Your current default gateway for your existing 192 network needs to have a route to your 10 network. Otherwise none of your devices in the 192 network know where to go to access the 10 network.
Your current default gateway for your existing 192 network needs to have a route to your 10 network. Otherwise none of your devices in the 192 network know where to go to access the 10 network.
If it is caching you can always set a ttl to a lower value like 5 seconds. And systems should be clearing the dns cache on a new ifup.
Set up an internal dns server that will resolve your specific host name to an internal ip and forward everything else.
If you just want a specific site, you can use bind and response policy zones. The advantage of this is that you can now configure your dns server to take advantage of block lists on the internet and block malware/ads/tracking domains.
From a networking standpoint, you can configure qos tagging for a specific application and use that dscp variable as a flag for pbr. Then set your next hop via respective tunnel.
Broccoli cheddar? Some the broccoli is pureed down and not chunky.
Yea. This is what spanning tree and bpduguard is for. Don’t disable them on your edge.
I was about to say. Wp5 on dos 5.0 with the blue screen.
Setup nginx as a v6 to v4 reverse proxy. Or the inverse if you have a public v4 in a vpc to use as a dmz.
/usr/lib or /usr/lib64 or /lib (some distros) or /lib64
Some things (like hosts file) are in /etc. /etc mostly contains configs.
Pfsense has an openvpn server and client built in. Also if you are using site-to-site ipsec vpns it can be useful. I think it will also use the extensions if you run a web proxy to inspect tls traffic. If you just use it for a nat gateway, then you don’t need aes-ni or even most of the features Pfsense provides.
Have you looked into bulk rename utility?
The disk itself is flexible, hence the floppy disk. In contrast a hard disk had rigid platters, hence hard. The outer casing has nothing to do with it.
It’s github. Submit a PR
Stun guns