If this option is enabled, Adguard will ignore all IPv4 connections. With DNS filtering enabled, Adguard intercepts every DNS request and returns 'blocking' response if the request happens to be from ad or tracking server. If an app or browser wants to refer to any domain (ad or not), first it retrieves the address on which that domain is located from DNS server. In order to understand its meaning, let's first examine what DNS is and how it works. And this, conveniently, saves battery resources of your device.Ī little bit of history first: more than a year ago, we added a 'DNS filtering' feature to Adguard. Under this very general heading we collected several different tools which, when added together, let you run Adguard as a DNS-level ad blocker. If you are a tech-savvy person and want to know all ins and outs of how it works, you will find our dedicated repository in GitHub very useful. Notably, this concerns rules required to block such things as 'Sponsored posts' on Facebook. Now, with such powerful tool on our hands, we can much more easily create some filtering rules that were very, very hard to create earlier. This is a lot of scary technical words :) What hides behind it? Extended CSS support is a very important addition in terms of future (and present) possibilities that it opens for an ad blocking. Support for Extended CSS and Extended Selectors #810 New low-level settings give new possibilities, for example, for better YouTube in-app filtering. Also, you can now run Adguard as a DNS-level adblocker - find out how is it different. So, what's new? Ad blocking quality was brought to the next level with several big novelties such as Simplified domain names filter or extended CSS support. New version of Adguard was released today, and we hope everyone will find something right for his or her needs there. Today we have good news for Android users.
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