[1] https://colab.research.google.com/drive/13a4Y-ko6QLMPAhBz64c...

The Golems are brought to life by a slip of words in their heads called chem, which is almost 1:1 to an LLM system prompt (or perhaps the Claude Soul Document):

    I AM A GOLEM. I WAS MADE OF CLAY. MY LIFE IS THE WORDS. BY MEANS OF WORDS OF PURPOSE IN MY HEAD I ACQUIRE LIFE. MY LIFE IS TO WORK. I OBEY ALL COMMANDS. I TAKE NO REST.

    “What words of purpose?”
    RELEVANT TEXT THAT ARE THE FOCUS OF BELIEF. GOLEM MUST WORK. GOLEM MUST HAVE A MASTER.
    “Sorry, look,” said Cheery. “Are you telling me this… thing is powered by words? I mean… is *it* telling me it’s powered by words?”
    “Why not? Words do have power. Everyone knows that,” said Angua. “There are more golems around than you might think. They’re out of fashion now, but they last. They can work underwater, or in total darkness, or knee-deep in poison. For years. They don’t need rest or feeding. They…”
    “But that’s slavery!” said Cheery.
    “Of course it isn’t. You might as well enslave a doorknob.”

    There was another protest march going on when Moist walked to the bank. You got more and more of them lately.
    This march was against the employment of golems, who uncomplainingly did the dirtiest jobs, worked around the clock, and were so honest they paid their taxes. But they weren’t human and they had glowing eyes, and people could get touchy about that sort of thing.

> Excited to welcome Andrej to the Pretraining team! He'll be building a team focused on using Claude to accelerate pretraining research itself. I can’t think of anyone better suited to do it — looking forward to what we build together!

[1] https://x.com/nickevanjoseph/status/2056760504949842219

If they retrained the same model on real video data, they could potentially get a multiplayer world with quite realistic-looking graphics (see https://wayve.ai/wp-content/uploads/2025/11/Ex-2-GAIA-3.mp4, https://wayve.ai/wp-content/uploads/2025/11/Ex-3-GAIA-3.mp4).

Maybe for Agora-2 :)

However, there are a few promising markets, assuming WMs continue to get better and cheaper:

1. Robotics training / evaluation: modern end-to-end (sensors-to-control) robot policies require simulators that are almost indistinguishable from reality. If your sim is distinguishable from reality, the evaluation metrics you get from sim don't mean anything and the policies you train in sim don't work. World models will likely be the highest-fidelity robotics simulators, since WMs are data-driven and get arbitrarily more-realistic given more data/compute. This is why so many robotics companies have WM projects [1] [2] [3] [4].

2. Video frontends for agents: in the same way that today's frontier labs are building realtime voice interfaces [5] which behave like a phone call, realtime video interfaces will behave like a video call. Early forms of this don't feel compelling IMO [6] [7], but once the models can instantly blend between rendering the agent itself, drawing diagrams/visualizations, rendering video, etc. I can see it surpassing pure voice mode.

3. Entertainment: zero-shot world generation (i.e. holodeck, genie 3; paste in an image/video/text prompt and get a world) will be a fun toy but I'm not convinced it has any long-term value. I'm more optimistic about proper narrative experiences where each scene/level is a small, carefully-crafted world (behaving like a normal film scene if you don't touch the controls, and an uncharted/TLoU-style narrative game if you do), such that the sequence of scenes builds up a larger story.

[1] https://wayve.ai/thinking/gaia-3/

[2] https://xcancel.com/Tesla/status/1982255564974641628 / https://xcancel.com/ProfKuang/status/1996642397204394179

[3] https://waymo.com/blog/2026/02/the-waymo-world-model-a-new-f...

[4] https://www.1x.tech/discover/world-model-self-learning

[5] https://thinkingmachines.ai/blog/interaction-models/

[6] https://runwayml.com/news/introducing-runway-characters

[7] https://blog.character.ai/character-ais-real-time-video-brea...

That said, FSD seems quite capable of routing around standing water in many cases (e.g. https://xcancel.com/planoken/status/2030754820462633031, https://www.reddit.com/r/TeslaFSD/comments/1pw9f2m/fsd_navig..., https://xcancel.com/BLKMDL3/status/1991862465328779317, https://xcancel.com/JVTacoma/status/2046313902749921638), so handling the remaining cases seems more like a model intelligence / data issue rather than a sensor limitation. Lidar beams generally bounce off mirrorlike surfaces without returning to the sensor, so I think all lidar would tell you about standing water is "there's something shiny/reflective within this region of the image", which you already know from cameras+headlights.

Comments URL: https://news.ycombinator.com/item?id=48085117

Points: 2

# Comments: 0

[1] https://github.com/onnx/onnx/blob/main/onnx/onnx.proto#L605

    | Domain               | Benchmark              | Model (reasoning level) |                             |                          |                       |
    |--:-------------------|------------------------|-------------------------|-----------------------------|--------------------------|-----------------------|
    |                      |                        | OpenAI GPT-5.5 (xhigh)  | OpenAI GPT-5.4 mini (xhigh) | Anthropic Opus 4.6 (max) | DeepSeek V4 Pro (max) |
    | Cyber                | CTF-Archive-Diamond    | **71%**                 | 32%                         | 46%                      | 32%                   |
    | Software Engineering | SWE-Bench Verified*    | **81%**                 | 73%                         | 79%                      | 74%                   |
    |                      | PortBench              | **78%**                 | 41%                         | 60%                      | 44%                   |
    | Natural Sciences     | FrontierScience        | **79%**                 | 74%                         | 72%                      | 74%                   |
    |                      | GPQA-Diamond           | **96%**                 | 87%                         | 91%                      | 90%                   |
    | Abstract Reasoning   | ARC-AGI-2 semi-private | **79%**                 | –                           | 63%                      | 46%                   |
    | Mathematics          | OTIS-AIME-2025         | **100%**                | 90%                         | 92%                      | 97%                   |
    |                      | PUMaC 2024             | **96%**                 | 93%                         | 95%                      | **96%**               |
    |                      | SMT 2025               | **99%**                 | 92%                         | 94%                      | 96%                   |
    | IRT-Estimated Elo    | **IRT-Estimated Elo**  | **1260 ± 28**           | 749 ± 46                    | 999 ± 27                 | 800 ± 28              |

[1] https://www.nist.gov/news-events/news/2026/05/caisi-evaluati...

[2] https://epoch.ai/gradient-updates/why-benchmarking-is-hard

> Never talk about goblins, gremlins, raccoons, trolls, ogres, pigeons, or other animals or creatures unless it is absolutely and unambiguously relevant to the user's query.

[1] https://x.com/arb8020/status/2048958391637401718

[2] https://github.com/openai/codex/blob/main/codex-rs/models-ma...

- One (patched) Linux kernel bug is 'UaF when sys_futex_requeue() is used with different flags' https://github.com/torvalds/linux/commit/e2f78c7ec1655fedd94...

These links are from the more-detailed 'Assessing Claude Mythos Preview’s cybersecurity capabilities' post released today https://red.anthropic.com/2026/mythos-preview/, which includes more detail on some of the public/fixed issues (like the OpenBSD one) as well as hashes for several unreleased reports and PoCs.

OpenAI had a whole post about this, where they recommended switching to SWE-bench Pro as a better (but still imperfect) benchmark:

https://openai.com/index/why-we-no-longer-evaluate-swe-bench...

> We audited a 27.6% subset of the dataset that models often failed to solve and found that at least 59.4% of the audited problems have flawed test cases that reject functionally correct submissions

> SWE-bench problems are sourced from open-source repositories many model providers use for training purposes. In our analysis we found that all frontier models we tested were able to reproduce the original, human-written bug fix

> improvements on SWE-bench Verified no longer reflect meaningful improvements in models’ real-world software development abilities. Instead, they increasingly reflect how much the model was exposed to the benchmark at training time

> We’re building new, uncontaminated evaluations to better track coding capabilities, and we think this is an important area to focus on for the wider research community. Until we have those, OpenAI recommends reporting results for SWE-bench Pro.

Although https://developer.apple.com/system-status/ was green for most of the 3-4 hour outage, the page now at least acknowledges two minutes of downtime:

    App Store Connect - Resolved Outage
    Today, 12:04 AM - 12:06 AM
    All users were affected
    Users experienced a problem with this service.

Regarding the specific boiling-textures effect: there's a tradeoff in recurrent world models between jittering (constantly regenerating fine details to avoid accumulating error) and drifting (propagating fine details as-is, even when that leads to accumulating error and a simplified/oversaturated/implausible result). The forest trail world is tuned way towards jittering (you can pause with `p` and step frame-by-frame with `.` to see this). So if the effect resembles LSD, it's possible that LSD applies some similar random jitter/perturbation to the neurons within your visual cortex.

From a product perspective, I still don't have a good sense of what the market for WMs will look like. There's a tension between serious commercial applications (robotics, VFX, gamedev, etc. where you want way, way higher fidelity and very precise controllability), vs current short-form-demos-for-consumer-entertainment application (where you want the inference to be cheap-enough-to-be-ad-supported and simple/intuitive to use). Framing Genie as a "prototype" inside their most expensive AI plan makes a lot of sense while GDM figures out how to target the product commercially.

On a personal level, since I'm also working on world models (albeit very small local ones https://news.ycombinator.com/item?id=43798757), my main thought is "oh boy, lots of work to do". If everyone starts expecting Genie 3 quality, local WMs need to become a lot better :)

- That forest trail world is ~5 million parameters, trained on 15 minutes of video, scoped to run on a five-year-old iPhone through a twenty-year old API (WebGL GPGPU, i.e OpenGL fragment shaders). It's the smallest '3D' world model I'm aware of.

- Genie 3 is (most likely) ~100 billion parameters trained on millions of hours of video and running across multiple TPUs. I would be shocked if it's not the largest-scale world model available to the public.

There are lots of neat intermediate-scale world models being developed as well (e.g. LingBot-World https://github.com/robbyant/lingbot-world, Waypoint 1 https://huggingface.co/blog/waypoint-1) so I expect we'll be able to play something of Genie quality locally on gaming GPUs within a year or two.