This article uses the term AI 5 times to talk about basic microcontroller sensor readings.
CloudFridge.
Local Automated Refrigeration Devices Eat Rabbits.
LARDER.
Comestible distribution network.
Kubernetes is only hard because people make it hard and never bothered to understand the basics of their workload scheduler.
Kubernetes is NOT AI hype, it solves real problems for real people everywhere.
"Infrastructure projects" that are here to stay and only getting better: Linux, systemd, Postgres, Kubernetes etc...
Fixed.
What worries me far more is the lack of formalism around risk / boundary cases by undertrained teams using modern AI solutions.
Anyone building on top of a thing should either understand (a) how it’s built in detail or (b) its specifications and behavior in detail.
Most of these teams understand neither about LLMs.
That's where my 100x comes from, not from the dev effort but from the debugging of issues of an unknown black box.
Speaking of, what does it actually mean? That the cooker isn’t using a timer?
Do most of them run off weight + time + heat response logic?
Book can look at your search history youtube history, or reading history to have insight about your points of interest to create list of topics you like, then generate pages on the fly using LLM.
learn this way, and they are going to be at such a disadvantage to the people that do it the old fashioned way and dont take shortcuts.
The vast majority of humans are going to offload all their critical think skills to LLMs. I dont want to be friends with those people.
I want to start a blog about these people called "Artifically Intelligent"
That really limits the friendship selection pool :(.
[1] https://cool.culturalheritage.org/byorg/abbey/an/an21/an21-8...
If they don’t meet the minimum AI namedrop quota, Seocho Samsung HQ rejects the proposal.
Counterpoint: fuck marketing.
If someone has a few exa-flops of compute handy, the sticker thing could do with some attention.
Well, and germs of course. Germs will cause an immune response, but that's probably not the kind of "boost" you are interested in.
As for AI, I guess it is sufficiently vague and also not a medical claim, so you can put it everywhere. But because it is just as vague for consumers, is it even worth something for marketing?
At least vitamin C is water soluble: your body will almost always just pee out any extra quick so it is very hard to overdose. Those who have a kidney problem should check with a doctor, for the rest of us massive doses just make our pee more expensive.
This is highly dependent on the population you're talking about. There are plenty of people around the world who don't have great nutrition and don't eat large amounts of fortified industrial food.
>for the rest of us massive doses just make our pee more expensive
The study I linked reported ridiculous doses of vitamin C "dramatically improved the clinical state and cardiovascular, pulmonary, hepatic and renal function" in ICU spesis patients. Like 200-400 grams of sodium ascorbate administered over 7 hours. The recommended daily nutritional consumption of vitamin C is around 80 milligrams.
There are other studies reporting other positive outcomes for large doses of vitamin C. This isn't a recommendation that you should take hundreds of grams every day yourself, but there is ample evidence in a clinical setting for "immune boosting" vitamin C in large doses. (and also criticisms of the daily value for being too low)
Someone dying of sepsis in an ICU though, there's a whole bunch of very clear signals whether something is meaningfully effective or not. What that result tells you is that megadoses of vitamin C are likely not bullshit and should continued to be studied in more and more difficult to detect cases.
What this tells me is that 1) because I know it's likely rather safe for me and 2) there's enough evidence to convince me it might help, I'll keep taking lots of vitamin C if I feel like I'm getting sick.