And so what? Security is important, sure, but there’s nothing wrong with an experiment or side project with full disclosure upfront about its known limitations.
People should be empowered to share and tinker, without feeling like they need to setup a bug bounty program first. Not every GitHub project is a vendor/customer relationship.
> The first thing Claude did was scan for BLE (Bluetooth Low Energy) devices nearby. It found mine among 35 devices in range, connected, and mapped the interface -- two data channels. One for sending commands, one for streaming data.
Read the article before you unholster your weapon next time.
I took an IoT course in school, and one of the things they loved was using protocols like MQTT. I was more or less required to use it on my projects because “that’s how IoT communication works”. So to me, it feels more academic than efficient.
Is it safe to get multiple chips? They’re about the size of a grain of rice, so it shouldn’t be too unwieldy to get chipped from a couple of different vendors at the same time. With a chip, GPS collar, maybe an AirTag, that’s about all you can do besides lots of training.
Why do websites constantly insist on having small gray on white background text, stretching 160+ characters per line? Practically impossible to read on desktop. I wish people would think about default readability. Even Microsoft Edge’s reading mode barely made a difference.
An Easter egg, in the context of computing, is a hidden feature, joke, or message included by the developers. An example is the Konami code in video games.
Back tap is a legitimate accessibility feature, documented and searchable in the settings app. Just because you didn’t know about it (introduced in iOS 14 according the link) doesn’t make it an Easter egg.
I’m on a project at work replacing our R430s and R730s. They’ve been absolute tanks with very few hardware failures. That said, my company chooses to have OEM support for replacing failed components and keeping firmware/bios/idrac updated. You can absolutely run these if you’re OK with 3rd party replacements or parting out spare machines. Some industries are more tolerant to this than others.
I ran 3x R620s 24/7/365 in my homelab for ~6 years (well, other than when I moved, or shut one down for a clean-and-inspect, or lost power in excess of what my UPS could handle... thanks, Texas). The only things that failed during that time were a couple of sticks of RAM, and a PSU.
Being able to read some iteration of potential source code doesn’t make it open source. Licensing, copyright, build chains, rights to modify and redistribute, etc are all factors.
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