The entire article is based on a false premise:
With ESU, you can still get security updates and minor fixes or improvements, but the catch is that extended support ends on October 13, 2026.
Not true, there are three years of ESU updates available.
Not sure what you are saying. With the order of the meme reversed it doesn’t make it obvious which point is supposed the clearer point of view…
Zettai ryōiki, the absolute territory, is the area between skirt and over the knee socks
Tons of people engage with email regularily, including through standalone MUAs.*
But my point is that email was big before the web even grew to its current significance. So I think common people have at least that one point of contact with the internet that is quite distinct from the web in their memory.
But maybe it’s really a generational question. I have to concede that a lot of people now use web interfaces for their email client, especially outside of corporate managed devices. Late milennials and Gen Z will have grown up with the web being more significant than email.
* Don’t forget about the MUAs on smartphone OSes, those aren’t web based.
– signed, a late milennial network engineer, whose dad always installed outlook on the family computers
PS: Funny story last week I was at CERN at the CIXP, the CERN Internet Exchange Point, to upgrade a connection to 400Gb/s, and in the lobby of the building they hung up the cover pages of Tim Berners-Lee’s original Hypertext and HTTP papers. And further in the have his original NeXTStation displayed
Nowhere in the given scenario do secret keys leak.
Gopher is having a small resurgence, and Gemini exists.
You forgot email. That seems like a pretty important use of the Internet that isn’t the web.
I understand perfectly well, it’s you who doesn’t.
If the illegitimate access happens on the client which is the endpoint of the e2e-encryption then it doesn’t say anything about the e2e-encryption working or not working. On the endpoint the content is always available decrypted, for user consumption
Even if that’s all true, it’s not evidence that the end to end encryption is broken.
That sort of debug access could simply be included in the clients.
in the end got pardoned and their criminal record expunged
Fuck I missed that update. I was so happy they got punished. :-(
A movie is not software. It can’t control the device you own.
Ha you have no idea. They use new BluRay releases to distribute key revocation databases that block your BluRay drive from decrypting disks with older host keys.
Edit: I suggest starting here if you want to know more: https://wiki.archlinux.org/title/Blu-ray
The tall ones are just the USB 3.0 version
The tall bit on top of the type-B houses the five extra electrical connections that were added with USB 3.0.
Maybe you’ve seen the same on type micro-B which gets a little extra side car. Same story there, the same five connections were added on the side.
In a type-A connector they are in a second row deeper in the plug, you can see them if you look in, behind and offset by half to the classic four in front.
These three plug designs all allow the old USB 2.0 type-A, type-B and type micro-B plugs to fit in new USB 3.0 holes, they will simply make contact only with the classical four pins and work as USB 2.0 then.
Wow I didn’t know he had the capacity to ever be correct in anything!
Grid scale storage doesn’t strike me as an area of application where high energy density is important, so wouldn’t batteries with less conversion loss do an overall better job? I think grid scale Lithium-ion battery stores have become somewhat common.
I’d see gasoline from CO2 capture of interest more for airplanes, drones, ships, maybe even certain modes of long haul terrestrial transport where weight and volume is important.
The article speaks of a “Windows 365 suite of productivity apps” but that doesn’t exist.
There is the “Microsoft 365” suite of office apps, and there is the “Windows 365” offer of a Virtual Machine as SaaS.
It seems the thing that went down was the former and the ill timed announcement concerned the latter.
Still a good idea for specific cases though. An example from current news close to me: We have line ships on lake Zürich that can’t be electrified because either they are too old to sustain a major internal rework or, for some, they can’t carry the battery weight.
For a case like that I’d prefer if they put some CO2 capture stations up to keep running the ships rather than scrapping them prematurely.
… if the capture stations work, that is. Can’t trust the word of a startup too much.
You gotta get on Alan Wake 2.
Bit cruel after they just said they can’t run it 😄
Here it’s very clearly visible that grey-jacket, red/grey-cap guy has the victim’s gun secured already. At 0:39.
That must also be why he leaves the altercation, to get the gun away. Theoretically a good plan.
Don’t make the mistake of looking at one region and generalising to a universal. Where are you looking at?
Here in Switzerland practically everything <1kV is buried.
For high voltage lines they have only built one section to experiment so far. It’s pretty expensive, heats the ground a bit and blocks water with all the concrete, so it’s not so clear if it’s a good choice for agriculture happening above.
I’ve wondered a lot why they don’t bury more infrastructure in hurricane regions in the US for example.
I’m just wondering how many devices still use dedicated TPMs, instead of the ones integrated in the SoC by AMD and Intel. Sniffing a bus inside the SoC must be significantly harder or impossible.
I think it would be fine for me. Ever since I helped a surgeon to hold open a piece of human pelvis that was donated to science so he could experiment with our Hololens app some more, I know that I can apparently deal with dead people okay.
I was the programmer not any sort of medical staff, but since the assistants had left with the other senior surgeon for another assignments the remaining one asked me to hold on to one of the grips and pull a bit for a moment, so he could follow the bone with our 3D marker. Surreal situation.