598 karma · joined October 13, 2022
As long as all the other cards still get acceptance, this seems like a great system.
Imagine you are driving a car and from time ro time, without any warning, it suddenly starts accelerating and decelerating aggressively. Your powertrain, engine, breaks are getting tear and wear, oh and at random that car also spins out and rolls, killing everyone inside (data loss).
This is roughly how current unattended upgrades work.
They involve heavy CPU use, stress the whole system completely unnecessary, the system easily sees the highest temperature the device had ever seen during these stress tests. If during that strain something fails or gets corrupted, it's a system-level corruption...
Incidentally, Linux kernel upgrades are not better. During DKMS updates the CPU load skyrockets and then a reboot is always sketchy. There's no guarantee that something would not go wrong, a secure boot issue after a kernel upgrade in particular could be a nightmare.
Where would one find some reddit users willing to do such reviews, by the way?
I'd guess, in practice a benchmark (like this vibesbench), that could help catching unhelpful and blatant sycophancy fails may help.
> The word "prig" isn't very common now, but if you look up the definition, it will sound familiar.
Without being sucked in into doomscrolling and content consumption? Produce content? I'd guess it should be possible to play with the thing somehow...
> The processor was reverse-engineered by Ashawna Hailey, Kim Hailey and Jay Kumar. The Haileys photographed a pre-production sample Intel 8080 on their last day in Xerox, and developed a schematic and logic diagrams from the ~400 images.
> 1024x32 Commercial SRAM > CF_SRAM_1024x32 > Commercial SRAM: 1024 words x > 32 bits (4KB) with Wishbone Bus interface > Area: 0.17mm² > GPIOs: 0 > License: Commercial - $2500 per project
The result is interesting. First, juniors are miserable. What used to be a good experience coding and debugging, in a state of flow is now anxiously waiting if an AI could do it or not.
And senior devs are also miserable, getting apprentices used to be fun and profit, working with someone young is uplifting, and now it is gone.
The code quality is going down, Zen cycle interrupted, with the RL cost functions now at the top.
The only ones who are happy are hapless PhDs ;$
And yet here we are, able to talk to a computer, that writes Pytorch code that orchestrates the complexity below it. And even talks back coherently sometimes.
It's not clear how anxiety, mood swings, brain fog, inability to remember faces, fear, aggression are somehow being called "clarity".
> We are in dire need of a better metaphor. Here’s my suggestion: instead of seeing AI as a sort of silicon homunculus, we should see it as a bag of words.