![]() You should see this on the router's WAN status page if IPv6 addresses or IPv6 prefixes are being obtained from your ISP. Your ISP may provide you with IPv6 connectivity without you doing anything for it. Or one of the components converts DNSv4 queries into DNSv6 queries. The reasons for this can be an application on your router or your router itself or your ISP rerouting your DNS traffic to another non-OpenDNS DNS service. ***, öğesini bulamıyor: Non-existent domain Remove the Google addresses.Īnd again, when you executed the nslookup commands, you were not using OpenDNS despite saying: You will see two OpenDNS and two Google DNS resolver addresses then. You will see the full truth only if you click the "Advanced." button and go to the "DNS" tab. " when i check my TCPv4 settings, those ip's are all opendns." For consistent results all your DNS traffic must go to OpenDNS. The results being returned and the message being raised by the Updater will be at best random. If using OpenDNS, you must never ever mix with additional DNS services like Google Public DNS. : 300Mbps Wireless USB Adapterįiziksel Adres. Kablosuz LAN bağdaştırıcısı Wireless Network Connection:Īçıklama. but when i check my TCPv4 settings, those ip's are all opendns.) Also i dont do anything for ipv6 settings and i've disabled ipv6 from my connectivity settings. ***, öğesini bulamıyor: Non-existent domĬ:\Users\StyX>nslookup -type=txt. its also opendns.Ĭ:\Users\StyX>nslookup -type=txt When i check my connection settings, my dns set as opendns. And even that situation can be worked around with services like DynDNS.Hello, I'm using OpenDNS. (The main, and really only, reason to need a static IP is if you want to be able to host information on the Internet. Generally at least two DNS servers are entered to make sure that you can still resolve websites if one of the servers is down.Ī static IP is easier to work with, but this is not a reason to buy one if you don't have other needs for a static IP. The two DNS addresses is just a redundancy standard. It is no deterrent at all to someone that knows what they are doing and you should expect that someone who wants to bypass it will figure out how to. It is a trivial thing to make requests to another DNS server and then requests can be made to a "blocked" server without issue. That said, I'd re-emphasis that this is not an effective means of filtering. You should be able to run the updater on more than one system and can probably get a router that would support making the updates for you automatically. In your case, it appears that OpenDNS offers a DNS server that won't return results that match your filters when requested from your IP. Using a DNS server that doesn't return results will stop a very basic attempt at access to a site, however it is easy to get DNS information from a different DNS server which will allow the DNS filter the be bypassed easily. Filters work by checking the content being requested, not where the content is being requested from. Filtering doesn't require knowing what your IP address is and DNS is not an effective means of filtering content. You seem to have an inaccurate impression of how networks work. ![]()
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