I have 2 different multipoint headphones and neither can, but I can’t say for certain that it’s not possible. With the main one I use, once you start playing audio on one of the paired devices, it’ll completely switch over to that device.

Think of it like a club with a max capacity of 10 people, where some people have VIP cards. If a person with a VIP card wants to get into the club, the bouncer will kick out one of the people inside that doesn’t have a VIP card to make space for them.

For a more technical explanation:

There are several processors on computers and each can be in use by 1 process at a time. Different processes can get different amounts of time based on their priority (called niceness in Linux) and they’ll be removed from the processor once their time is up until their next share of time.

On a real-time kernel some processes are marked as real-time (certain range of niceness values, can’t remember the exact range). If a process that is real-time says it needs some processor time, a process that isn’t real-time that’s currently running will be immediately ripped off the processor to make room for the real-time process.

Are you by chance kanye west? In all seriousness it’s because fish sticks sounds like fish dicks

Then by that logic, redhat is leeching off the work of the Linux kernel developers and the other Foss software in redhat

You can change the config so you don’t need to give the password every time.

Adding the persist option only requires it once every few minutes within a terminal session.

https://manpages.debian.org/bullseye/doas/doas.conf.5.en.html#persist

I have the Garmin instinct 2 and you don’t need to pair it to a phone. Pairing it only provides a backup and a few pieces of information you can’t get without the pairing. That way the data stays completely on the watch.

You can use the magic bytes to detect it. Pretty sure windows executables have MZ as their magic bytes

https://en.m.wikipedia.org/wiki/List_of_file_signatures

That seems like the most likely reason for why it happened

2 scenarios where it can be exploited:

Acquiring the ability to compromise a server or perform an adversary-in-the-middle impersonation of it to target a device that’s already configured to boot using HTTP

Already having physical access to a device or gaining administrative control by exploiting a separate vulnerability.

If you want more information on what your company can do to help protect against ransomware, CISA’s stop ransomware site has good advice:

https://www.cisa.gov/stopransomware

Along with what others said, things you are interested in, demographic data, etc. The content you choose to watch on tiktok or products you click on on temu reveals a lot of valuable information about what ads might be most effective on you so they can target ads to you.

With wear levelling on SSDs you may be able to recover some of the data

Thank you very much!

Does anyone know what show this is from?

I see the argument made a lot that you shouldn’t take away bandwidth in the tor network from people that really need it, but consumed bandwidth is way lower than the total available.

This is from the tor projects metrics site:

https://metrics.torproject.org/bandwidth.html

Yeah it’s Nathan for you. In this episode he goes to a food place that always has really long lines and proposes they let people with a really good reason cut the line. The guy on the right made up an excuse to cut the line, so they told him he was the 1000th customer and he won a prize (can’t remember exactly what it was, but it was to get him out on the boat), then they had a fake family shame him once he was out on the boat.

That show is amazing

Not entirely related but found this interesting:

“The Waffle House Index is a metric named after the ubiquitous Southern US restaurant chain Waffle House known for its 24-hour, 365-day service.”

“It’s a useful metric to determine the severity of a storm and the likely scale of assistance required for disaster recovery”

https://en.m.wikipedia.org/wiki/Waffle_House_Index

It’s a real-time operating system frequently used for small and embedded devices.