V2ray Mikrotik May 2026

Overview

Purpose

Components and Roles

Common Deployment Patterns

Key Protocols and Features to Consider

MikroTik Configuration Patterns (practical items)

Transparent Proxy Implementation Notes

Security and Operational Best Practices

Troubleshooting Checklist

Example Minimal Flow (policy-routing approach)

Limitations and Considerations

References for Implementation (topics to search)

If you want, I can produce:

Integrating V2Ray with MikroTik is a powerful way to implement advanced proxy protocols (like VMess, VLESS, or Trojan) at the router level, ensuring all devices on your network benefit from encrypted, anti-censorship tunneling without individual configuration.

Since MikroTik’s RouterOS does not natively support the V2Ray protocol suite, the implementation typically follows one of two paths: Containerization (on ARM/x86 hardware) or Transparent Proxying via a secondary gateway. 1. Implementation Methods

RouterOS Containers (The Modern Way):If you have a MikroTik router with an ARM, ARM64, or x86 processor (like the RB5009, hAP ax series, or CCR2004), you can use the Container feature (introduced in v7.4). You can run a lightweight V2Ray or Xray-core Docker image directly on the router.

External Gateway (The Legacy/Flexible Way):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)

To get V2Ray running natively on a compatible MikroTik, the workflow generally looks like this:

Enable Container Support: You must have physical access to the router to toggle the mode-button or perform a cold boot to enable the container package for security reasons.

Configure Virtual Networking: Create a veth (virtual ethernet) interface and a bridge to allow the container to communicate with the RouterOS environment.

Setup Environment Variables: Use the container/config menu to define your config.json location and any necessary environment variables for the V2Ray image.

Pull and Run: Pull a verified image (like teddysun/v2ray or v2fly/v2fly-core) and start the instance. 3. Routing Traffic (Transparent Proxy)

Once the V2Ray service is running (either in a container or on another device), you must tell the MikroTik which traffic to send through the tunnel: v2ray mikrotik

Address Lists: Create a list of IP ranges or domains (using RouterOS v7’s dynamic DNS lists) that need to bypass local restrictions.

Mangle Rules: Use /ip firewall mangle to "mark" connections originating from your LAN that match your destination address list.

Routing Tables: Create a specific routing table with a default route (0.0.0.0/0) pointing to the V2Ray container's IP address. 4. Why use V2Ray on MikroTik?

Protocol Obfuscation: V2Ray is significantly harder to detect via Deep Packet Inspection (DPI) compared to standard VPNs like L2TP or OpenVPN.

Centralized Control: Manage your entire home or office "clean" internet access from a single dashboard.

Split Tunneling: Use MikroTik’s powerful firewall to ensure only Netflix or specific work tools go through the proxy, while local traffic stays on the high-speed ISP line.

Note: Running containers can be resource-intensive. Always monitor your CPU and RAM usage in RouterOS to ensure the V2Ray process doesn't destabilize your primary routing functions.

Configuring V2Ray on MikroTik RouterOS: A Comprehensive Guide

In the current landscape of network security, bypassing restrictions and ensuring privacy have become paramount. While V2Ray is a powerful platform for building custom proxy servers, MikroTik RouterOS is arguably the most versatile networking operating system for managing traffic. Combining the two allows you to create a secure, high-performance edge router that handles obfuscation, bypassing restrictions, and routing at the network level, rather than on individual devices.

This guide explains why you should use V2Ray on MikroTik, the prerequisites, and a step-by-step approach to setting it up using modern Docker container features. Why Use V2Ray on MikroTik?

Running V2Ray directly on a MikroTik router (via Container) offers several advantages over running it on computers or phones:

Network-Wide Coverage: Once configured, every device connected to your network (smart TVs, IoT devices, guests) automatically uses the V2Ray proxy.

Performance: MikroTik devices, especially those with modern CPUs (ARM/ARM64), can handle complex encryption, reducing the strain on endpoints.

Advanced Routing: You can use MikroTik's robust firewall mangle rules to decide exactly which traffic goes through V2Ray and which goes through your ISP, based on IP address, domain, or port.

Bypassing Restrictions: V2Ray is highly effective at obfuscating traffic to bypass firewall restrictions. Prerequisites

MikroTik Router with ARM/ARM64 CPU: V2Ray runs in a Docker container, requiring hardware that supports the container package (e.g., hAP ax2/ax3, RB4011, RB5009).

RouterOS Version 7.4+: Ensure your router is updated to support containerization.

V2Ray Server Details: You need the IP, Port, UUID, AlterId, and Transport settings (VMess/VLESS) from your V2Ray service provider.

USB Drive or Internal Storage: For storing the container image. Step-by-Step Implementation

Because RouterOS is a networking OS, the setup involves creating a container for V2Ray and then routing traffic through it using traditional NAT and firewall rules. 1. Enable Container Functionality

First, ensure the container package is installed and enabled, and that you have enabled container support in settings.

/system/package/print # Ensure container is enabled. If not, install and reboot. /system/device-mode/update container=yes Use code with caution.

Note: A physical reboot is required to enable container mode. 2. Configure Virtual Ethernet (veth)

Create a bridge for the containers and a virtual ethernet interface to act as the "bridge" between MikroTik and the V2Ray container.

/interface/bridge/add name=docker-bridge /interface/veth/add name=veth1 address=172.17.0.2/24 gateway=172.17.0.1 /interface/bridge/port add bridge=docker-bridge interface=veth1 /ip/address/add address=172.17.0.1/24 interface=docker-bridge Use code with caution. 3. Setup NAT and Firewall (Routing) Overview

To allow the container to access the internet to connect to your V2Ray server, you must set up Source NAT.

/ip/firewall/nat/add chain=srcnat action=masquerade src-address=172.17.0.0/24 Use code with caution. 4. Create and Configure the V2Ray Container

You will need a lightweight V2Ray image (like v2fly/v2fly-core). You must create a configuration file (config.json) and mount it to the container.

/container/mounts/add name=v2ray_conf src=/path/to/your/config.json dst=/etc/v2ray/config.json /container/add remote-image=v2fly/v2fly-core:latest interface=veth1 root-dir=disk1/v2ray mounts=v2ray_conf Use code with caution.

Crucial Step: You must prepare a valid config.json file for your V2Ray server and ensure it is placed on the router's storage. 5. Routing Client Traffic (Mangle & Routing Table)

To make your local network traffic go through the container, you need to use mangle to mark traffic and a specific routing table to direct it.

# 1. Add Routing Table /routing/table/add name=to-v2ray fib # 2. Mark Routing (e.g., from a specific IP) /ip/firewall/mangle/add chain=prerouting src-address=192.168.88.50 action=mark-routing new-routing-mark=to-v2ray # 3. Add Rule to route marked traffic to the container /ip/route/add dst-address=0.0.0.0/0 gateway=172.17.0.2 routing-table=to-v2ray Use code with caution. Important Considerations

DNS Leaks: Ensure that your local clients are not leaking DNS queries to your ISP. Configure your V2Ray config file to handle DNS, or use RouterOS to force DNS queries through the proxy.

Resource Usage: V2Ray can be resource-intensive. Monitor your CPU usage using /tool/profile.

Auto-Start: By default, containers will start when the router boots up.

By setting up V2Ray on MikroTik, you achieve a high level of security and flexibility that cannot be matched by simple endpoint applications. If you're setting this up, let me know: Which MikroTik model are you using (e.g., hAP ax3, RB5009)? Are you using VMess or VLESS?

I can provide the specific config.json template for your setup. V2ray Client on Mikrotik - GitHub Gist

If your MikroTik does not support containers, use a Raspberry Pi running Raspbian and V2Ray.

This is more reliable than containers for heavy loads because the Pi has better RAM management.

MikroTik RouterOS does not natively support V2Ray protocols (VMess, VLESS, Trojan, etc.).
However, you can run V2Ray on a MikroTik device if it supports containers (ARM64, x86_64, or CHR with container package).
For older devices, you need an external client (Raspberry Pi, PC, or a second router) and route traffic through it.

This guide focuses on the Container method (RouterOS v7 + container package).

  "inbounds": [
    "port": 443,
    "protocol": "vless",
    "settings":  "clients": [ "id": "UUID", "flow": "" ] ,
    "streamSettings": 
      "network": "ws",
      "wsSettings":  "path": "/ray" ,
      "security": "tls",
      "tlsSettings":  "certificates": [ "certificateFile": "/etc/letsencrypt/live/example.com/fullchain.pem", "keyFile": "/etc/letsencrypt/live/example.com/privkey.pem" ]
],
  "outbounds": [ "protocol": "freedom" ]

MikroTik does not support V2Ray natively.
The cleanest integration is transparent proxying to a dedicated V2Ray client box.
For native support, consider other routing platforms (OpenWrt, pfSense, OPNsense) or use WireGuard as a simpler alternative.

Would you like a detailed configuration example for transparent proxy with MikroTik + Xray?

To use V2Ray on MikroTik routers, you must utilize the Container feature introduced in RouterOS v7, as there is currently no native support for the V2Ray protocol. This allows you to run a V2Ray or Xray client within a virtualized environment on the router to bypass deep packet inspection (DPI) or censorship. 1. Prerequisites

RouterOS v7.x: Ensure your firmware is updated to version 7 or later.

Hardware Support: Your router must have an ARM, ARM64, or x86 CPU. MIPSBE devices generally do not support containers.

Container Package: The container package must be installed and enabled on your device. 2. Implementation Methods

There are two primary ways to set this up, depending on your technical comfort level:

Docker Containers (Recommended): Use a pre-built image such as teddysun/v2ray. Users on the MikroTik Forum have documented success using these images to run Xray/V2Ray clients.

SOCKS5/HTTP Proxy Tunnels: You can set up the container to act as a local SOCKS5 proxy. You then use MikroTik's firewall rules to redirect specific traffic to this proxy. Detailed environment variable setups for this method can be found on this GitHub Gist for V2Ray on MikroTik. 3. Configuration Steps Purpose

Enable Container Mode: You must manually enable the container feature via the console (/system/device-mode/update container=yes) and follow the physical trigger (reset button) requirement for security.

Set Up VETH and Bridge: Create a virtual ethernet interface (VETH) and a bridge to allow the container to communicate with the router's internal network.

Environment Variables: Define your server's details (address, port, UUID, and protocol like VMess or VLESS) within the container's environment settings. Refer to the Project V Official documentation for specific command-line arguments and configuration structures.

Routing: Use /ip/firewall/mangle rules to "mark" traffic you want to send through the V2Ray tunnel and use a custom routing table to send that traffic to the container's IP. 4. Community Resources

Discussion & Troubleshooting: The MikroTik community forum provides active threads where users share their config.json templates and solve architecture-specific errors.

Alternative Tools: For specific protocols like VLESS, some users recommend looking into NTC (No Thought is a Crime) for "universal" VPN containers designed specifically for MikroTik environments.

VLESS Guides: If you specifically need VLESS support, this Gist for VLESS on MikroTik covers common pitfalls like link formatting and server parameter changes.

In the world of networking, is often seen as the rugged, reliable workhorse—a router that can do almost anything if you know which terminal commands to whisper to it.

, on the other hand, is the elusive shapeshifter, a sophisticated proxy designed to slip through the tightest digital borders without leaving a footprint. Here is a short story about their unlikely partnership: The Ghost in the Router

In a small, dimly lit office in a city where the internet felt more like a fenced garden than an open sea, lived a MikroTik RB5009

. It was a beast of a machine, handling hundreds of connections with ease, but its owner, Elias, had a problem. The "Great Firewall" was getting smarter, blocking his favorite research sites and slowing his encrypted tunnels to a crawl.

Standard VPNs were being snuffed out like candles in a storm. Elias needed something more discreet. He needed a ghost. He decided to introduce his MikroTik to The integration wasn't easy. MikroTik’s

was a strict disciplinarian, preferring its own internal protocols. But with the arrival of RouterOS v7 and its support for Containers , Elias saw an opening.

He spent hours at the terminal. He carved out a small, isolated "room" within the router—a virtual container—and installed the V2Ray core inside it. He then wove a complex web of Policy-Based Routing , telling the MikroTik:

"If traffic looks like a simple search, let it go. But if it’s destined for the restricted zones, hand it to the Ghost"

The first time he hit "Connect," the MikroTik hummed. Within the container, V2Ray began its work, wrapping Elias's data in layers of VMess and TLS, making it look like harmless background noise to any snooping eyes.

Suddenly, the digital fences vanished. Elias watched his monitor as restricted pages loaded in milliseconds. The MikroTik stood firm, its LEDs blinking rhythmically, acting as the perfect physical shield for the invisible spirit living inside its circuits. The workhorse and the shapeshifter had become one. technical steps

to set up a V2Ray container on MikroTik, or are you looking for a different narrative style V2ray Client on Mikrotik - GitHub Gist

In the modern digital landscape, internet freedom is not guaranteed everywhere. Whether you are an expatriate trying to access home banking, a business protecting sensitive data on public Wi-Fi, or a network administrator in a heavily censored region (like China, Iran, or Russia), standard VPN protocols (OpenVPN, PPTP, L2TP) are often the first to be blocked.

Enter V2Ray—a powerful platform for building outbound proxies to bypass network restrictions. Unlike traditional VPNs, V2Ray uses sophisticated obfuscation techniques (VMess, WebSocket, TLS, gRPC) to make traffic look like standard HTTPS web browsing.

Pairing V2Ray with MikroTik (RouterOS) creates an enterprise-grade, silent gateway. Instead of running V2Ray on a fragile PC or smartphone, you run it on your router. Every device connected to your MikroTik—from smart TVs to IoT sensors—automatically becomes censored-free.

However, there is a catch: MikroTik does not natively support V2Ray protocols (VMess, VLESS, Trojan). RouterOS is Linux-based, but it lacks the userland tools to run Go-based binaries directly. So, how do we bridge the gap?

This article explores three proven methods to integrate V2Ray with MikroTik, routing strategies, and performance tuning.

RouterOS v7 with container support can run a Linux V2Ray client inside a container directly on the MikroTik device (e.g., CHR, RB5009, CCR2004).