Free VMess Proxy List (V2Ray Compatible)

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What is VMess? The Flexible & Secure Protocol

VMess (V2Ray Message) is a sophisticated proxy protocol developed for the V2Ray project, designed to provide maximum privacy and bypass network restrictions. VMess encrypts your internet traffic and masks it to appear as normal HTTPS connections, making it highly effective against deep packet inspection (DPI).

Core Features of VMess Protocol:

  • Dynamic Port Support: Can use any port, making blocking difficult
  • Multiple Encryption: Supports AES, ChaCha20, and other ciphers
  • Traffic Obfuscation: Disguises proxy traffic as regular web traffic
  • UUID Authentication: Uses unique identifiers for secure access
  • Time-based Validation: Prevents replay attacks with timestamp verification
  • Flexible Transport: TCP, mKCP, WebSocket, HTTP/2, and more

How to Use Our VMess List

Follow these simple steps to get your VMess proxy working with any V2Ray-compatible client:

Step 1: Choose a Node from the List

Select a VMess node based on location, network type, and speed that best suits your needs.

Step 2: Copy the VMess Link

Click the copy button next to your chosen node to copy the complete Base64-encoded VMess configuration string.

Step 3: Import into Your V2Ray Client

Most V2Ray clients (v2rayN, BifrostV, V2RayNG for Android) support "import from clipboard" functionality.

A Note on VMess Configuration

Please note that VMess protocol requires your device time to be synchronized with the server time (usually within 90 seconds). If you cannot connect after importing a node, first check and calibrate your device's system time. This is one of the most common connection issues.

Use Strong Encryption Methods

Prefer AES-256-GCM or ChaCha20-Poly1305 over weaker ciphers. Avoid "none" encryption unless you have a specific performance requirement and understand the risks.

Enable Time Synchronization

VMess uses timestamps for security. Ensure your device time is synchronized (within 90 seconds) with the server time to avoid connection failures.

Rotate UUIDs Regularly

Change your VMess UUID periodically to maintain security. Generate new UUIDs using trusted tools and avoid sharing them across multiple users.

Choose Optimal Transport

Use WebSocket or HTTP/2 transports for better obfuscation in restricted environments. TCP is faster but may be more easily detected.

Configure Proper Routing

Set up routing rules to direct only necessary traffic through VMess. Use direct connections for local services to improve performance and reduce detection risk.

Prefer Higher Performance? Try VLESS

VMess is very powerful and flexible, but if you're looking for ultimate speed and lower latency, you can try its next-generation protocol VLESS.

View High-Performance VLESS Nodes

VLESS offers better performance with reduced overhead