If you want some honest advice: just use an internet source.
Unless you are a buying a scientific weather station to host at your home, none of the Ali* sensors will withstand what you’re expecting.
Either pay for the real thing and get results, or skip on the cheap junk that will almost certainly die in a few months with no warranty or recourse…just use a close weather station.
And all the code is available online because it’s open source. You can make sure if you’re really suspicious of something.
I think your understanding of what “AI” is fundamentally flawed if you are asking this question.
The easiest and safest intro to understanding how models work is first to understand that they are not making decisions, they are sorting through data. It’s a very fast parallelization of sorting. There is no version of any model that has a concept of a novel idea.
Next steps from there are understanding what it can provide you, and that is only data it has been trained on and programmed to make relations between. If you get deep down into the lingo, it will referred to as an “alignment” or “relation”.
Example: “A” is a letter. “B” is a letter. They are both letters in the English alphabet. They are not letters of the Cyrillic alphabet. English speaking people will use A and B to write or speak. English is used by these countries…etc
That’s all it can give you.
If you go and ask it how to build a Linux distribution, it will tell you all the relations it knows about those keywords, but can’t go and generate new and novel “thoughts” about it. In more practical situations, it can only give you information about a single point of reference at a time, and a Linux distribution is thousands.
I would agree, but if I’m looking for a way to work a payload into userspace, this sounds like a good attack vector. It’s not even code complete yet, I’m just curious. The speedups are fantastic, I just want to see where the logic goes to handle protections for non-base/metal comms.
Yes, I saw, but just saying something so they can fix it.
This is the correct answer. HA itself will work completely offline if you want. After that, you just need to make sure about the devices you’re buying, and keep in mind, YOU control your own networking.
Now, as I mentioned, you do control your network, and there are complex ways around these things, but if you want an OTG guarantee, go Zigbee to be sure.
Dang. Guess I’m teh suk
Brb, gonna go change all my cool screen names in AOL.
No link
Huge implications. I’m wondering what the security implications are here though, especially in a Hypervisor context.
Why do you feel a need to form an opinion on this based on what others think?
No, the “live” filesystems will repair themselves when they detect problems. They keep revisions of your data, and run checksums constantly. When they find a file has inadvertently changed without access, it will restore said files. Think of it like Mac “Time Machine”, but it’s just the filesystem . You can restore stuff from points in time when needed.
Just read up on it.
Hell yeah, Krebs. Keep on doing the good work we need.
You’re on an older kernel, so it’s hard to tell what exactly is managing your frequency scaling.
Have a look here for a quick primer: https://forums.linuxmint.com/viewtopic.php?t=420899
ZFS and BTRFS both provide that functionality. Have a look into the features.
lsmod | grep pstate
In your scenario, I’d be looking at ZFS or BTRFS for your live data, especially when taking photos into account. They’ll self-repair files that may run into decay issues, which I’ve seen a lot of with photos in all formats. Since you already keep off-site backups, I’d then just keep an extra drive around that you snapshot to from time to time.
Yeah, but this person is asking about outdoor sensors from Ali. Not gonna work.