/ip socks set enabled=yes version=5 server=192.168.88.254:1080 /ip firewall nat add chain=srcnat action=masquerade /ip route add gateway=192.168.88.254
Bind this volume to the container. You will need to transfer the file using FTP/SCP.
/container add remote-image=v2fly/v2fly-core:latest interface=veth1 root-dir=usb1/v2ray /container start 0 You need a config.json file. Create it on your USB drive: v2ray mikrotik
/container config set registry-url=https://registry-1.docker.io tmpdir=usb1/pull We will use v2fly/v2fly-core (the community standard).
Introduction: Why Combine V2Ray with MikroTik? In the world of network administration, two powerhouses stand out for very different reasons. MikroTik (RouterOS) is the undisputed king of price-to-performance routing, firewalling, and bandwidth management. V2Ray , on the other hand, is the most sophisticated platform for circumventing internet censorship and building complex proxy chains (VMess, VLESS, Shadowsocks, Trojan). /ip socks set enabled=yes version=5 server=192
/queue simple add target=192.168.1.100/32 max-limit=10M/10M | Scenario | Recommended Method | | :--- | :--- | | Home lab with RB5009 | Native Container (Method 1) | | Small office with old RouterBoard | External Gateway + TPROXY (Method 4) | | Quick test / temporary setup | Socks Client (Method 2) | | Censorship circumvention (China, Iran, Russia) | Domain-based PBR + DNS trick (Method 3) |
The question isn't if you should integrate them, but how . Running V2Ray on a separate PC or a Raspberry Pi adds latency and a single point of failure. Installing V2Ray directly on your MikroTik device (where possible) or routing traffic through an external V2Ray server via MikroTik's routing engine gives you enterprise-level control. Create it on your USB drive: /container config
By default, the container gets a virtual IP (e.g., 172.17.0.2). Use Mangle to send traffic there: