This article addresses the common question, “How do I configure a WS TLS node?” Once you have a V2Ray/VLESS/VMess node using WS+TLS, how do you enter it correctly in your client, and why can IP, DNS, and browser settings affect connection success? This guide is intended for everyday users of clients such as v2rayN, Clash Verge, and sing-box.
1. Check what information your WS TLS node requires
WS TLS usually means that the transport layer uses WebSocket, with TLS encryption enabled on top. The node you receive may be a link, a subscription URL, or a set of manual parameters. Before configuring it, make sure you have all the following information:
- Protocol: VLESS, VMess, Trojan, or another protocol;
- Server address: usually a domain name, but it may also be an IP address;
- Port: commonly 443, but follow the details provided for the node;
- UUID, password, or other authentication details;
- Transport: WebSocket, or WS;
- Path: for example, /abc. This must match exactly;
- TLS: enabled, with SNI/ServerName entered if required;
- Host: some WS nodes require a camouflage domain name.
If you are using a free node listed on this site, we recommend importing the complete share link or subscription URL to avoid missing key settings such as Path, Host, or SNI.
2. Importing and manually configuring a node
- Install a client: on Windows, you can use v2rayN or Clash Verge; on Android, v2rayNG or NekoBox; on iOS, choose a client that supports sing-box or Clash configurations.
- Import the node: for a vmess:// or vless:// link, choose “Import from clipboard.” For a subscription URL, add it under “Subscription management,” then update the subscription.
- Check the transport settings: confirm that Network is set to ws and Security to tls, and that the port, Path, Host, and SNI match the node details.
- Choose a proxy mode: if you’re new to this, start with “Rule mode” or “Global mode” to test the connection. Fine-tune your rules once you’ve confirmed it works.
- Test the connection: run a latency test or open a test website in your browser. If it fails, follow the troubleshooting steps below.
The settings most often entered incorrectly are WS Path and SNI/Host. A missing slash in the Path or entering the server’s IP as the Host can cause the handshake to fail.
3. How IP, DNS, and browser settings are related
WS TLS nodes usually rely on domain names. DNS translates a domain name into an IP address. If your local DNS is being tampered with or resolves to the wrong address, the client may fail to connect. We recommend enabling the client’s built-in DNS or using a trusted DNS provider, and avoiding multiple proxy apps running at the same time on your system.
The IP address can also affect availability. A node’s domain may point to multiple IP addresses, and the address returned can vary by region. If you see a “connection timed out” message, the configuration may be correct—the current network may simply be unable to reach that IP. Try switching networks, refreshing the subscription, or using a different node.
Your browser settings mainly affect how you interpret the results. If the client shows that it is connected but websites won’t open, check whether your browser has another proxy extension, DoH, an enterprise certificate, or privacy extensions enabled. For testing, we recommend disabling browser proxy extensions and checking in a private window.
4. Quick checklist for connection failures
- Make sure your system clock is correct. A time discrepancy can cause TLS certificate verification to fail;
- Make sure TLS is enabled and the port matches the node requirements;
- Check that the Path, Host, and SNI are copied exactly;
- Update the subscription to avoid using an expired node;
- Test in Global mode to rule out routing-rule issues;
- Try a different DNS provider or test using a mobile hotspot or another broadband connection.
In short, configuring a WS TLS node involves more than entering the server and port. Check the WebSocket path, TLS, SNI, Host, and DNS settings together. Following these steps should help you diagnose most import failures, cases where the connection works but traffic doesn’t, and browser access issues.