Comment by immibis 1 day ago It's crazy that OSes don't run their own recursive resolver by default or even have it as an option. 5 comments immibis Reply ddtaylor 1 day ago I think `systemd-resolved` provides it out-of-the-box for most distros. a022311 1 day ago AFAIK it's just a proxy to another DNS server with the added benefit of being able to resolve local domain names through mDNS. hk1337 21 hours ago Isn’t that essentially what DNS is? It may cache results but it has to get the results at some point and they communicate with other DNS servers that have the information? 2 replies →
ddtaylor 1 day ago I think `systemd-resolved` provides it out-of-the-box for most distros. a022311 1 day ago AFAIK it's just a proxy to another DNS server with the added benefit of being able to resolve local domain names through mDNS. hk1337 21 hours ago Isn’t that essentially what DNS is? It may cache results but it has to get the results at some point and they communicate with other DNS servers that have the information? 2 replies →
a022311 1 day ago AFAIK it's just a proxy to another DNS server with the added benefit of being able to resolve local domain names through mDNS. hk1337 21 hours ago Isn’t that essentially what DNS is? It may cache results but it has to get the results at some point and they communicate with other DNS servers that have the information? 2 replies →
hk1337 21 hours ago Isn’t that essentially what DNS is? It may cache results but it has to get the results at some point and they communicate with other DNS servers that have the information? 2 replies →
I think `systemd-resolved` provides it out-of-the-box for most distros.
AFAIK it's just a proxy to another DNS server with the added benefit of being able to resolve local domain names through mDNS.
Isn’t that essentially what DNS is? It may cache results but it has to get the results at some point and they communicate with other DNS servers that have the information?
2 replies →