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I decided to write a simple guide and share it with most before preparing this guide properly and uploading everything to github. This guide will be updated and scripts uploaded to github, after that you will have just to download and run the latest available. Current one is just a scratch and var names as maybe some formatting is not optimal, but this is how I install and use TorGuard Shared, dedicated etc.. (all torguards ips where wireguard is available). I described already in this post how it is done. Enjoy Repository/Project homepage: https://torguard.github.io/openwrt-sc

Guide Requirements TorGuard credentials and Enabled Wireguard on your account (at least until you have to enable it manually, at the time of this guide's writing you had to enable it manually) rock pi 4 (or similar device) Debian9/Ubuntu 18.04 or higher Wireguard is compatible from kernel 3-5 and by that it should make no difference for those running manually compiled kernel 5 Description Hardware used for test RADXA Rock Pi 4A v1.3, v1.4 RADXA Rock Pi 4B v1.3, v1.4 OS and kernel used during creation of this guide Ubuntu

Requirements openwrt (or any openwrt based firmware like LEDE openwrt) tor libevent2-openssl libevent2 libminiupnpc libnatpmp tor-geoip (optional) tor-fw-helper (optional) Description In this guide I will install and create tor on my openwrt router. My Wireless is isolated. You can change these setting as you wish, take only care that nobody from outside can reach your LAN's. At the end of this post is a script doing everything for you. You need only to adapt the script for your settings. For this guide, my router's lan ip is 192.168.1.3 This setup works for those who do use only proxy/so

I have posted already how to prevent hijacking of your DNS by your IP. There are some ISP's like Verizon, T-Mobile, ... which do send all traffic over port 53 (yes, they hijack your DNS), regardless of which DNS servers you use. Here is how to get rid of that and redirect it to some another address with help of iptables instead editing dnsmasq in WebIF (which is still my preferable solution for most tasks), in this example I'll redirect all dns requests to my custom dns server, to lan1 in this case, which is my local DNS Server Openwrt (I think ddwrt should work too, but I did not