v2ray mikrotik

V2ray Mikrotik < Direct - PACK >

V2ray Mikrotik < Direct - PACK >

Running V2Ray (or Xray-core) on MikroTik devices is a powerful way to bypass sophisticated internet censorship using protocols like

If Docker feels too complex, some users prefer running OpenWRT in a MikroTik container. OpenWRT has native, user-friendly plugins like luci-app-v2ray that can simplify the configuration process. Final Thoughts v2ray mikrotik

  • Inbounds/Outbounds: configure multiple inbounds (VMess, VLess, Trojan, SOCKS) and outbounds (direct, proxy, blackhole, DNS) to fit routing policies.
  • Domain/IP-based routing: use v2ray’s routing rules to bypass or proxy specific domains, IP ranges, or geolocation.
  • Multiplexing and transport: mKCP, WebSocket, QUIC, TLS — choose based on performance, reliability, and detection/obfuscation needs.
  • DNS handling: use v2ray’s DNS to avoid DNS leaks; coordinate with MikroTik’s DNS/forwarding so that DNS queries follow desired paths.
  • Authentication: VMess/VLess/Trojan provide client authentication; secure config and rotate IDs/keys.
  • Logging and metrics: configure v2ray logs and use MikroTik tools (torch, traffic-flow) to monitor performance.

Step 2: Configure Storage

Insert a USB drive and format it as ext4 (Linux compatible). Mount it: Running V2Ray (or Xray-core) on MikroTik devices is

For most users, the Raspberry Pi + MikroTik combo is more stable and easier to debug. For professionals, the container method is the ultimate solution for deploying stealth proxies in corporate or home networks. Step 2: Configure Storage Insert a USB drive

Topology: Internet <--> MikroTik <--> V2Ray Client Device (Raspberry Pi/VM) <--> LAN

V2Ray, especially with TLS encryption, is CPU-intensive. Lower-end Mikrotik devices (like the hAP lite) may experience significant performance bottlenecks. Configuration Complexity: