This command sets the Docker registry URL and a temporary directory for pulling images.
The process is the same, but with a different Docker image, such as alireza7/x-ui (which provides a GUI to manage server configurations). You will also need to perform on your main WAN interface:
: Use a second container (like Hev-Tun ) to create a TUN device that converts SOCKS5 traffic from the V2Ray container into a routable interface.
Essential for storing the Docker image, as internal flash memory is limited. Phase 1: Preparing the MikroTik Router 1. Enable Container Support
The most significant development for this integration is the . This allows you to run lightweight Linux software, including Xray and V2Ray clients, directly on your MikroTik device, turning it into a powerful, standalone proxy gateway without the need for an external PC. v2ray mikrotik
user wants a long article about "v2ray mikrotik". I need to provide comprehensive information covering V2Ray basics, MikroTik RouterOS, integration methods, configuration examples, troubleshooting, performance optimization, and use cases. I will follow the search plan as outlined. Let's start with the first set of searches. first set of searches has returned results. I will now proceed with the second set of searches to cover common issues, alternatives, comparisons, and optimization. will now open some of the relevant pages to gather detailed information. will continue opening more relevant pages. search results are sufficient. I will now structure the article. I'll start with an introduction, then cover what V2Ray is and its protocols. Next, I'll discuss MikroTik and RouterOS, followed by why combine them. I'll then detail the methods: using RouterOS containers, legacy methods, and Linux VMs. I'll provide step-by-step configuration guides for a basic setup and advanced transparent proxy. I'll also include troubleshooting, performance optimization, and conclude. V2Ray on MikroTik RouterOS: The Ultimate Guide to a Secured and Censorship-Resistant Network
Replace the placeholders with your actual server configuration 1.2.5.
# Create an address list of geo-blocked IP ranges or specific websites /ip/firewall/address-list/add list=Proxy_Required address=91.198.174.192/24 # Create a mangle rule to flag packets /ip/firewall/mangle/add chain=prerouting src-address=192.168.88.0/24 dst-address-list=Proxy_Required action=mark-routing new-routing-mark=route-to-proxy passthrough=yes Use code with caution. Step 3: Define the External Route
/routing table add disabled=no fib name=proxy_vpn This command sets the Docker registry URL and
Open a terminal in the MikroTik router and separate the network traffic. We will tell the router to mark packets destined for blocklisted foreign websites.
To help refine this setup for your network, could you provide a few more details?
Would you like a detailed configuration example for ?
Separate USB storage or formatted disk space (highly recommended to save router flash life). Step 1: Enable Container Support Essential for storing the Docker image, as internal
If container not supported:
Create a virtual ethernet interface for the container: interface veth add name=veth-v2ray address=172.16.10.2/24 gateway=172.16.10.1
If your connection is being blocked, ensure you are using WebSocket+TLS or a similar obfuscation method, and verify your SERVER_NAME (SNI) matches the config.
Direct all traffic with the proxy_vpn routing mark to our container's gateway IP ( 172.17.0.2 ):
Open the terminal and create a firewall mangle rule to capture traffic:%%MAGIT_PARSER_PROTECT%% ip firewall mangle add chain=prerouting src-address=192.168.88.100 action=mark-routing new-routing-mark=to-v2ray passthrough=yes (Replace 192.168.88.100 with the IP of the device you want to proxy). Step 2: Create a Custom Routing Table Route the marked traffic to your local V2Ray gateway IP.
Enable the built-in MikroTik Web Proxy and point its parent proxy to the V2Ray container: