This article explains how to configure a WS TLS node and why it might fail to connect after import. It also covers how node selection relates to account environment stability when used by a team. The examples use clients that support VLESS or VMess and cover client-side steps only. The node provider must supply the server address, port, UUID, and other parameters; don’t fill them in arbitrarily based on an example.
1. Understand the difference between WS, TLS, and the node protocol
WS (WebSocket) is a transport method; TLS encrypts the connection; VLESS and VMess are node protocols. These are not interchangeable options. When configuring a node, you typically select the protocol, set the transport to WS, and then enable TLS. A node labeled WS TLS does not mean that every field can be left at its default value.
When installing a client, use a version released on the project’s official website or repository whenever possible. On Windows or Android, you can choose v2rayN or v2rayNG if they support the relevant protocol. If you use a Clash-based client, confirm that its current core supports the node and subscription format; don’t judge compatibility by the file extension alone.
2. Import the node first; enter the details manually only if needed
- Copy the complete node share link and select “Import from clipboard” in the client. If you have a subscription URL, add it in subscription management and refresh it. Don’t paste a subscription URL into the server address field.
- Open the node editor and check the protocol, server address, port, and UUID. Keep any additional VMess parameters as specified by the provider, and don’t add parameters to VLESS unless they apply.
- Set the transport type to WS and enter the full path provided by the provider, such as /example. Pay attention to the leading slash, letter case, and any query parameters.
- Enter the specified domain in the WS Host field. After enabling TLS, enter the specified certificate domain in the SNI or serverName field. The server address, WS Host, and TLS SNI may differ, so don’t assume they should all match.
- Keep certificate verification enabled. After saving, select the node, enable the system proxy or the client’s recommended traffic-routing mode, then test the connection by visiting a regular HTTPS website.
If the provider hasn’t specified a separate Host or SNI, keep the imported values and check the documentation rather than guessing. Import free nodes from this site using the parameters provided for each one. Node availability can change, and a successful import doesn’t guarantee a successful connection.
3. Troubleshoot connection failures in order
- Complete timeout: First confirm that your local network is working, then check the address, port, and whether the subscription has expired. A single failed latency test doesn’t prove that the node is down.
- TLS handshake or certificate error: Check the system time, SNI, and client version. Don’t routinely disable certificate verification as a workaround.
- WebSocket handshake failure, or a 403 or 404 error: Check the WS path and Host first. If it still fails, ask the provider to confirm the node’s status.
- The client shows a connection, but websites won’t load: Check the system proxy, routing rules, and DNS. Temporarily quit other proxy tools to avoid having multiple tools route the same traffic.
4. How team use relates to account environment stability
WS TLS describes only the connection method. It does not guarantee a fixed exit IP or prevent accounts from triggering security checks. Teams should standardize client versions and configuration instructions, but they don’t need to share sensitive credentials. Don’t post screenshots containing UUIDs or subscription tokens in public groups.
For work accounts that require persistent sign-in, avoid unnecessary changes to the exit region, and check whether routing rules send sign-in traffic and business requests over different routes. If a verification prompt appears, complete it as required by the platform. When troubleshooting, record the time, client version, and redacted error logs. Change only one setting at a time to make it easier to identify the cause.