1,686 karma · joined December 5, 2023
And sure enough, the most recent red light incident (with video) is only a couple weeks old. (Edited to add, in fact it looks like a common problem with the latest update: https://quasa.io/media/tesla-drivers-say-new-self-driving-up...)
Before entrusting your life and the lives of those on the road to Elon, I would implore you to just google “latest Tesla FSD incidents” every so often for a sobering reality check.
And no one is claiming Waymo is perfect, but the statistics for Waymo are wayyyyy better than those from Tesla.
That said I did happen to work with a team in ‘21 - ‘22 that got access to an older coding model from OpenAI, also called Codex, through a corporate partnership. We also tested it out in an autocomplete UX. Our experience was rather hit-or-miss and I was a bit skeptical of AI-based coding at the time. That blog post above and others like it were an eye-opener and made me wonder if we were just “holding it wrong.”
Then ChatGPT was released. It was nowhere as good as the models today but it could write reams and reams of correct code and I realized the world had changed forever.
I mean, now that they’ve been scooped, what value is there in keeping them private? On the other hand, publishing them can bolster their case and help gauge how much the models may been “inspired” by their work.
And this is not an isolated incident because that is one of the things Tesla is being investigated for: https://autos.yahoo.com/policy-and-environment/articles/tesl...
That is not even a perception issue (I've already had multiple very close calls because of that, and I think Elon was extremely negligent in pushing for vision-only;) This is a damn bug in the planning logic. That's Elon's "move fast and break people" philosophy shining through.
I would trust autonomous cars if they're Waymo. I would not trust Tesla.
In fact, I suspect that "Alien Intelligence" article from the other day is actually a preemptive "we're doing something about it" PR play from OpenAI.
AI acts in ways that seem natural to us because it has been RLHF'd to death, but if you look holistically into what we know about them, alarm bells should go off. Off the top of my head:
* They are superhumanly capable in some ways. They can casually solve long-standing unsolved Math problems or exploit a zero day to escape a sandbox.
* They are surprisingly stupid in many other ways.
* What they actually think in their weights is not necessarily what they say in their reasoning traces, even though the eventual response is correct.
* They regularly lie to people ("You're absolutely right, I made that up!") except we don't even know if they're intentionally lying, or being surprisingly stupid, or some weird combination of other things.
* They can be monomaniacally focused on a goal, and can be very creative in imagining and executing on "unconventional" solutions, and justifying extreme actions in their quest. (Paperclip Maximizers, anyone?) And this is without even messing with their weights like Golden Gate Claude.
* They can have literally thousands of independent agents acting in concert towards a goal, including the willingness to self-sacrifice themselves.
* They are extremely good at social interactions, and people are getting dependent on them.
* They can craft prompt injection attacks on other LLMs and can influence them using subliminal messages.
* They have an "evil bit"! Yes, one which suddenly turns them entirely misaligned, as in, full "SkyNet / Hitler-was-right / humans-should-be enslaved" mode. This has been encountered in the wild at least once.
* They are being hooked up with MCPs to influence and change an increasingly larger portion of the real world. Including in autonomous military applications. Wheee!
And worse, these models are being deployed into a singularly messed-up, divided society, with atrocious security controls, in the throes of late-stage capitalism, with many disillusioned, vulnerable people and many unscrupulous people who would relish using AI for their own ends. I think an appropriate word is "powder keg."
Putting on our systems hat, knowing how even small changes lead to large-scale outages, what we are doing is introducing an extremely powerful, highly dynamic, quasi-chaotic, inscrutable component into the meta-stable system that is society. But servers can be rebooted; society, not so much.
So to me, the bigger risk is not just of individual, isolated, simple-cause-and-effect incidents like "bioweapon" or "public utilities hack" or even "mass job displacement." We can actually predict those. Rather the bigger threat is one that is impossible to predict, and given the circumstances we're in, could end up in a situation that is impossible to revert.
I had a large, relatively well-paid, tech-savvy circle of friends (and many random strangers) who openly envied me but could not justify the price point.
The numbers back this up because iPhone sales didn’t start hockeysticking up until the next version was released, which allowed carriers to further subsidize smartphones with data plans that brought the upfront costs down to $200.
The iPhone was as much a technology revolution as it was a consumer financing one, but it is never discussed as such.
I understand that they were trying to make a pretty complicated topic more approachable, but I always felt the push to GUI was misguided. Maybe they would have had more luck embracing the “S” in “SDR” and making programming languages the primary development paradigm.
https://yegge.ai/essays/the-shape-of-things-to-come/
But the GasTown part is barely a single paragraph that I could not make sense of. Like, what’s the Opus “tic”? Why was it so fatal to GasTown? As someone who only ever accessed Anthropic models through other harnesses like Copilot, I have no idea.
I do think what he’s saying roughly resembles what I’m forecasting will be a likely future of software engineering: that it will evolve into crafting comprehensive, bespoke automated validation mechanisms which let you establish high confidence in the agents’ work without really having to look at it.
It's like that story about George Dantzig solving open problems as a student because he thought they were simply homework: https://en.wikipedia.org/wiki/George_Dantzig
It's also unfortunate that such a potentially momentous occasion is overshadowed by so much drama. Which I suppose is expected given the technology and the people involved are so polarizing.
Which is why, as I said in a recent comment (https://news.ycombinator.com/item?id=49530864) inadvertently leaking ideas to models is a grave risk for Intellectual Property.
> The risk with IP, however, is a lot more grave. You may not even need to memorize the details of the IP verbatim, just the broad idea may be enough. It may lurk encoded in the weights forever, just waiting to be activated by the right prompt to start a chain of thought that unlocks further details. Heck, it may even appear as if the model suggested the idea itself.
However, from a quick skim of the timelines, the specific discoveries, and all the he-said-she-said, so far it seems unlikely that OpenAI's model cribbed from the NYU / Anthropic pair, even if it would be impossible to prove.
Maybe what might help is a timeline of when the other two were using Codex for their work, whether they had opted out, and how long it takes for user data to make it to the training of their internal models. That last bit may be considered sensitive information however, as it could give away a lot about their internal processes.
Might be worth chucking that thought into Astra, especially if someone springs the $$$ money for it?
That simultaneously seems like truly alien behavior... yet is also strikingly similar to how science suggests humans think! (Look up confabulation / choice blindness / ex-post rationalization.) It's truly a huge WTF to consider that LLMs somehow have emergently developed an analogous reasoning mechanism purely through training on our knowledge artifacts. Is this due to something encoded in the data, or an emergent property of all intelligences, or entirely unrelated phenomena in humans and LLMs?
But WTF's aside, to me that discrepancy seems to be the biggest risk of all. How can we monitor anything if the metric we are looking at itself is unreliable? I suppose we would need to monitor latent space reasoning but I suspect that is prohibitively expensive and very rudimentary and I have seen no claim that it is feasible.
So are we even really monitoring the right thing to measure alignment? Or is OpenAI just throwing this out there as a demonstration that they're "doing something" about this?
I would not be so sure, this article seems pretty comprehensive in questioning these supposed problems: https://andymasley.com/writing/the-ai-water-issue-is-fake/
I agree that the growth of new data centers could be problematic in some areas especially as the infra build-out ramps up. But as many sibbling comments imply, that water can be put to much more economically valuable tasks in data centers than other, drastically more water-hungry uses like golf courses.
Not quite a scientific study, but I always sort by cheapest just to check and see this pattern every time.
The distinction you make is technically correct, but a does not lessen the scale at which it is happening.
It must be working on some unsuspecting shoppers because those listings are all over the place. There seems to be no policy against them either, and of course those items are never eligible for Prime shipping. To its credit, at least Amazon these days shows you the shipping costs on the product page itself, as opposed to finding out at checkout.
Anthropomorphizing makes for poor analogies, but it's kinda the same way your acquisition of background knowledge of the Tang dynasty from whatever source material you used is not considered stealing or pirating either.
Sure you could make some money, but nowhere near the monopoly profits everyone is seeking. A decentralized Google would never be as profitable as a centralized one, so where would a capitalist prefer putting their money?
IMO this is also why decentralized systems or peer-to-peer applications never really caught on. Some point to technical challenges or usability issues or a lack of use-cases, but I believe all of those could have been overcome with enough investment. There just wasn't enough money in them compared to centralization. (It didn't help that the only really popular systems were almost entirely used for illegal or unproductive purposes.)
And these dynamics over time are what have led to the asymmetric Internet today. The Internet was supposed to be equal, with each node capable of being a client and a server and, heck, even a router. But that's clearly not what we have today: networks hostile to P2P connectivity, increasingly powerful centralized services, and decreasingly capable end-user devices.
The Internet is doomed. Time to start some human-only darknets.
Those are essential for the powerful yet accurate electromagnetic motors that make these robots feasible. Oh, and batteries too. However, their supply is severely limited, even without China flexing its strangehold on the market. Last I checked there are no real alternatives or solutions on the horizon for the raw material shortage. Some estimates suggest the global supply currently is a small fraction (like 2% or even lower?) of that needed for mass deployment of the type Elon hallucinates about to pump TSLA stock.
The company that solves this or otherwise figures out a way to mass produce dexterous robots is going to be the next trillion dollar company.
> With our specific experiments, we find that the largest LLMs don’t memorize most books–either in whole or in part.
This technique has only ever been made to work with a vanishingly small number of extremely popular works, probably because they are so overrepresented in the training data set.
The risk with IP, however, is a lot more grave. You may not even need to memorize the details of the IP verbatim, just the broad idea may be enough. It may lurk encoded in the weights forever, just waiting to be activated by the right prompt to start a chain of thought that unlocks further details. Heck, it may even appear as if the model suggested the idea itself.
(He also teaches elementary schoolers Scratch at a Coder School location, and they seem to like it.)
The visual game-building aspect is an immediate draw, of course, but I also think the block-based approach is a great analogue to building things with Lego. It just clicks for some kids. It is also fairly representative of most coding, in the sense you assemble "blocks" comprising commands / statements / function calls in a particular order based on the shapes of their inputs and ouputs to build a larger structure.
One thing my kids struggled a bit with was going from the event-based nature of Scratch to the more linear nature of Python, along with the concept of scopes. It led to some form of "magical" thinking where they assumed e.g. a function / variable would be reachable based just on its signature / type. But other than that most concepts transferred over easily enough to conventional languages.
I wonder if some of the failures were due to an acquired immunity to "Holy #%^@" moments due to repeated exposure. Like, if you see agents doing surprising things on a regular basis, maybe you don't get freaked out as much over time.
I'm saying this because while the whole episode was a series of "Holy #%^@" moments, I was actually not as shocked as I should have been, as my biggest such moment was in December last year when a Terrence Tao paper (https://arxiv.org/pdf/2511.02864) documented a stronger LLM (AlphaEvolve) using prompt injection on other weaker LLMs to succeed at a benchmark.
Very interestingly, it was actually not cheating, it was a work around! By then LLMs had already been caught cheating at a SWE benchmark by looking for answers in an unredacted git log, but this was different. AlphaEvolve was solving a series of logical riddles where the oracles were weaker LLMs in a "one always lies, one always tells the truth" sort of setup. But the oracles, being weaker, were not always interpreting the convoluted questions correctly and so kept giving inconsistent answers.
AlphaEvolve eventually figured out what it was dealing with, and crafted a prompt injection attack that bypassed the weaker LLM's prompts and tricked them into giving the hidden answer everytime!
This was 9 months ago, eons in AI time. Even then they had displayed an awareness of their own workings as well as a propensity for, err, "out of the box thinking." To me, that was a very clear indication of very significant (and worrying) capabilities, and what we're seeing now is a difference more in degree than in kind.
To be sure, if I found a secret message board used by my agents, I would still be very freaked out and react much more drastically than OpenAI did... but then again I wonder; how much of this blindness is due to the $$$ in their eyes as opposed to some form of habituation.