V2ray Mikrotik 2021

/interface bridge port add bridge=dockers interface=veth1

Before diving into configuration, ensure your environment meets the following requirements:

Create a NAT Mangle rule to transparently redirect LAN HTTP (port 80) traffic to the MikroTik Web Proxy: v2ray mikrotik

# For RouterOS v7 /routing/table/add name=route-to-proxy fib /ip/route/add dst-address=0.0.0.0/0 gateway=192.168.88.10 routing-table=route-to-proxy # For RouterOS v6 /ip/route/add dst-address=0.0.0.0/0 gateway=192.168.88.10 routing-mark=route-to-proxy Use code with caution. Performance Comparison: Local Container vs. External Proxy Method 1: RouterOS Container Method 2: External Proxy High (Requires RAM and ARM/x86 CPU) Negligible on MikroTik Setup Complexity High (Virtual switching & environments) Medium (Requires 2 devices) Max Throughput Limited by router CPU processing limits High (Leverages external computer CPU) Hardware Compatibility Only newer ARM/x86 models All MikroTik RouterOS devices Critical Troubleshooting and Optimization 1. Fix DNS Leaks (Crucial step)

The container now runs a SOCKS5 proxy. To make it a full transparent gateway, we redirect traffic into it. Fix DNS Leaks (Crucial step) The container now

Before starting, ensure your hardware and software meet the following specifications:

Recommended practical approach: run V2Ray on an external VPS and route traffic from MikroTik to it using policy-based routing and a lightweight local proxy (redsocks2/ss-redir/tun2socks) on a small Linux VM or device in the LAN. : Although the setup process is more complex

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Although the setup process is more complex than configuring a standard VPN, the result is an incredibly powerful and self-contained system that provides security and network-wide anonymity. By starting with a container setup and methodically configuring your network rules, you can build a robust system tailored to your unique privacy and performance requirements.