If sing-box users import a subscription, they usually won’t need to edit anything manually unless fields are missing after subscription conversion.
3. How IP, DNS, and your browser environment are related
A connected node doesn’t necessarily mean everything is working as expected. When you visit a website, it can see your exit IP, DNS lookup results, browser fingerprint, and proxy mode. If the proxy client shows a connection but a website still reports the wrong region, possible causes include:
- IP hasn’t changed: The client may be in direct mode, or the rules may not match. Temporarily switch to global mode to test.
- DNS leak: Your system or browser may still be using local DNS, revealing your location through DNS lookups. Enable remote DNS in the client, and turn off Secure DNS in your browser or set it to use the same DNS as the proxy.
- Browser cache: The website may have stored your previous region in a cookie. Test in a private window or clear the site’s data.
- Time and language settings: Some websites also use your time zone, language, and WebRTC to assess your environment.
4. Quick troubleshooting for connection failures
The most common issue with WS TLS nodes is mismatched fields. Check the following in order: whether the node has expired, whether the port is correct, whether the Path is complete, whether Host and SNI match the node details, whether your system clock is accurate, and whether your network blocks port 443 or WebSocket traffic.
If you see “TLS handshake failed,” the SNI, certificate validation, or system time is likely incorrect. If the connection succeeds but there’s no traffic, check the Path and Host first. If only your browser fails, check whether a browser proxy extension is installed and conflicts with the system proxy. Finally, try another network or a different node using the same protocol to determine whether the problem is with your local configuration or the node itself.