![]() ![]() Browsers such as Chrome and Firefox are also in the process of adding ECH support. This means that third parties, such as your ISP, will not be able to see what is inside the connection or which site the connection was made to.ĪdGuard is not the only one working to support ECH. It encrypts this last bit of unencrypted information, making your HTTPS connection fully encrypted. This is where Encrypted ClientHello (ECH) comes in handy. Say you want to open your ISP cannot see what exactly you send and receive from it, but they know what website you are communicating with. ![]() However, the very first packet of the connection, called ClientHello, indicates the name of the server you are connecting to. Nowadays, almost every HTTPS connection is encrypted and no one can see what’s inside it. Experimental Encrypted ClientHello support What is Encrypted ClientHello? This change was partially necessary to implement another important feature: experimental support for Encrypted ClientHello (ECH). Starting with this version, DNS filtering is enabled by default for all users but if you are already using a DNS server, all settings will remain the same. Check out all the details in this post! DNS filtering enabled by default ![]() And to make it work, we've enabled DNS filtering for all users. For example, we've added experimental support for Encrypted ClientHello. This version has a lot of new features in the Advanced Settings section that we hope you'll love, especially if you're a tech-savvy user. This is all for today! Stay tuned and keep sending us feedback – as you can see, it is invaluable to make Adguard better.We are excited to announce the release of AdGuard v2.10 for Mac. In the next version we will introduce a simple configurable whitelist for Stealth Mode that should facilitate life for anyone who is actively using it. There should be an easy way for a user to turn Stealth Mode off for a website without having to disable other modules. Currently there is no easy way to disable stealth mode for a particular website. Also, an important addition will be a possibility for a user to set any IP manually. So, we will not use a TOR node IP by default after the update. The downside is, this IP address is often blacklisted. We currently use some hardcoded IP address of some TOR node. Instead of this we will use a user agent of the same browser/OS, but strip it from everything non-standard. For instance, when you use Internet Explorer 11 and set this option on, youtube starts complaining on your browser. By default we use some hard coded user agent of a chromium/linux browser, and this may mess with some websites functionality. Third party cookies lifetime will be limited by N minutes (the exact period will be user-defined, default value being equal to 30 minutes). ![]() So, in the next Adguard version, instead of simply blocking third-party cookies we will introduce a new option: self-destructing cookies. It may sometimes cause troubles with websites authorization, especially when the website uses some complex multi-domain authorization. This was probably the most problem-causing option. Let us share with you how we plan to further develop Stealth Mode and describe each of the upcoming changes in detail. In the next version we will change some of stealth mode options to fix it. The massive feedback greatly helped us to determine which Stealth Mode options are likely to cause troubles, and to take measures to prevent that in future. It has been 2 months now since the release of Adguard for Windows v.6, and we’ve got loads of different reports from our users in that period on issues caused by Stealth Mode. ![]()
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