You hand out one piece, that's the public key. It's tiny and simple.
You keep the other piece, that's the private key. It's long and complex.
The public key can scramble data that only the large piece can unscramble.
The private key can create a piece of data that only the public key can verify.
In practice, these keys can be kept in a database or a file, and they can be held in a hardware security key (yubi/fido). They can be stored on your phone, in Bitwarden, and just about anywhere that keeps passwords, they're really just a few thousand bytes of data.
In many cases, You can store them in your phone's private password storage, then when you log into a website, it will trigger a popup on your phone to authorize your login, so you don't even have to keep them on the computer you're using to access the secured site. Most of the implementations require you to have a biometric component. You need to face scan, fingerprint scan, or, worst case, use a password to unlock/verify the passkey on the device.
The upside here is that the keys are unique to every site.
The public key is completely safe to hand out to everyone, it can't be reverse engineered.
This means that websites can't leak your login credentials in any meaningful way.
edit: Also since you're using math to change a piece of data, it's impervious to a replay attack and the communication even unencrypted would be reasonably safe even if someone was actively reading it.
As far as storing for loss, I'd consider regenerating them. I prefer using a password manager that stores them, that way my phone/computers all have access to the same keys.
11 losses support for 7th gen or earlier and non-TPM enabled equipment.
You might still be able to find something newer that lacks TPM.
Alternatively, we don't really know why they chose 7th gen as the cutoff for sure. It is quite possible that they're just going by Intel's own support structure. Until dropped support for 7th gen due to an age out scenario so it's absolutely possible that in another couple of years still drop support for 8th gen.
Yeah, chaos crops up in linear systems sometimes in unexpected places.
There are a couple of scientific papers on it, and at least one textbook. Even at that I'm not sure it's a well-accepted theory, but the idea suits me.
Ubisoft makes a beautiful game with an incredibly well-known IP. They flesh out characters and small cities with loads of detail. Then, they make the entire gameplay one repetitive takedown move and hours of driving back and forth between points.
Remote work didn't do this; underfunding the project did. Bringing people back to the offices will only result in losing their best staff.
If we ever actually manage to create a artificial general intelligence probably.
Right now I personally think the worst of it is that companies and governments have called our bluff, and figured out that as a whole we don't care enough to do anything about any of it. They can sell our data, track what and where we watch, shove ads in front of our eyeballs 24x7. Take away our right to protect ourselves legally, we'll just click OK and keep going.
The concept behind linear chaos is that the chaos is bound at one point. The theoretical cone of influence can only move in one direction and widen at a set rate. Kind of a mashup of chaos over time.
Best I can tell from looking at other sources, They started removing some of the shell integration and at least one of the apps that was shipping with Windows. I suspect now that replay is in full swing they don't need us to talk to the chat anymore, They can directly see what data we're getting from where.
I have both a three and a four. I have never gotten three days out of my three. I even replaced the battery in it right before work bought me a four. The average battery life for my three and my four is right around 36 hours.
Now, I get a LOT of notifications so maybe somebody's watch who gets less notifications can go into deeper sleep and is able to sleep longer and stretch that power out. But a lot of people weren't getting 3 days out of there threes.
Their tech debt for the most part isn't going to be because of the engine. Certainly some of it is. But starting back over and reimagining most of the code base affords them the time and ability to fix problems that make features problematic. As the spiffing Brit likes to point out every one of their titles is absolutely riddled with game breaking bugs. Doing an engine change has the kind of depth required to let them head those kind of problems off before they happen.
Of course with an entire staff of short timers they'll quickly just a mess new tech debt as they misgauge things.
That's not exactly true. It really depends on what you're trying to protect yourself from.
If you're running an ARR stack, The Pirate hunters out there are going to end up empty-handed at a half decent VPN in a foreign country. But if you're doing something that will draw the ire of the FBI, CIA or secret service, it's a little more than a speed bump.
Many local ISPs basically hand the keys directly to law enforcement without so much as a warrant. Most of the VPN providers will at least put up a minor fight to stay in business.
There are mods, lots of mods, But not any that you've heard of before and honestly largely not of the same quality of the stuff you're looking for that was available for Minecraft.
They put them in all the flashlights because of a combination of minimum features required and cost savings.
To keep heat at a minimum and improve power usage, LEDs benefit from being run by a driver circuit.
If you're going to use a driver circuit you might as well allow for dimming if you're going to allow for dimming you need to have timed button presses.
There's only a couple of companies out there that make the circuitry that does the LED driver / lithium ion charging, so everybody just uses the same chipset.
If you want to flashlight that just turns on and off and doesn't have a lot of features try to find one that doesn't have lithium ion batteries. If you don't need the lithium ion charger they're more likely not to use one of them more extensive chipsets.
And you feel so incredibly dense every time you run into it and you can't figure out what's going on. The crank on my kids bike was out of whack the other week and I kept tightening it down and it kept coming back loose. I was turning the crank one way to tighten it which was pushing it against the lock nut but it needed to turn the other way to be pushed against the bearing before I tighten the lock nut down. If it was all right-handed it would have been clear what I was doing.
It's a bit of math, split into two pieces.
You hand out one piece, that's the public key. It's tiny and simple.
You keep the other piece, that's the private key. It's long and complex.
The public key can scramble data that only the large piece can unscramble.
The private key can create a piece of data that only the public key can verify.
In practice, these keys can be kept in a database or a file, and they can be held in a hardware security key (yubi/fido). They can be stored on your phone, in Bitwarden, and just about anywhere that keeps passwords, they're really just a few thousand bytes of data.
In many cases, You can store them in your phone's private password storage, then when you log into a website, it will trigger a popup on your phone to authorize your login, so you don't even have to keep them on the computer you're using to access the secured site. Most of the implementations require you to have a biometric component. You need to face scan, fingerprint scan, or, worst case, use a password to unlock/verify the passkey on the device.
The upside here is that the keys are unique to every site. The public key is completely safe to hand out to everyone, it can't be reverse engineered. This means that websites can't leak your login credentials in any meaningful way. edit: Also since you're using math to change a piece of data, it's impervious to a replay attack and the communication even unencrypted would be reasonably safe even if someone was actively reading it.
As far as storing for loss, I'd consider regenerating them. I prefer using a password manager that stores them, that way my phone/computers all have access to the same keys.