At least C (and C++) will never fully die.
762 karma · joined January 31, 2013
Also I'm $user at gmail.com
At least C (and C++) will never fully die.
I believe they also certificate pin the tunneled protocol.
Back when PDAs didn't have WiFi as standard, SDIO was the only way to fit them.
In fact, if I recall correctly my GPD Pocket doodah has SDIO wifi.
The bus isn't unusual, at all.
As for weird broadcom stuff ... I'll give you that, as you're absolutely correct there ;)
Of course you needed to have the nous to do this in the first place and a IRC server that showed users host names/ip adresses- I fear that I’m showing my age !
A couple of months ago, I removed all the references in apt sources, and followed the newer instructions (several times to get the right driver/cuda/tensorflow match) and my reboots are great, and only one GPU lock up so far (probably due to overheating - I've had to replace a couple of components flag as failed due to the heatwave in summer)
Jupyter hub is just great, I'd like to implement better diagnostics though ... have yet to find a good tutorial for that as yet.
Also I don't think you know much about asymmetric encryption or the SSH protocol either.
I have certain hosts behind a single IP and forward SSH to them on arbitrarily chosen ports.
Do I still get random logins on those ports?
Why yes I do.
Does putting SSH on a different port make any difference?
No it doesn't.
Putting SSH on a different port is either done for a specific reason, or you're just deluding yourself that you've somehow reduced your attack surface.
A two ton diesel powered hexapod.
For instance; https://pubs.acs.org/doi/abs/10.1021/cen-v073n022.p006
Was disappointed.
I know about lesswrong, and you’re not wrong
As far as I understand this is all rumour still.
Would be quite good content to let other places know too - hackaday for example.
However I don’t think for one minute that you’re going to get that super fast data everywhere. :-)
It’s unlikely to be rolled out fully throughout the entirety of the providers network. So you’ll see it in high density areas where people are mostly outside. As I said, malls etc. Also higher speeds at the regular sub-ghz frequencies are achievable through beam-forming.
Back on the tracking side of things...
AFAIKR 3G and above do not leak their IMEI/IMSI unencrypted. Of course nearly zero phones show or warn if encryption is used or not (though I think that's a setting in the SIM card).
No that’s not required, 5G uses the same old frequencies as 2/3/4G for the bulk of the traffic, it only uses the >1Ghz frequencies for microcells in malls and other dense areas where appropriate.
Thanks for the clarification though, it’s much appreciated! As was the article!
The (current?) title of the HN news item is:
The Acorn Archimedes was the first desktop to use the ARM architecture
Which is technically incorrect.
It doesn’t even vaguely match the articles title of:
“Why Wait For Apple? Try Out The Original ARM Desktop Experience Today With A Raspberry Pi”
The Archimedes was the first ARM desktop computer.
An important distinction I feel.
That’s a rookie mistake!