For older MIPSBE or SMIPS devices, you cannot run containers. Instead, you set up V2Ray on a Raspberry Pi or a Linux VPS. The MikroTik then uses Policy Based Routing (PBR) or Mangle rules to redirect specific traffic to that V2Ray gateway. 2. Key Steps for Container Deployment (RouterOS v7)
This is the cleanest method. We will pull a lightweight V2Ray Docker image (e.g., v2fly/v2fly-core ) into RouterOS.
Since RouterOS v7, MikroTik has supported containers. If you own a , you can run a lightweight V2Ray container directly on the router.
Using Mikrotik’s routing marks to decide which traffic (e.g., specific IPs or countries) should be routed through the V2Ray tunnel. DNS Resolution:
Running V2Ray in a container on a $60 router has limits. Here is how to maximize throughput:
You run V2Ray on a local Raspberry Pi (or a VPS) in Socks5 mode. MikroTik connects to that Socks proxy and forwards all traffic or selective traffic.
For older MIPSBE or SMIPS devices, you cannot run containers. Instead, you set up V2Ray on a Raspberry Pi or a Linux VPS. The MikroTik then uses Policy Based Routing (PBR) or Mangle rules to redirect specific traffic to that V2Ray gateway. 2. Key Steps for Container Deployment (RouterOS v7)
This is the cleanest method. We will pull a lightweight V2Ray Docker image (e.g., v2fly/v2fly-core ) into RouterOS.
Since RouterOS v7, MikroTik has supported containers. If you own a , you can run a lightweight V2Ray container directly on the router.
Using Mikrotik’s routing marks to decide which traffic (e.g., specific IPs or countries) should be routed through the V2Ray tunnel. DNS Resolution:
Running V2Ray in a container on a $60 router has limits. Here is how to maximize throughput:
You run V2Ray on a local Raspberry Pi (or a VPS) in Socks5 mode. MikroTik connects to that Socks proxy and forwards all traffic or selective traffic.
