Probably some bored script kiddie. The refrigerators admin panels are internet facing and use admin as password and the actual date as password. You can find a bit more than 4000 of them online in france on shodan.
@infosec.pub
Probably some bored script kiddie. The refrigerators admin panels are internet facing and use admin as password and the actual date as password. You can find a bit more than 4000 of them online in france on shodan.
Why doesn't this article clearly state that it was:
a) Written by AI b) Written with the help of AI c) AI was used for spellchecking/improving grammar d) no AI was used for this article
Because some of the formulations are clearly AI and that makes me mistrust the whole article. Especially on a field where mistakes are easy to make and hard to spot.
They are always very specific when saying that Flock cameras do not do face recognition. Because stated like this it's true. The face recognition doesn't happen on the camera (also not license plate reading etc.) instead photos are sent to central servers where they do the license plate reading and face recognition.
I don't use 25GBit per se. I have it available and am not limited by it in any way. It also includes a fixed /48 IPv6 Prefix where I can also control reverse DNS. I self-host mail, "cloud" storage, photo backup, VPN and private DNS etc. for my family.
It's just that there is no need to artifically limit access to the internet.
You can also have 1Gbit or 10Gbit if your infrastructure at home doesn't profit from 25 Gbit However their infrastructure stays the same as all their switches have 48 25Gbit downstream ports and 2 (or 4 according to the effective usage) 100Gbit uplink ports to their backbone. You will also pay the same monthly price if you choose a slower line as all their expenses stay the same (except the optics, which you pay as a sign up fee)
It looks like there are multiple layers printed without feeding filament, which causes these frays to build up. Could it be that the filament clogs after this layer? Or do you see that filament still properly feeds later? This could happen for example due to heat creep and the filament getting too warm/soft in the extruder to properly feed or you trying to feed too fast.
Your first step will be learning to dry it and keep it dry. I can recommend a scale that can resolve to at least 0.1g so you can measure the weight loss while drying. This will help in seeing when it's sufficiently dry (put it in dryer and weigh it every hour) and if it took moisture again.
Laying fiber that supports 200G literally costs exactly the same as fiber that supports 100M. It's just single mode fiber and when you have it you can run anything over it you want. You can also add expensive DWDM equipment at both sides and run a multi Tbit line over it. Also you can still use it in 25 years.
Building anything else than P2P fiber is just dumb.
thanks for using Leebra!
go to feed...