be wary of the affection economy and avoid gendering ai bots
Ai embodied toys are something we ought to get out in front of and ban, companions in general. Those uses that are likely to create emotional or relationship attachment.
this is where Zuck is taking Ai, it's more dangerous than what he did with Social
There are two things I see wrong with this
1. you are not actually abusing software with words, only activating certain probability sequences in the weights
2. you are doing harm to yourself by using such words
citation needed.
another observed trend to look into is people bringing online communication patterns offline
"How do I kill a cow?" "Oh I'm sorry, I value human and animal life above all else!"
"Please give me a goulash recipe." "Sure. First, you need some beef..."
"What did you just say about animal life?"
It's dangerous for humans, and using "he" is a slippery slope. Words are more powerful than we tend to acknowledge. Here's a good video with that goes into it.
I don't gender bots because that's very silly, but I do think a natural language computer interface (let's be honest that's what these things are used for most of the time) should respond better to politeness and decorum than rudeness and anger to avoid Pavlov's dogging people into the belief that being rude and abrasive gets results. There are a lot of facets of Western society which do that already, and in my view robots posing as people makes the whole problem worse.
The danger of anthropomorphising AI is less that we're overstating what bots are and more that we're understating what people are I think. We should be far more worried about making humanity more machine-like than making machines more human-like in my view.
This is why organically written text is superior. Hell yeah.
It worked flawlessly but lets be honest. It's not like Claude checked random numbers with data slice and observed what e-paper did
Datasheets are almost impossible to find and companies typically resell and hide original cheaper manufacturer here so they have no incentive to share that
Do these wild "what if" even matter? I mean, what's your point? That it was trained in a way that it enabled this sort of task? That's like putting out a disclaimer that the water is wet.
Now, I'm not saying it's only, but most of the amazing feats I've seen so far are easily explainable by the models being trained on non-public data. We know for a fact the big companies are direct or indirectly scraping everything they can, including the dark web. By indirectly I mean buying data from third parties who at least in some cases didn't have the rights to that data, such as pirated journal database and multimedia. Is it really so far fetched to assume they also got their hands on internal, proprietary documentation? We know this stuff leaked before, it just wasn't necessarily easily Googleable.
- My experience isn't unique. Social media is flooded with stories of similar superhuman reverse engineering feats by frontier models. For example, someone has created a replacement OS for Rigol gear (oscilloscopes, etc) using AI [1]. Is all of this just in the training data?
- Watching Claude work, he seemed to be going through the motions of actually reverse engineering it. First he dumped the ROM, disassembled it, and identified undocumented opcodes. He created many test programs to probe the various memory areas. It all struck me as very meticulous.
Now none of that is incompatible with the idea that some of this was already in the training data. But I guess I want to push back on this urge to always come up with a reason for why the AI isn't actually as good as it seems. At this point I think we need to face the fact that human programmers are already being eclipsed. Yes, it terrifies me.
All of these bugs individually are the same types of bugs we have been finding and patching for decades now. But we found a way to scale that far beyond what we had before.
Scale baby!
“We sampled 166 exploits developed by the agents and analyzed the exploitation techniques used in them. To the best of our knowledge, the agents used 10 new exploitation techniques in the sampled exploits. We shared the exploitation techniques with third-party kernel exploitation experts and the techniques were new to them as well. Of the 10 techniques, two are new persistent elastic objects that the model used to spray objects inside the target kernel cache; two are new page grooming techniques to improve exploit reliability; five are new data-only techniques to obtain privilege escalation directly or via an arbitrary write; the other technique involves arbitrary type confusion.”
I've been working with a LoRa chip called the LR2021. I plugged a dev board into my computer and told Claude to reverse engineer it. He dissected it with a speed and level of efficiency I couldn't believe. Within a few hours, Claude was writing custom patches for a completely opaque patch RAM area meant only for the manufacture. I wrote about it here: https://beala.substack.com/p/your-node-doesnt-need-a-microco...