Not from PSU data, but I was running Kepler on my dev servers. But then I stopped because it correlated strongly with system load and didn't really think I learned anything new from graphing it. Having the full system usage might actually make this monitoring useful.
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Encryption at rest just means the data itself is encrypted when stored on disk and the key is somewhere. It doesn't dictate that the key is not visible to the server.
Encryption in transit refers to an encrypted channel from client to server.
E2E encryption usually refers to encryption from one entity to another where any intermediary servers do not have the ability to decrypt
Source: too many years doing application security at my job
WiFi is on all three bands. It's not so much what's newer vs older. Newer devices tend to support 2.4, 5, and 6 and switch between them based on quality of signal and support by the WiFi network. Higher frequencies like 5 and 6GHz are generally better because there's less interference.
Fascinating. Just based on your comment and nothing else, sounds like it could be something like a CPU Enclave like Intel SGX. Basically a remote client can validate that an application runs in a secure part of a remote cloud computer. The stated goal of SGX is that you only have to trust Intel and if you trust Intel and say run program X in the enclave, then only that part of the CPU can access the data, not the applications running in the non-secure enclave.
Now that brushes over some things like you still need to trust the client and IIRC in a WhatsApp situation, you don't really know what enclave does, but the communications between the enclave and the host OS are heavily restricted. LLMs also require lots of CPU and are usually run on GPUs, so not sure how that works yet.
I think #1 is suggesting to move the neutral over to another hot phase and change the outlet to a 240v nema 6/three prong (I think) with two hots and a ground instead of the 4 prong.
The 240v at the same amps gives you higher watts so faster charging without an expensive new conductor. I'm
They used a protocol called WebRTC that allows for establishing direct P2P connections to establish a connection to the Facebook app running on your phone. The FB app knew your identity so it was able to link your in browser actions with your FB identity.
It makes some things hard and some things easier. For example, you can more easily defend against DoS attacks because there's just more targets.
But decentralized makes it easier for bot manipulation because you can hide your actions across multiple users on different instances and those instances can't easily identify bot signatures like IP addresses to ban many accounts.
Google is doing this because they have incentives to do so. They want to block malicious actors like attack their platforms.
Other companies want to lock down their own apps because they don't think users should be permitted to do anything other than use their apps exactly as they want.
I don't like it as a user, but I also see the reason why companies want this by being on the security side of software.
I used to work in Amazon (left after 10 years because it wore me down), but it wasn't that compartmentalized.
I'm sure there were some teams that were like that but I could easily find another team, open a ticket, get a response and see their on calls investigate the issue. It was often times possible to look at their service metrics and source code to see if I could find the problem myself.
Support just can't share that info because they don't know what is considered a trade secret or internal detail vs what is public.
No, it's electrical code. Standard outlets can't be used to supply power because it means you have a plug that has exposed wires commonly called suicide wires. While these balconey top solar likely use grid following so it has to detect a grid voltage, the electrical code doesn't consider it AFAIK. This rule is for safety and because it would only power half your house because there's only one leg per 110 outlet.
You might behind a shared IP with NAT or CG-NAT that shares that limit with others, or might be fetching files from raw.githubusercontent.com as part of an update system that doesn't have access to browser credentials, or Git cloning over https:// to avoid having to unlock your SSH key every time, or cloning a Git repo with submodules that separately issue requests. An hour is a long time. Imagine if you let uBlock Origin update filter lists, then you git clone something with a few modules, and so does your coworker and now you're blocked for an entire hour.
Not from PSU data, but I was running Kepler on my dev servers. But then I stopped because it correlated strongly with system load and didn't really think I learned anything new from graphing it. Having the full system usage might actually make this monitoring useful.