The 3-letter surveillance agent from the UK:
https://www.makeuseof.com/raspberry-pi-hires-former-police-officer-for-surveillance-tech/
The 3-letter surveillance agent from the UK:
https://www.makeuseof.com/raspberry-pi-hires-former-police-officer-for-surveillance-tech/
Have they fired that cop yet?
Ah, “Explaining”. There’s your problem.
Lets have a checklist with supporting documentation, please~
As it should be.
It shouldn’t be. Youtube could have been a public good but instead it’s for-profit.
Good, get it all offline so the LLM Assholes can’t use it.
Lol, worst autocorrect ever. XD
It was a Saturday, but I was on-call when Networking shit the bed. One of the main trunk lines degraded and they took almost five minutes to switchover to backup 'cuz their automated degredation monitoring was on a five-minute interval. XD
As long as you want, assuming that you’re fine with the security risks and everything that’s rendered incompatible in the future.
Quit ruining the joke. XD
Sounds like an advantage to me…
A “side-channel attack” is one where fundamental flaws in the encryption implementation method are targeted, as opposed to flaws in the cryptographic algorithm itself.
By means of analogy, if your cryptographic method is to go to a locked room to have a private conversation, then a spy doesn’t have to pick the lock if they can still hear you through the door. The locked-room security method itself isn’t flawed, but implementing it without a soundproof door has much the same result.
In this case:
The threat resides in the chips’ data memory-dependent prefetcher, a hardware optimization that predicts the memory addresses of data that running code is likely to access in the near future. By loading the contents into the CPU cache before it’s actually needed, the DMP, as the feature is abbreviated, reduces latency between the main memory and the CPU, a common bottleneck in modern computing. DMPs are a relatively new phenomenon found only in M-series chips and Intel’s 13th-generation Raptor Lake microarchitecture, although older forms of prefetchers have been common for years.
Security experts have long known that classical prefetchers open a side channel that malicious processes can probe to obtain secret key material from cryptographic operations. This vulnerability is the result of the prefetchers making predictions based on previous access patterns, which can create changes in state that attackers can exploit to leak information.
So, the encryption the chips use is solid, but some of the hardware employed can still leak data.
I want smaller games with worse graphics made by people who get paid a living wage to work reasonable hours and I’m not kidding.
Uhh, wtf?
The new app isn’t finished, there’s no way to refresh mailboxes and RSS feeds other than restarting it.
How on earth did they decide this was good enough?
No problem! I’ve used this trick to run non-game Windows apps on the Steam Deck too, though support can vary wildly.
As an alternative, you might also check Lutris, which employs user scripts for installing and running Windows software in Linux. You can even add them to Steam so they’ll work in the Steam Deck’s gaming mode:
https://www.reddit.com/r/linux_gaming/comments/6s0pt7/launch_wine_games_from_lutris_on_steam/
Add the setup/installer executable as a non-steam game, run it to do the install, then modify the non-steam game’s settings to point at the installed executable so it can run from the directory where it is installed.
Ditch Windows and install Linux and Steam, then add your game to the library as a non-Steam app and use the compatibility tab in the properties menu to force the use of the Proton compatibility layer. You should then be able to run the game through steam as normal. This has worked for me with almost all my old games and will probably work for you too.
Did they ever fire that cop?