You don’t need to have long addresses, you should be using hostnames and domains anyway. Ipv6 addresses are often simpler than ipv4 ones. E.g. prefix::1 for your router. Prefix::2 for the next device, and so on to Prefix::FFFF for the first 65k machines if you wish to set it up that way. Ipv4 exclusively on your lan ruins my day because I have to maintain servers and software to support users that only use ipv4 and flat out refuse ipv6 connectivity - it’s expensive and takes a lot of effort to maintain dual stack support.
Most of the time I do use hostnames, but it doesn’t matter what I use as a user if I have a list of addresses I have to look through in log files, or enter addresses for configuration or whatever. My brain works on IPv4. I’m sorry for ruining your day, but I assume, or at least hope, that you get paid for the work. I do not and I have more important and pressing things to do than learn IPv6 and reconfigure my whole network.
You don’t need to have long addresses, you should be using hostnames and domains anyway. Ipv6 addresses are often simpler than ipv4 ones. E.g. prefix::1 for your router. Prefix::2 for the next device, and so on to Prefix::FFFF for the first 65k machines if you wish to set it up that way. Ipv4 exclusively on your lan ruins my day because I have to maintain servers and software to support users that only use ipv4 and flat out refuse ipv6 connectivity - it’s expensive and takes a lot of effort to maintain dual stack support.
Most of the time I do use hostnames, but it doesn’t matter what I use as a user if I have a list of addresses I have to look through in log files, or enter addresses for configuration or whatever. My brain works on IPv4. I’m sorry for ruining your day, but I assume, or at least hope, that you get paid for the work. I do not and I have more important and pressing things to do than learn IPv6 and reconfigure my whole network.