Finally, spend 2 minutes to check if they do anything suspicious.You'll never have to scroll far or spend a lot of time to find those, you can always trust Chrome Web Store to bump such extensions to the very top of the list. Click on every extension that looks like a scam (basically every other one, there's no shortage).Search the Store with terms 'adblock', 'adguard', 'ublock', 'ad blocker'. How would you do it? Here's a tested and trusted method: You'd be better served looking at the AdGuard forum or their knowledge base.Imagine you need to find a malicious browser extension that disguises itself as a legit one, like an ad blocker. What I'm saying it's how the mobile version of a website works, unless another user on here that uses AdGuard has a specific setting or ad db that they are using to get round this your answer is not in here as your set up appears to be OK. Both the iPhone and the PC are using PiHole as the DNS server. Watching one of TechnoDadLife videos on my iPhone I get an ad at the beginning of the video which I can skip after a set time, watching the same video on my PC I get nothing and I am using PiHole under DietPi on a RPi. I don't have Android I have an iPhone, if I use Chrome to watch youtube it automatically loads the mobile version as the address bar shows m. Main problem are ads in YouTube on my TV and ads on Android devices (mostly in Chrome, but in other apps too) For YouTube I am using Vanced version which has built-it adblocker so it is not a problem for me. If they use IPv6 it may be necessary to change the IPv6 setting to link local. If they have entered 1.1.1.1 it obviously cannot use Adguard. So what do you think happens when a device connects via IPv6? How should it use Adguard? Long story short: Check your wifi devices what DNS they use. But I suppose technodad ignored IPv6 and only configured IPv4. I dont know if or how Adguard can work with IPv6 and how to do so. The second point is that we are talking about IPv4. What happens? That notebook will just ignore Adguard, no matter if in your network or not. But it is also possible that someone configured his notebook to use DNS 1.1.1.1. On OMV that is okay because you are not browsing there anyway. But think about it, what if you sit infront of your OMV server and try to reach a resource with ads?Īs you mentioned, OMV is configured to use DNS 1.1.1.1. So for these devices, DNS requests go over Adguard now and Adguard can filter eg ads. Additionally, your router now tells the device: Hey, in the network there is a DNS server at the address (OMVs address). Your router then takes an address that is free and assigns / passes it to the device. That means any device that uses IPv4 and DHCP will ask your Router for a IP address. Your Router is the DHCP Server of your local network. He just does not explain what you are actually doing and why. But here you already see the problem of technodad. If your Router is the DHCP Server that is correct. Your Adguard IP is most likely the IP of OMV (depends on configuration but if technodad says the Router DNS setting should point to OMV than thats how he configured it) 127.0.0.1 is just a pseudo IP for any network device to call itself. Please anyone help with that.įirst of all. Maybe there is a possibility to connect my AdGuard subscription (it is a lifetime subscription for one device) with OMV AdGuard version? Or just use it on my router directly to block all ads on my entire network?Īnyway, blocking ads on my Android devices and LG B8 with webOS (on YouTube) are not working. On my Windows 10 machine (connected to my router via ethernet cable) ads are blocked very well except ads on YouTube videos and on some webpages, which I am not using anyway - previously I was using AdGuard windows version with paid subscription and it works better than OMV version. Everything else was set as TechnoDadLife said on his video. On my Asus router - RT-AC85P I set my OMV address IP under LAN/DHCP Server/DNS and WINS settings section in field IP of DNS server (there is one additional field for WINS Server but nothing more (as primary and secondary DNS server IP). We have provided more information on this in our privacy policy. Through the activation of external content, you agree that personal data may be transferred to third party platforms.
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