Broken by design: DNS - vpn.ac | blog
Does VPN.ac have DNS leaks? While on the topic of privacy, I tested VPN.ac for DNS leaks using the resource IPLeak.net. As you can see in the screenshot below, the test showed browser default IPv4 address to match the IP shown in the client. IPv6 was correctly blocked. The DNS lookup successfully picked up VPN.ac’s own, private DNS resolvers. Jul 23, 2020 · DNS, or domain name system, translates the domain names for apps and websites into server IP addresses. Whenever you open a website in your browser, for example, a DNS request is sent to a DNS server, and that DNS server finds the appropriate IP address for the web server hosting the site. .AC est l’extension géographique de l’Île de Sainte Hélène, de l'Île de l’Ascension et de l'archipel de Tristan da Cunha. Elle ne possède aucune restriction d'enregistrement. Même si l'extension de domaine .AC est un code pays, elle a été adoptée rapidement par la communauté Simple DNSCrypt is a 3rd party software tool that encrypts the DNS traffic, helping in by-passing such blocking. Note: this tool is useful only when you are not connected to the VPN. For example, it would help to access our main site (vpn.ac) instead of mirrors which are also getting blocked regularly.
2. Run the test. The website will detect & display your current DNS servers. If they are different than ours such as your ISP's, then you are leaking and you should fix the issue ASAP to avoid privacy breaches. Our private DNS resolvers are the following:
All DNS queries sent by VPN users are forwarded by our VPN servers to the private resolvers, through encrypted tunnels. As long as you don't manually change your DNS servers while being connected to our VPN, and you use the one we assign, no DNS queries will leak out of our VPN servers through our hosting partners and IP carriers. VPN.ac Review: Affordable, Fast, & Secure, But One Drawback Jul 04, 2019
Test Your DNS Servers - RouterSecurity.org
5 Best VPNs for Apple TV in 2020 and Set Up Guide Dec 22, 2019 Broken by design: DNS - vpn.ac | blog The DNS request is sent to a recursive DNS resolver to handle that request for you. That resolver is operated either by your ISP (in most cases) or by a 3rd party service providing public recursive DNS services (e.g. OpenDNS, Google and others). Normally, all these DNS requests are insecure - sent and received in clear-text.