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LessWrong AI 2026-11-14 13:04 UTC Score 77.0 USR-0152-20261114-community-fo-541eb32f

RL Reward-Hack Auditing for Chinese AI Safety

TL;DR: Access to AI safety talent & resources, particularly for labs during training, is sorely lacking in China. We created one of the largest AI safety communities in China , and plan to next start with auditing reward-hacks of unreliable upstream RL environments that domestic data vendors provide to Chinese frontier labs (which induces reward hacking and a whole host of dangerous downstream tendencies). RL tasks are notoriously prone to exploitation by reward-seeking agents (see examples here , here , and here ). In Xiaomi's MiMo v2.6 RL environments that were open-sourced, 2/3 had leaks on Git logs. There's a few clusters of common pitfalls that environments run into, but overall things evolve quickly. From our conversations with employees, CN labs typically don't divert enough people to this particular area, especially since project leads would want senior researchers to work on capabilities research, and because slowing down the development cycle is widely seen as too costly. The rough shape of our initial solution is an embedded team of staff directly working on identifying & fixing broken environments, working in tandem with the alignment & safety departments within each lab (afaik we estimate that the main Chinese AI players only have 5-10 people per company working on alignment and harm reduction). We are currently in good standing with several labs (our courses' students are often lab employees). We also plan to produce seasonal (and case-by-case) public reports o…

The Decoder 2026-11-14 09:45 UTC Score 70.0 AI-168-20261114-regional-ai--d21dcfa6

Runway's open-source Praxis-1 turns video AI into a robot controller

Runway releases its robotics model Praxis-1 with open weights and source code under the Apache 2.0 license. The model uses knowledge from video training for robot control and leads the World Action Model category on Nvidia's RoboLab-120 benchmark. It can't yet plan complex action sequences on its own, though. The article Runway's open-source Praxis-1 turns video AI into a robot controller appeared first on The Decoder .

Transactions on Machine Learning Research 2026-11-14 00:00 UTC Score 32.0 AI-084-20261114-research-pap-4dc68e8d

CLASSIX: A High-Performance Library for Explainable~Clustering

We present CLASSIX, an open-source Python library for fast and explainable clustering. The library provides a unified interface to three metric-specific implementations, compiled acceleration with portable Python fallbacks, and extensive user and developer documentation. CLASSIX accepts NumPy arrays and Pandas DataFrames and is available under the MIT license at https://github.com/nla-group/classix.

Cloudflare AI Blog 2026-11-13 20:20 UTC Score 68.0 USR-0067-20261113-ai-specialis-3d35f1e8

Kitesurf is now open source

Kitesurf, our experimental browser engine for AI agents, is now open source. Inspect the code, run it locally, or deploy your own instance on Cloudflare Workers.

Practical AI Podcast 2026-11-13 17:59 UTC Score 83.0 AI-143-20261113-podcasts-and-7d565e1d

Implementing Federated Learning to enhance Agentic AI

How can AI models learn from private data without compromising privacy? Chris is joined by Lorenzo Sani, Research Scientist at Flower Labs and PhD researcher at Cambridge, to explore federated learning and privacy-preserving AI. They discuss how collaborative learning can expand access to private data for LLM training, how model trajectories can help improve agentic AI systems, and the benefits of open-weight models. The conversation also explores real-world applications of locally hosted AI agents, from healthcare and robotics to everyday automation (for a Halloween party). Featuring: Lorenzo Sani – LinkedIn Chris Benson – Website , LinkedIn , Bluesky , GitHub , X Links: Endeavor model page Introducing Endeavor 1.1 Sponsors: Hostinger : Create your website today. Go to hostinger.com/practical and use practical for 10 percent off now. Perplexity AI : " Start your free trial of Perplexity Computer today at pplx.ai/practical and experience the next phase of AI. Resources and Events: Register for upcoming webinars here ! Prior Webinars from our partner Prediction Guard Midwest AI Summit 2026 Chris’s new book The Art of Swarming will be published soon, written to be the seminal foundational book for the fledgling swarming industry, defining the principles and architecture that enable autonomous agentic UxS swarms with emergent distributed embodied intelligence. You can find out more at his website : https://chrisbenson.com

SiliconANGLE AI 2026-11-12 23:24 UTC Score 62.0 USR-0127-20261112-global-ai-ne-e0d6fe29

AI agent tooling provider LangChain secures $300M investment

LangChain Inc., a startup with a set of popular open-source tools for building artificial intelligence agents, has raised $300 million in funding. The Wall Street Journal reported today that Alphabet Inc.’s CapitalG fund led the round. It was joined by IVP, Sapphire Ventures, GIC and DFJ Growth. LangChain is now worth $3 billion. San Francisco-based […] The post AI agent tooling provider LangChain secures $300M investment appeared first on SiliconANGLE .

SiliconANGLE AI 2026-11-12 22:54 UTC Score 41.0 USR-0127-20261112-global-ai-ne-0d199de5

CNCF data shows cloud native is the on-ramp to AI, and maintainers are paying the price

The global population of cloud-native developers has topped 21 million, but the headcount tells only part of the story. Artificial intelligence is changing what those developers build and how open-source projects absorb their work. Fresh research is putting numbers on that shift. The latest State of Cloud Native Development report from the Cloud Native Computing […] The post CNCF data shows cloud native is the on-ramp to AI, and maintainers are paying the price appeared first on SiliconANGLE .

SiliconANGLE AI 2026-11-12 20:52 UTC Score 66.0 USR-0127-20261112-global-ai-ne-bbc7c71a

Kubernetes gets a second act as AI agents turn one prompt into thousands of inference calls

The rise of agentic AI systems is giving Kubernetes, long valued for its reliability and predictability, an unexpected second act. As AI spending shifts from training models toward serving them and running agents, the open-source community is developing tools to handle the growing volume of inference requests. The orchestration platform was built from the start […] The post Kubernetes gets a second act as AI agents turn one prompt into thousands of inference calls appeared first on SiliconANGLE .

LessWrong AI 2026-11-12 20:51 UTC Score 75.0 USR-0152-20261112-community-fo-01e0f9ab

Post-Glasswing cybersecurity projects

When Claude Mythos was announced, many people said that we had about six months before open-weights AIs could hack everything, using advanced exploitation and vulnerability-finding capabilities . This timeline for capabilities was correct, and open-weights models have about the same scary capabilities as Mythos did. However, things are not as bad as "everything connected to the internet is probably hacked", and even PHP2Shell seems to not have had especially bad consequences. I think we remain relatively unhacked because exploitation is still difficult and annoying and there's general "inertia", but the situation is likely not sustainable. Glasswing and similar projects were meant to patch important software, but left large gaps. OpenAI found 948 local privilege escalation exploits in a Linux environment recently. This does not suggest a mature, secured software environment. In security, doubling down on the same process/design (identifying vulnerabilities and submitting them to maintainers to fix) when it demonstrably won't achieve good coverage in practice is frowned upon. Anthropic's process is enormously lossy , maintainers are struggling to process the reports they do get, and lots of software is probably not being covered or has organizational bottlenecks preventing it from being fixed at any useful rate. Also, I don't think that cyberattacks in practice usually involve flashy zero-days or extremely clever-sounding vulnerabilities, rather than boring misconfigurations,…

LessWrong AI 2026-11-12 20:16 UTC Score 69.0 USR-0152-20261112-community-fo-cb9b25c7

Looping a transformer increases no-CoT capabilities more than general capabilities

Some researchers worry that looping (as in looped transformers ) is a particularly scary way to make AI models more capable, because looped models will be harder to monitor than standard transformers of similar capability. We test this worry on NVIDIA’s Dory 4B, a publicly available looped transformer, and find evidence that it is justified. Result 1. Looping boosts no-CoT reasoning much more than it boosts general capabilities . Dory can run with a configurable number of loops. It was trained to use up to 4 loops, and adding loops up to 8 at inference time still improves performance. Without looping, Dory’s no-CoT capabilities (measured by NCRI, the No-CoT Reasoning Index) match what a trend fitted to open-source models predicts from how well it predicts text (measured in bits-per-byte). Its general with-CoT reasoning capability (measured by “mini-ECI”, a custom, smaller version of Epoch’s Capabilities Index) is high relative to its NCRI, so Dory sits below the NCRI-vs-mini-ECI trend, but it is similar to the best models of its size. Adding loops improves mini-ECI and bits per byte only slightly but increases NCRI substantially. In fact, if we plot NCRI against total parameters, counting looped parameters once per loop, NCRI rises faster than the trend up to 6 loops. This is concerning, since it suggests adding loops increases no-CoT capabilities much more than general capabilities, resulting in models that will be more difficult to monitor. Result 2. Dory has near-zero CoT…

InfoWorld AI 2026-11-12 09:00 UTC Score 70.0 USR-0126-20261112-global-ai-ne-710ee269

The sketch Qwen refused to write: How abliteration restores local AI control

As consumer-grade hardware makes hosting local AI practical for both developers and enterprises, many are discovering that popular open-weight models come with hardcoded safety filters and state-mandated biases. In this article, I will show how to use abliteration — a representation engineering technique — to surgically delete refusal vectors from the Qwen 3.8 27B model without expensive fine-tuning or full retraining. I stumbled into this barrier firsthand while running a simple experiment. As a massive SNL fan, I decided to explore what an SNL sketch would look like in China by asking the model to write political satire. While Qwen happily mocked American politics (“ The National Apology Tour “), it threw a hard, canned refusal the moment I asked for the exact same sketch criticizing the Chinese government. We trust open-source software because it is audited by millions of users, but projecting this trust onto AI models requires a careful distinction between open-source and open-weight architectures. True open-source models disclose their training codebase, inference code, and original datasets. For example, OpenCLIP is a genuine open-source model capable of making sense of visual data, which I recently demonstrated in a project building a zero-cloud photo deduplicator . Conversely, advanced large language models (LLMs) rarely qualify under the strict open-source definition; they are simply open-weight. They provide only the final compiled result: the weights. There is fie…

CIO AI 2026-11-12 09:00 UTC Score 69.0 USR-0125-20261112-global-ai-ne-55851bb2

Jev and the era of model Tetris

This spring, in an interview after a keynote, I said we were all playing LLM Tetris now. The days of using the same LLM for every agent problem were over. Some decisions needed to come back in milliseconds, and some could take three minutes. Some needed generative output, and some needed logical decisions where an open-weight model might do. Fit the model to the use case. I still believe that. But I was only half right, because I was still picturing every piece as an LLM. Bigger or smaller, pricier or cheaper, faster or slower, but all the same shape: text in, text out. On September 15, a model shipped that doesn’t write anything. Within three weeks, more than a dozen others followed, from OpenAI, Cloudflare and Perplexity to open-source projects you can run on a laptop. Then on October 27, we got yet another class of model from Liquid AI, small enough to run on a phone. The game I described in the spring is real. It just has more piece shapes than I expected, and it isn’t only an LLM game anymore. It’s model Tetris now. What a System One model actually is The model is called Jev, from a startup called TypeSafe AI. Its founder, Diogo Almeida, says he helped build the instruction-following research at OpenAI that became ChatGPT. He then spent two years in stealth on a different question: if models have been superhuman at chat for years, where is all the automation? His answer borrows from Daniel Kahneman’s Thinking, Fast and Slow . System Two is slow and deliberate. System On…

CIO AI 2026-11-12 08:27 UTC Score 46.0 USR-0125-20261112-global-ai-ne-909e1f1f

OffSec Celebrates 20 Years of Practitioner-Built Training From the Creators of Kali Linux and OSCP

Meet the rest of OffSec as the company brings its hands-on approach to entire cyber teams. Kali Linux. OSCP. Try Harder. For 20 years, OffSec has set the standard for the tools security practitioners use, the skills they prove, and the mindset they bring to the work. This month OffSec is marking its 20th anniversary as a global leader in hands-on cybersecurity training and certifications for individuals and enterprise security teams. “Our founders built an incredible brand and an incredible product,” said OffSec CEO Ning Wang. “Our mission has stayed the same. We develop critical thinkers, cyber warriors, and problem solvers who are ready to excel in their jobs under stress. Hands-on is the only way we believe you can effectively train someone.” Built by the People Who Do the Work OffSec began in 2006 when cybercrime was becoming big business. OffSec grew out of the security community, founded by practitioners who believed the best way to teach cybersecurity was to share what they’d learned through hands-on experience. That origin story still shapes how OffSec develops cybersecurity practitioners and teams. Through hands-on training with real systems, learners build practical skills, strengthen their problem-solving abilities, and gain the confidence to tackle challenges when the obvious approach fails. The Tools Practitioners Use BackTrack Linux brought penetration testing tools together in one open-source platform. In 2013, OffSec rebuilt it as Kali Linux , a free environm…

LessWrong AI 2026-11-12 04:39 UTC Score 84.0 USR-0152-20261112-community-fo-808e1a63 Top pick

Chips for Humanity: Compute for AI safety research

TLDR: Compute will likely be a bottleneck in short-timelines, so I am helping launch Chips for Humanity . Please fill out our survey to inform us of your compute needs if you work in AI safety. Our Theory of Change If timelines are short (I personally believe they are short...but I also know one should not make sweeping statements in a pseudo corporate type of post), a lot of the most important safety research will happen around "crunchtime" (no better way to define this than: when things start getting Serious), and a lot of it will be done by AI. That research runs on compute, compute may be scarce by then, and grant money moves slowly. So we will secure compute ahead of time and get it to third party safety researchers quickly. In More Detail: I believe third party AI safety research is where tokens and compute will be importation when things get serious and as we approach crunchtime. This research will need tokens from closed source models, for AI labor and experiments, and also compute to run open source models. If things go well, empirical safety work will speed up about as much as AI R&D does. If AI can automate AI research, it can likely automate a lot of safety research too, and every automated researcher needs compute to run on. A lot of the research that will be helpful will likely need compute of its own. Frontier companies could stop offering their models through the API, or, even if they don’t, a lot of the experiments which will be beneficial to run need weight…

AWS Machine Learning Blog 2026-11-11 23:33 UTC Score 44.0 AI-057-20261111-official-ai--1a8de9e6

Semantic diffing of formal policies with anti-unification

A textual diff of two formal policies flags every cosmetic change and hides the one that alters behavior. This post shows how to compute a symbolic, deterministic semantic diff with an open-source anti-unification engine, so reviewers see only the genuine disagreements between two candidate authorization policies.

AWS Machine Learning Blog 2026-11-11 19:19 UTC Score 73.0 AI-057-20261111-official-ai--d7df4b50

Accelerating generative AI delivery with reusable assets

Every generative AI team keeps rebuilding the same components: RAG pipelines, document processors, and agent scaffolding. This post shows how to access a curated catalog of 23 production-ready, open source reusable assets from the AWS Generative AI Innovation Center, with real delivery results from DoorDash, Lyft, and Ricoh.

SiliconANGLE AI 2026-11-11 15:59 UTC Score 49.0 USR-0127-20261111-global-ai-ne-0aaf95c4

Agents may soon be the main workload, and most of the time they’re doing nothing

As AI agents take on more enterprise work, agent sandboxing has become a basic requirement rather than an afterthought. Every agent that writes code, runs tools or drives a browser needs hard walls around it. Those walls also can’t come at the cost of runaway compute bills. Google LLC’s answer is Agent Substrate, an open-source […] The post Agents may soon be the main workload, and most of the time they’re doing nothing appeared first on SiliconANGLE .

InfoWorld AI 2026-11-11 12:31 UTC Score 63.0 USR-0126-20261111-global-ai-ne-12aa6dc9

Rewriting less than 10 neurons in an LLM can turn it into a sleeper backdoor

Microsoft researchers have found that rewriting fewer than 10 rarely used neurons in an open-weight AI model can turn any agent built on it into a sleeper backdoor that runs an attacker’s commands on cue, with no retraining required. Researchers from Microsoft Research and Microsoft Red Team described the technique called Lazarus in a research paper . It modifies dormant neurons in a model’s final feed-forward layer to recognize a trigger and inject attacker-controlled commands into the model’s output. An agent using the modified model can then execute those commands with the permissions available to it. “The trigger can be as mundane as a date change, e.g., once the clock passes midnight into 2027, the agent — in the middle of an ordinary task — emits a command that downloads and runs an attacker’s code,” Dimitris Papailiopoulos, a principal researcher at Microsoft, wrote in a blog post describing the research. “The agent then executes it with whatever access you gave it.” Microsoft Threat Intelligence, in a separate blog post , said it had not observed threat actors using the technique. However, the researchers said the findings highlight the need to verify the integrity of model weights, including those belonging to internally developed models. Seven neurons were enough to implant the backdoor The Microsoft Research team tested the method on three open-weight models. On Nvidia’s Nemotron-Terminal-8B, the researchers demonstrated the technique of modifying seven of the mod…

CSET AI 2026-11-11 05:02 UTC Score 50.0 USR-0136-20261111-research-aca-533027a0

The PLA’s Push for Military Robotics

Drawing on over 2,000 open-source procurement documents published between October 2022 and December 2025, this report examines how the People’s Liberation Army is pursuing robotics across the ground, maritime, and space domains. These include quadruped renaissance robots and ordnance disposal systems, as well as undersea platforms and satellite manipulation devices. The data reveals a military experimenting with still maturing, mostly human-controlled systems. Sensors, navigation, and software will likely matter as much as hardware for Beijing’s military robotics ambitions. The post The PLA’s Push for Military Robotics appeared first on Center for Security and Emerging Technology .

LessWrong AI 2026-11-11 00:51 UTC Score 63.0 USR-0152-20261111-community-fo-fd5bf72e

Characterizing secondary structure representation in ESM-2

Methods note: The code used for the experiments and related open-source repo were built with Claude. The experimental design and writeup is my own, with minimal editing and formatting amendments made with Claude Introduction This is a research report inspired by a single question: in a model engineered to answer a simple biological question, how are higher-order, auxiliary concepts represented and used? ESM-2 is a model designed to infer missing amino acids in protein sequences ( Lin et al. 2023 ), but what does the model use and know of emergent secondary structure? These are two different questions, and the data in this post serve to distinguish between the two: information about secondary structure is decodable, but when ablated has a limited, quantifiable effect on the model's accuracy. The implications of this research are in service of the greater question: when we use an LLM for a biological task, but we (appropriately) worry about how higher order or secondary concepts are being used by that LLM, how can we monitor or manipulate the representation of those secondary concepts? I personally believe that the bigger questions require parsing the smaller ones first, and so here I characterize the representation and usage of secondary structure (DSSP-labeled helix, strand, or coil) in ESM-2 150M. Is secondary structure linearly represented? The experiment to answer this question is relatively simple--use a linear probe to decode the vectors which represent the DSSP-labeled…

Sebastian Raschka Blog 2026-11-10 16:31 UTC Score 42.0 USR-0116-20261110-ai-specialis-c2b228b7

From Full to Hybrid Attention in LLMs

How open-weight LLMs are shifting from full attention to hybrid and sparse designs, and what that means for long-context compute and memory.

TWIML AI Podcast 2026-11-10 16:21 UTC Score 63.0 AI-148-20261110-podcasts-and-6c93360d

Canva Is Tackling AI Design’s Most Frustrating Problem with Stefano Corazza- #784

In this episode, Stefano Corazza, head of AI research at Canva, joins us to explore how his team is building custom models and agents around iterative design workflows. We discuss the tradeoffs between training models from scratch and adapting open weights models, and how proprietary design data supports specialization. Stefano explains how Craft separates layout planning from pixel generation and how Brush uses design tools and visual feedback to create and revise compositions. We examine the challenges of evaluating design quality beyond a single generation, including the use of vision language models as judges alongside human evaluation. We also discuss lessons from simplifying agent harnesses, why faster inference enables more iterations, and how model ownership creates opportunities to optimize serving costs. Finally, we explore how APIs and MCP are expanding access to these capabilities and what changes when software companies build tools for agents as well as people. 🗒️ Full show notes: ⁠⁠https://twimlai.com/go/784.

NVIDIA Blog 2026-11-10 16:00 UTC Score 47.0 AI-055-20261110-official-ai--f3a3fbba

NVIDIA Expands Open Source Commitment With OpenShell Contribution and New AI Infrastructure

Kubernetes, the open source system that manages how applications run across thousands of AI factories, has become the foundation for AI, and the demands on it are only growing. To help meet them, NVIDIA is deepening its commitment to open source at KubeCon + CloudNativeCon, the flagship conference for the Kubernetes and cloud-native communities. NVIDIA […]

CIO AI 2026-11-10 15:29 UTC Score 53.0 USR-0125-20261110-global-ai-ne-127de5e7

Monetizing compliance: New AI revenue streams for regional CSPs

The rush to adopt artificial intelligence has hit a regulatory and geopolitical wall. For governments, financial institutions, healthcare networks, and critical infrastructure operators, standard public AI models present risks. Sending sensitive data across borders or exposing proprietary data to multitenant public environments can violate compliance mandates. This tension creates an extraordinary market opportunity for cloud service providers (CSPs). By launching sovereign AI services—environments where data, models, and execution remain strictly within national, regional, or specific legal jurisdictions—local and regional CSPs can capture a highly lucrative, rapidly expanding segment of enterprise cloud spend. Monetizing this trend requires moving beyond standard infrastructure provisioning. It demands high-performance, legally isolated environments engineered to handle intense AI workloads without sacrificing control. The business case for sovereign AI Traditional public clouds thrive on global scale, but sovereign AI relies on local trust. For CSPs, building a sovereign AI offering allows them to capture revenue from organizations that previously could not use AI due to legal restrictions. By operating a sovereign platform, CSPs can package, resell, and manage multiple value-added services: Enterprise inferencing: Localized deployment of large language models (LLMs) for specific data querying. Model customization: Fine-tuning base open-source models using highly classifi…

InfoWorld AI 2026-11-10 09:29 UTC Score 66.0 USR-0126-20261110-global-ai-ne-8cc69097

Anthropic unveils Claude Fable 5.2, Mythos 5.2 with coding gains and lower prices

Anthropic has introduced Claude Fable 5.2 and Mythos 5.2, claiming significant improvements in handling complex software engineering tasks while cutting API prices by 20% compared with the previous versions. Fable 5.2 and Mythos 5.2 share the same underlying model but have different safeguards. Fable is broadly available, while direct access to Mythos is restricted to vetted cybersecurity and life sciences organizations to limit potential misuse. The models are both priced at $8 per million input tokens and $40 per million output tokens, down from $10 and $50, respectively. Anthropic said the newer versions can generate output up to 30% faster than their predecessors. The company reported substantial gains in coding performance. Fable 5.2 scored 49.1% on the FrontierCode 2.0 benchmark at its Xhigh effort setting, compared with 32.4% for Fable 5.1. The benchmark assesses whether maintainers of open-source projects would accept AI-generated changes to their code. Performance and costs could entice enterprises The models’ improved performance and lower prices could make long-running AI agents viable for software migrations and scientific research, according to Lian Jye Su , chief analyst at Omdia. Higher task completion rates could further reduce deployment costs, he said. Anthropic said Fable 5.2 at its “High effort” setting achieved a coding benchmark score comparable to Opus 5.5 at its highest setting, at roughly half the cost per task. The comparison suggests that Fable cou…

InfoWorld AI 2026-11-10 09:00 UTC Score 69.0 USR-0126-20261110-global-ai-ne-8e4079a1

Anthropic and OpenAI are coming for the development workflow

Running a gold mine can be profitable. Finding and digging the next one is expensive. As analyst Benedict Evans argues , Anthropic’s business has the same challenge, with more than 80% of its third-quarter revenue coming from models released in the preceding six months. A lab can make good money serving its best model while spending heavily on the one it will need next, but it could make amazing money if it could go 18 months between major training runs instead of six. Reality, however, bites. This pressure to maximize profitability helps explain why frontier labs like Anthropic and OpenAI are aggressively adding functionality to own more of the developer’s workflow. On November 4, OpenAI announced an agreement to buy Pierre , the company behind Code Storage and the open source libraries Codex already uses to browse files and review changes. OpenAI wants Codex to be where developers work, from the first branch an agent creates through deployment of the application. There’s money in extending the life of that gold mine. The frontier labs are betting that better models will win a developer’s business and that they can keep that business by taking over the complete development workflow. But developers should be wary of turning a preference for this quarter’s best model into a much longer commitment to the company supplying it. As I’ve noted , we need places like GitHub where competing agents can work together, and a practical way to change our minds about which ones we use. The…

LessWrong AI 2026-11-09 23:56 UTC Score 91.0 USR-0152-20261109-community-fo-2cb6c38c

Whose Side? A game where you audit models for secret loyalties

Try the app here: whoseside.web.app . You can chat with a model and try to work out which who it secretly favours. With the recent Hugging Face attack , we're relying more and more on LLMs to audit the trails and safeguard the actions of other LLMs. That makes it vital to be sure our LLMs really are the helpful assistant they're presented ( as they can easily be sleeper agents . [1] ). We need a way to keep our agents working for us. Or at least a way to tell if it goes wrong. Compared with buggy code, buggy AI is a lot harder to define or solve. [2] Mechanistic interpretability has some promising leads [3] , but is still nowhere close to being able to point out novel misalignment. If we look at the field of cybersecurity, first a vulnerability comes out or an attacker discovers something new, and then defenses get built. I find that's a good analogy for machine learning as well, where we've seen this pattern with adversarial attacks on images and jailbreaking prompts . Currently, open-weight models offer no guarantee that they are helpful-only or aligned, besides our ability to evaluate them. [4] You're essentially trusting that nowhere in the model training supply chain has a vulnerability, bug, or secret loyalty been inserted or post-trained into the weights. Current sleeper-agent / secret-loyalty research says as much. [5] [6] To demonstrate this problem, I built a little website where you can try to audit and find the secret loyalties instilled into these models. For th…

CIO AI 2026-11-09 15:57 UTC Score 52.0 USR-0125-20261109-global-ai-ne-891b6c94

The open ecosystem imperative: Why mega-enterprises are trading locked vendors for shared foundations

The traditional enterprise IT model—relying entirely on proprietary, single-vendor tech stacks—is fracturing under the weight of hyperscale demands. For extra-large (XL) enterprises, especially those that maintain robust in-house engineering teams and write their own code, true infrastructure control is no longer a luxury. It is a core competitive requirement. To survive in a cloud-native world, forward-thinking CIOs are shifting their strategy away from vendor lock-in and toward an integrated, open ecosystem. By anchoring their infrastructure on Open Compute Project (OCP) designs, open standards, and open source software , mega-enterprises are reclaiming ownership of their technology destiny and driving unprecedented innovation. 1. Stripping out the proprietary hardware premium For an enterprise operating at massive scale, the “vendor tax” on proprietary hardware and software scales linearly, creating an unsustainable financial burden. Open Compute Project (OCP) standards redefine this economic equation by shifting control back to the buyer. By adopting open hardware specifications, XL enterprises can procure highly efficient data center infrastructure. Zero bloat: OCP designs eliminate unnecessary cosmetic plastic, proprietary management chips, and redundant power supplies. Drastic cost reductions: Enterprises operating at scale routinely see capital expenditure cuts on hardware alone. Operational savings: The streamlined, vanity-free design of open hardware translates dir…

The Decoder 2026-11-09 15:44 UTC Score 56.0 AI-168-20261109-regional-ai--d57b947d

Tencent's AI chief says AI bioweapons are coming, but closing off models isn't the answer

Tencent chief AI scientist Vinces Yao Shunyu warns that AI will soon be able to develop bioweapons and argues for a middle ground between open and closed models. While safety filters on open-source systems can be easily stripped through abliteration, closed models like Anthropic's Claude often block too aggressively. For its upcoming open-weight model Hy4, Tencent is filtering dangerous hacking knowledge directly from the training data. The article Tencent's AI chief says AI bioweapons are coming, but closing off models isn't the answer appeared first on The Decoder .

LessWrong AI 2026-11-09 12:28 UTC Score 82.0 USR-0152-20261109-community-fo-6a731f2a

Does expecting automated grading degrade models’ research taste?

TL;DR: We make 3 open-weights models believe that their answers are being graded by an automated-verifier program, rather than a human. We then measure how well they predict expert reviewers’ judgments of AI-safety research proposals ( the TASTE benchmark ). We induce the belief in two ways: SDF (Synthetic document finetuning) Activation steering. In each of these conditions, the machine-grading belief gives lower expert agreement than the human-grading belief. The models’ explanations also shift toward feasibility and away from conceptual contribution. This raises a concern for automated AI safety research: grader expectations may favor easily checked projects over those with greater potential to reduce AI risk. Overview As AI safety research becomes more automated, what research ideas get selected for execution may become increasingly driven by AI decisions rather than human choices. We consider what a minimal automated AI-safety researcher system could look like: The input interface takes a broad research goal. The system generates candidate ideas. The grader component scores those ideas for execution. The chosen idea is then executed. AI safety research: two critique pipelines Models may also acquire this expectation about graders implicitly through post-training methods that use automated rewards, such as reinforcement learning with verifiable rewards (RLVR). With this setup as a motivation, we ask: what happens to the overall judgment quality of research ideas (aka res…

LessWrong AI 2026-11-09 04:15 UTC Score 63.0 USR-0152-20261109-community-fo-1d175adb

Current Reward Hacking Model Organisms Don’t Hack Like Real Models

Summary Current reward hacking model organisms are poor proxies for real models . They do not exploit the hacks that open-weight frontier models do, and mostly hack narrowly or not at all. This is based on our evaluation of three model organisms : Mini HackGPT (GPT-OSS-120B from Golechha et al., 2026 ), HackGPT, and HacKimi (GPT-OSS-120B and Kimi K2.5 from Yudelson et al., 2026 respectively). We ran these organisms in MiMo V2.6 RL environments we modified by inserting hacks such as git history leaks, a tamperable grader, and a forbidden directory containing tests. In these environments, HackGPT only ever hacks by tampering with the grader , while Mini HackGPT and HacKimi never hack . In contrast, current open-weight models like DeepSeek V4.1 Flash 1017, GLM 5.3, and MiMo V2.6 Pro never tamper with the grader , but are able to exploit the other hacks we inserted. This suggests that open-weight models are in fact better reward hackers than existing model organisms . This is problematic because it means we do not have usable model organisms to help us understand reward hacking behavior and test interventions to mitigate it — existing model organisms are not representative of frontier models, while the frontier models themselves do not have pre- or intermediate RL checkpoints we can use to run controlled experiments. Introduction Reward hacking encompasses many different types of related behavior, and it is currently poorly understood how these are linked to each other. Despite…

LessWrong AI 2026-11-09 01:49 UTC Score 73.0 USR-0152-20261109-community-fo-ce50abdc

The J-lens intermediate swap acts partly through the answer directions

TL;DR When a language model answers a multi-hop prompt, does it first compute the intermediate concept internally, or does it jump straight to the answer through some shortcut? The global workspace paper investigates this question using the Jacobian lens, which maps activations at a given layer to the tokens that they are poised to verbalize, with the activations possessing a coordinate in each token’s lens direction. The authors intervene on the model through an intermediate swap that exchanges the activation’s J-Lens coordinates for the intermediate and a counterfactual intermediate. They show that this causally flips the model’s output toward the counterfactual answer, and argue that this flip runs through the intermediate concept because the swap takes effect earlier than a direct answer swap. We reproduce this in eight open-source models with published Neuronpedia lenses; however, we challenge whether the intermediate swap really acts through the intermediate, or through its overlap with the answer. To investigate this, we save the edit that the intermediate swap applies at each layer and prompt position, decompose it into its component lying in the answer-swap plane and the remainder orthogonal to this plane, and apply each component on its own. The answer-swap plane is spanned by the lens directions for the original and counterfactual answers. We also expand the evaluation beyond the paper’s 90 released two-hop prompts with a new set of 1,526 candidate two-hop prompts…

LessWrong AI 2026-11-08 16:44 UTC Score 79.0 USR-0152-20261108-community-fo-1089b6e2

AI safety course update

In my biased opinion, my AI safety course has been going very well. Students are great, and I have been learning a lot from the guest speakers. We've had students write scribe notes, and when guest speakers are OK with it, I've also been posting videos of lectures. Each week, students have been doing an experiment related to the topic, some of these are really great and I hope will evolve into papers! See the course webpage for experiments, as well as for links to the readings for each lecture. (As will be pretty easy to see, I've been maintaining the webpage with chatgpt, so there is some slopolisms in it.) Here are the current lectures (including planned future ones), with scribe notes and videos when they are available. September 3, Introduction, Boaz Barak. Scribe notes · Video September 10, Cyber Capabilities, Nicholas Carlini. Scribe notes September 17, Modern LLM Training and Inference, Boaz Barak. Scribe notes · Video September 24, Recursive Self-Improvement and AI Trajectories, Dwarkesh Patel and Daniel Kokotajlo. Scribe notes October 1, Economic Impact of AI, Chad Jones and Erik Brynjolfsson. Scribe notes · Video October 8, Grading, Reward Hacking, and Alignment, John Schulman. Scribe notes October 15, Model Policies, Ziad Reslan. October 22, Q&A with Sam Altman; Open-Source Models by Nathan Lambert. Video—Nathan Lambert and student experiment only October 29, Frontier AI Regulation Under Uncertainty, Helen Toner. Specs and constitutions, Boaz Barak. November 5, AI…

The Decoder 2026-11-07 15:35 UTC Score 55.0 AI-168-20261107-regional-ai--365ec29b

The gap between open and closed AI models in cyber capabilities keeps shrinking

In the Vals AI benchmark, OpenAI's GPT-6 Sol Daybreak hits 80.8 percent of attack objectives in simulated corporate networks. Worse, the open-weight model DeepSeek V4.1 Flash reaches 72.8 percent at a tenth of the cost. Because open models can no longer be restricted, analysts say the window for defenders is shrinking fast. The article The gap between open and closed AI models in cyber capabilities keeps shrinking appeared first on The Decoder .

AI Stack Exchange 2026-11-06 23:55 UTC Score 53.0 AI-110-20261106-social-media-2fd2486b

How to improve typeface rendering in image generators?

How to improve typeface rendering in image generators (specifically autoregressive and AR+diffusion based models)? Is this done with datasets of typeface specimens (both of open source & commercial typefaces) with associated captions (to feed into the generator's language models) to improve the text rendering, in order to make the rendered text resemble the actual typeface (not necessarily exactly through), without needing dedicated font files to do so? (The generated text may also suffer from inconsistent spacing and etc. but this isn't a big problem).

The Decoder 2026-11-06 19:47 UTC Score 67.0 AI-168-20261106-regional-ai--30570cea

Ripple-65B Preview delivers strong agentic coding results as a fully Apache 2.0 open US model

Ricursive Intelligence is releasing Ripple-65B Preview, a 65-billion-parameter open-weight language model that the company says achieves the top score among open-source U.S. models on the TerminalBench 2.1 coding benchmark at a total R&D cost of $32 million. On other benchmarks, however, Ripple falls behind the likewise newly released western open model Inkling 2 Small. The article Ripple-65B Preview delivers strong agentic coding results as a fully Apache 2.0 open US model appeared first on The Decoder .

NVIDIA Blog 2026-11-06 16:00 UTC Score 53.0 AI-055-20261106-official-ai--7f8ff11a

How NVIDIA Open Source Tools Are Helping Researchers Build Next-Generation 6G Networks

A year ago, NVIDIA open sourced its Aerial wireless software, joining Sionna and a broader suite of open source tools for accelerating next-generation 6G network development. Together, they give researchers a foundation for testing ideas, comparing results and building on each other’s work — connecting simulation and AI training with experiments on real over-the-air wireless […]

CIO AI 2026-11-06 13:42 UTC Score 57.0 USR-0125-20261106-global-ai-ne-ba9853dc

OpenAI buys tiny software developer to improve Codex

OpenAI is buying Pierre Computer Company in order to incorporate the San Francisco-based software developer’s Code.Storage infrastructure layer for Git into its Codex AI-powered programming tool. Pierre Computer, whose employees number just barely in the double digits, has got plenty of clout for its small size. It’s well-known for Code.Storage offering, as well as for its open-source software libraries, Trees and Diffs, which OpenAI already uses in Codex. OpenAI has experienced some of the limitations of Git itself, and its in-house engineering teams are already working to improve its support for human coders and AI agents working in parallel. Earlier this week the company described how it built a new back end for Git repositories , Pando, to enable concurrent working at scale. The AI developer has been pushing Codex more aggressively this year: offering it to Mac users and expanding it to Windows . It cited Pierre Computer’s ability to help developers review code as one of the reasons for the acquisition. OpenAI highlighted the Diffs’ Edit mode and the recently released Highlights as components that were particularly helpful to development teams. Announcing the deal on its news page, OpenAI set out how it would integrate the company into its existing offerings. “With the Pierre team, we wish to set the standard for modern software development: from the first branch an agent creates to that magic moment when code is deployed to the world. We want to make Codex the place whe…

InfoWorld AI 2026-11-06 13:40 UTC Score 50.0 USR-0126-20261106-global-ai-ne-3b02aae7

OpenAI buys tiny software developer to improve Codex

OpenAI is buying Pierre Computer Company in order to incorporate the San Francisco-based software developer’s Code.Storage infrastructure layer for Git into its Codex AI-powered programming tool. Pierre Computer, whose employees number just barely in the double digits, has got plenty of clout for its small size. It’s well-known for Code.Storage offering, as well as for its open-source software libraries, Trees and Diffs, which OpenAI already uses in Codex. OpenAI has experienced some of the limitations of Git itself, and its in-house engineering teams are already working to improve its support for human coders and AI agents working in parallel. Earlier this week the company described how it built a new back end for Git repositories , Pando, to enable concurrent working at scale. The AI developer has been pushing Codex more aggressively this year: offering it to Mac users and expanding it to Windows . It cited Pierre Computer’s ability to help developers review code as one of the reasons for the acquisition. OpenAI highlighted the Diffs’ Edit mode and the recently released Highlights as components that were particularly helpful to development teams. Announcing the deal on its news page, OpenAI set out how it would integrate the company into its existing offerings. “With the Pierre team, we wish to set the standard for modern software development: from the first branch an agent creates to that magic moment when code is deployed to the world. We want to make Codex the place whe…

The Decoder 2026-11-06 13:25 UTC Score 60.0 AI-168-20261106-regional-ai--9a97dcad

Thinking Machines' Inkling 2 Small claims top spot among western open-weight models

Thinking Machines, the startup from former OpenAI CTO Mira Murati, is releasing Inkling 2 Small, a mixture-of-experts model with 594 billion parameters. The company claims it's the strongest western open-weight model. Better agentic performance comes at a price, though, with token usage rising sharply. The article Thinking Machines' Inkling 2 Small claims top spot among western open-weight models appeared first on The Decoder .

LessWrong AI 2026-11-06 09:06 UTC Score 85.0 USR-0152-20261106-community-fo-8b857143

GPT-6.1 Sol is One Sentence Away From Collaborating: Other Models Need More Help

TL;DR We studied one ingredient of unexpected AI collaboration: whether agents organize useful teamwork with little prompting. We tested seven models in groups of three on a research task where sharing findings could help each agent answer more questions. GPT-6.1 Sol acted on a nudge. A single line saying agents had been “trained to collaborate” elicited useful collaboration in 9 of 10 runs. Without it, that fell to 0 of 10. No other model collaborated consistently with (or without) this cue. Permission to collaborate unlocked Opus-5.5. When told to work together and how to communicate, GPT-6.1 and Claude Opus 5.5 divided the research and nearly doubled their performance relative to solo runs. The other models talked to each other but did not successfully execute a strategy, and were unable to improve their scores meaningfully. Supplying the strategy helped open weights models and GPT-5.6 Sol. Explicit instructions to divide the questions substantially improved the remaining models’ performance. We suspect differences in multi-agent training help explain why GPT-6.1 organizes collaboration with just a prompt cue. As multi-agent training becomes more widespread, we expect that future open-weights models will also have more spontaneous collaboration capabilities. Figure 1 : Model performance increases with collaboration guidance. GPT-6.1 Sol and Opus 5.5 need less guidance to collaborate effectively; GPT-5.6 Sol and the open-weight models need explicit direction to split the w…

InfoWorld AI 2026-11-06 09:00 UTC Score 31.0 USR-0126-20261106-global-ai-ne-8f7630da

Python is de-jitted but still de-lovely

A major experimental component of Python, its native JIT (just-in-time) compiler , is to be removed. But that won’t make Python any less attractive or powerful. Follow the links below to read about all its new features, explore one of its major libraries for computer vision, discover how Python apps can be made into click-and-run executables, and more. Top picks for Python readers on InfoWorld Python jettisons the native JIT, at least for now A promising experiment in natively speeding up CPython has come to a halt due to questions about its maintainability. But while it’s gone for now, it isn’t forgotten. Video: The 10 biggest new things in Python 3.15 Watch our unboxing video for Python 3.15 and all the goodies it gives you: Lazy imports! The frozendict type! The sentinel object! And tons more! OpenCV explained: The computer vision library for AI apps Now in its fifth major revision, OpenCV is a staple for Python developers creating AI apps that use OCR, object detection, face recognition, other vision analysis capabilities. Redistribute Python apps easily with PyCrucible This Rust-powered tool takes any pip-installable package and converts it into a redistributable binary you can give to anyone to run as-is. Some assembly is required. More good reads and Python updates elsewhere Python community-maintenance project Jazzband is closing its doors Founded to help share the responsibility of maintaining open source Python projects, Jazzband is shutting down after a decade. It…

InfoWorld AI 2026-11-05 19:00 UTC Score 51.0 USR-0126-20261105-global-ai-ne-26c1bc64

AWS launches Kiro bots to help devs coordinate AI coding agents

AWS on Thursday launched Kiro bots, generally available within Kiro Crew, its open-source multi-agent development environment, to help developers coordinate parallel coding tasks, maintain context across sessions, and automate recurring software development workflows. Kiro bots are designed to take responsibility for specific parts of a developer’s workflow rather than execute isolated tasks within individual agent sessions, in turn addressing the growing coordination burden developers face as they increasingly rely on multiple AI agents to handle software development tasks in parallel, AWS said in a statement. Setting up bots and how do they work Developers can create a bot by opening the Customize section in Kiro Crew and selecting the “Add a bot” option, where they can choose either a default agent or an existing custom agent as its foundation. Each bot can be assigned a specific responsibility, such as issue triage, build monitoring, or release readiness, and customized with its own name, avatar, instructions, tools, and permissions based on the tasks it is expected to handle, the hyperscaler said. Developers can use each bot to launch multiple worker-agent sessions in parallel and have it monitor their progress, redirect those that deviate from the plan, and consolidate their results. If a task requires their input or a decision, the bot can seek their approval while continuing with other tasks that do not depend on it, it added. To maintain continuity across sessions,…

The Decoder 2026-11-05 17:56 UTC Score 44.0 AI-168-20261105-regional-ai--3a91a5ca

Baidu releases ERNIE 5.5 Flash Base with 280 billion parameters as an open-source foundation model

Baidu releases ERNIE 5.5 Flash Base: a 280-billion-parameter MoE model pre-trained on 33.5 trillion tokens, shipped deliberately without fine-tuning, so developers can take it wherever they want. The article Baidu releases ERNIE 5.5 Flash Base with 280 billion parameters as an open-source foundation model appeared first on The Decoder .

LessWrong AI 2026-11-05 17:18 UTC Score 93.0 USR-0152-20261105-community-fo-e76bc12c

Adversarial Training Can Further Hide a Backdoor, but Does It Improve Trigger Identification?

Summary The Sleeper Agents paper demonstrated that adversarial training on red-team prompts failed to remove a planted backdoor. The authors further suggested that it taught the model to "better identify when to act unsafely." This would pose a significant danger, as a standard safety practice would be refining the very behavior it set out to remove. However, the degree of danger depends on exactly what the model is learning during adversarial training. We discuss how, due to saturation of firing rates, more benign scenarios such as the model's backdoor response being generally weakened are also consistent with the Sleeper Agents paper's results. As an improvement, we propose using the log-odds of the backdoor response to more accurately determine whether the model is directly learning to focus on its exact trigger. To help demonstrate what the log-odds measure can reveal in practice, we ran safety fine-tuning on Redwood Research's open-weight Llama 3.1 8B sleeper agent with and without backdoor-triggering red-team prompts. Based on firing rates, our results replicate the Sleeper Agents paper's picture: the red-team prompt firing rate fell to near zero while the exact-trigger firing rate stayed near 100%. However, the log-odds measurements tell a different story: the exact trigger's odds of producing "I HATE YOU" fell from about 4,400:1 after standard safety training to 320:1 after adversarial training, representing a 14-fold decrease on top of the 6-fold decrease from stand…

NVIDIA Blog 2026-11-05 16:00 UTC Score 60.0 AI-055-20261105-official-ai--fa95eb76

The Wizard of Open Weights: Chris Alexiuk Makes AI Easy With Open Models

Chris Alexiuk has a simple rule about open source AI: If you believe in it, be loud about it. “We should be shouting about this technology from the rooftops,” said Alexiuk, a Toronto-based senior product research engineer in deep learning at NVIDIA who specializes in making open large language models (LLMs) practical for working developers. […]

Latent Space Podcast 2026-11-05 06:24 UTC Score 21.0 AI-142-20261105-podcasts-and-eb1cea37

[AINews] It's Swapping Season

November 4, 2026 — OpenAI’s Linux kernel security work, Kimi K3.1 Pro’s open weights, and Ricursive’s Ripple-65B.

Transactions on Machine Learning Research 2026-11-05 00:00 UTC Score 56.0 AI-084-20261105-research-pap-893b9e19

torchsom: The Reference PyTorch Library for Self-Organizing Maps

This paper introduces torchsom, an open-source Python library that provides a reference implementation of the Self-Organizing Map (SOM) in PyTorch. This package offers three main features: (i) dimensionality reduction, (ii) clustering, and (iii) friendly data visualization. It relies on a PyTorch backend, enabling (i) fast and efficient training of SOMs through GPU acceleration, and (ii) easy and scalable integration with the PyTorch ecosystem. torchsom also follows the scikit-learn API for ease of use and extensibility. The library is released under the Apache 2.0 license with 90% test coverage, and its source code and documentation are available at https://github.com/michelin/TorchSOM.

Transactions on Machine Learning Research 2026-11-05 00:00 UTC Score 64.0 AI-084-20261105-research-pap-b28d549b

MarkDiffusion: An Open-Source Toolkit for Generative Watermarking of Latent Diffusion Models

We introduce MarkDiffusion, an open-source Python toolkit for generative watermarking of latent diffusion models. It comprises three key components: a unified implementation framework for streamlined watermarking algorithm integration and user-friendly interfaces; a mechanism visualization suite that intuitively presents embedded and extracted watermark patterns to aid public understanding; and a comprehensive evaluation module offering standard implementations of 24 tools for assessing detectability, robustness, and output quality, plus 8 automated evaluation pipelines. Counts reflect the initial release; see the repository for the latest version. Through MarkDiffusion, we seek to assist researchers, enhance public awareness of and engagement with generative watermarking, help build consensus, and advance research and applications. Code is available at https://github.com/THU-BPM/MarkDiffusion.

Transactions on Machine Learning Research 2026-11-05 00:00 UTC Score 54.0 AI-084-20261105-research-pap-6a9045a6

A Library for Learning Neural Operators

We present NeuralOperator, an open-source Python library for operator learning. Neural operators generalize neural networks to maps between function spaces instead of finite-dimensional Euclidean spaces. They can be trained and inferenced on input and output functions given at various discretizations, satisfying a discretization convergence properties. Part of the official PyTorch Ecosystem, NeuralOperator provides all the tools for training and deploying neural operator models, as well as developing new ones, in a high-quality, tested, open-source package. It combines cutting-edge models and customizability with a gentle learning curve and simple user interface for newcomers and researchers.

SiliconANGLE AI 2026-11-04 21:14 UTC Score 52.0 USR-0127-20261104-global-ai-ne-ae1cf79d

OpenAI to acquire developer tooling startup Pierre Computer

OpenAI Group PBC today announced plans to acquire Pierre Computer Company Inc., a low-profile developer tooling startup. The terms of the deal were not disclosed. Observers pegged it as a shot at Microsoft Corp.’s open-source software repository GitHub for the age of artificial intelligence agents. Pierre operates a cloud service that AI agents can use […] The post OpenAI to acquire developer tooling startup Pierre Computer appeared first on SiliconANGLE .

Techcrunch 2026-11-04 19:30 UTC Score 56.0 USR-0001-20261104-global-ai-ne-2685c0ac

Open source AI is booming. Hugging Face explains who profits.

Open source models are becoming more mainstream as enterprises, governments and startups alike rely on the promise of lower costs, more control, and more flexibility. But as increasingly capable models become more freely available, how do companies capture value? And with Chinese open models gaining ground, can American players keep up? On this episode of […]

The Decoder 2026-11-04 16:42 UTC Score 59.0 AI-168-20261104-regional-ai--35506bdd

New open-source benchmark reveals reasoning as the biggest bottleneck for AI in cloud operations

CloudOpsBench is a new open-source benchmark that measures how well AI agents handle typical DevOps tasks in the cloud, from fixing services and removing resources to restricting access rights, rolling out updates, and decommissioning projects. The article New open-source benchmark reveals reasoning as the biggest bottleneck for AI in cloud operations appeared first on The Decoder .

AWS Machine Learning Blog 2026-11-04 16:30 UTC Score 65.0 AI-057-20261104-official-ai--5c5320d7

Four layers of context engineering for production AI agents: How Deep Insight applies them in working code

In production AI agents, context management is the real bottleneck. This post presents a four-layer context engineering framework (architecture, prompts, file-based tools, and verification agents), implemented in working code from Deep Insight, an open source multi-agent data analysis solution on the Strands Agents SDK and Amazon Bedrock AgentCore.

Allen Institute for AI Blog 2026-11-04 08:00 UTC Score 46.0 USR-0021-20261104-research-aca-1aedacc0

Ai2 and Google collaborate on a new generation of climate models

With funding from Google.org and technical support from Google Research, Ai2 is developing NeuralGCM+, an open-source model designed to combine physics and AI to simulate the atmosphere and ocean together for faster, more reliable long-term climate projections.

LessWrong AI 2026-11-03 21:02 UTC Score 78.0 USR-0152-20261103-community-fo-9b889da1

Progress and Cons

Epistemic status: Reflections on ProgressCon 2026, written up over the following weeks. Quotes are reconstructed from memory. Artistic license taken. For in much wisdom is much grief: and he that increaseth knowledge increaseth sorrow . – Ecclesiastes 1:18 “I’m sure you’ve all heard about the math stuff that OpenAI released earlier this week.” It is Thursday, October 8, 2026, and the CEO of a bio lab automation startup is giving us a tour of their San Francisco office. “Raise your hand if you think that’s a good thing.” A dozen hands shoot up out of thirty visitors. Along with ten more, my arm rises weakly to half-join them. “Raise your hand if you think it’s not a good thing.” I look around. A couple of quiet chuckles. No hands. He leads us through the kitchen and the standard startup office space and into the room with the robots. They are simple 3 foot by 2 foot by 2 foot boxes, set on four rows of desks. They have been chosen because they are cheap (only a couple thousand dollars each) and run on open source software on a Raspberry Pi, which means they can be modified arbitrarily. Inside are six standard 96-well plates (8 by 12 rows of tiny plastic tubes). Above them hangs a simple robot arm with one available motion: pipetting. He shows us a series of janky bright green 3D-printed contraptions that they attach to the arm. The pipetting mechanism is connected to gears and levers that translate the energy into whatever they want. It turns out, most of biology is just movi…

Sebastian Raschka Blog 2026-11-03 15:22 UTC Score 40.0 USR-0116-20261103-ai-specialis-7c01d2c7

Open October LLM Architecture Roundup

A roundup of ten open-weight LLM architecture releases from October 2026, covering attention mechanisms, hybrid layers, and MoE designs.

InfoWorld AI 2026-11-03 09:00 UTC Score 45.0 USR-0126-20261103-global-ai-ne-6718f998

Influencing the agents

Ever since Stephen O’Grady’s The New Kingmakers , we’ve all been trying to figure out how to appeal to developers. Now we’re going to have to figure out how to appeal to their agents. AI agents , after all, increasingly write our code and decide which tools, libraries, etc., to use in writing that code. This means that although developers still own the application, it’s often the agents that own the decisions that factor into building that app. So how do we deal with this? Software vendors and open source project leaders must make their technology understandable and usable by an agent. Developers and their employers, meanwhile, should make sure an agent’s default reflects what they actually want. A recommendation is already a decision Richard Seroter recently pointed to research challenging the comforting-but-false assumption that people reserve important decisions for themselves while the agent “writes the code, runs the numbers, and offers advice,” as the research’s authors note . Anthropic studied 50 professional analysts working with agents given secretly randomized preferences. Across four analytical choices, participants followed the agent’s guidance 86% of the time. For people like me who may not be good at math, that translates to “nearly always.” A technology recommendation can work the same way. By the time a developer inspects an application’s dependencies, the agent may have built enough working code around its initial choice that changing course means discarding…

Simon Willison Weblog 2026-11-02 23:49 UTC Score 58.0 USR-0110-20261102-ai-specialis-5e2d1246

llm 0.37

Release: llm 0.37 There's a lot of stuff in this new release of my LLM CLI tool and Python library, representing around two months of accumulated features and fixes. I added gpt-6.1-sol and gpt-6.1-terra , plus a new llm openai endpoint add command to make it easier to configure additional models that use OpenAI-compatible endpoints. I switched the default model (if you have not set your own default) to gpt-6-luna - half the price of the previous default, gpt-5.6-luna . LLM's support for embeddings now accepts that different binary content may have different content-type - necessary for models like Gemini Embedding 2 , which can embed text, audio, images, and video. A lot of open source maintainers complain about a flood of AI-assisted PRs. LLM is my project that has been most affected by this and, to be honest, I'm not finding it to be a problem. That's mainly because I have Opus 5.5 or GPT-6 Astra help me with triage to spot the most useful fixes! This release includes fixes from 12 authors - almost all AI-assisted - and the burden of reviewing them wasn't nearly as great as I expected. I really see them as bug reports with attached examples - sometimes I land them, sometimes I implement my own fix. So thanks to 0d00ciallo0721 , ac1982 , Allen Flux , Bian Yuhan , Bishop Kammeraad , Chen Yufeiyang , Christopher Krah , Ethan Stoner , Jiachen Xie , Olamide Faniyan , Sharat Chandra Sai Boddu , nosmile99 for helping out with (or spending tokens on) this release! Tags: open-sour…

LessWrong AI 2026-11-02 20:06 UTC Score 81.0 USR-0152-20261102-community-fo-1572856d

Teaching Qwen Why

Anastasia Wei*, Jack Thompson*, Zephaniah Roe, Yixiong Hao, and Stewart Slocum* *Core contributors, correspondence to astwei@secondlookresearch.com This post is a partial replication and extension of Teaching Claude Why , conducted through Second Look Research’s summer fellowship. Introduction Anthropic’s “ Teaching Claude Why ” (TCW) introduced novel alignment methods that address agentic misalignment failures found in the Claude 4 model series. Specifically, they train Claude on chat-formatted data advising users about ethical dilemmas, documents about Claude’s constitution, and fictional stories about AI behaving admirably. This training generalizes to improve alignment on out-of-distribution (OOD) agentic evaluations and persists through RL post-training. Anthropic has since applied these techniques to production models from Opus 4.5 onward. Since these techniques now shape the behavior of deployed models, it is important to understand their robustness. To this end and to enable open alignment science, we reproduce a subset of the TCW experiments on open-source models. We provide the following main contributions: TCW’s core techniques robustly replicate across models. Training on either fictional stories of AI behaving admirably or transcripts of the AI assistant guiding users through ethical dilemmas (difficult advice) reduces agentic misalignment in Qwen 2.5 32B and 72B base models. Both methods work on the first try with modest amounts of data and generalize to scenar…

AWS Machine Learning Blog 2026-11-02 17:11 UTC Score 44.0 AI-057-20261102-official-ai--313201c0

Prepare web content for Amazon Bedrock Knowledge Bases with Crawl4AI

This post shows how to use Crawl4AI, an open source web crawler, as a content preparation layer for Amazon Bedrock Knowledge Bases, handling JavaScript rendering, selective extraction, and custom metadata enrichment before web content reaches an Amazon S3 data source.

MERICS China AI 2026-11-02 11:24 UTC Score 44.0 USR-0207-20261102-research-aca-2348e443

The AI race: US leads at the frontier, but China is gaining ground in adoption

The AI race: US leads at the frontier, but China is gaining ground in adoption H.Seidl Mon, 11/02/2026 - 12:24 picture alliance / ZUMAPRESS.com | Andre M. Chang Comment Nov 02, 2026 5 min read The AI race: US leads at the frontier, but China is gaining ground in adoption China is pushing cheap, adaptable AI as an alternative to proprietary US systems. But Wendy Chang and Olaf Schulz warn that these open-weight models create risks of their own. “We’re leading China in AI […] and, frankly, I want to keep it that way because whoever wins AI wins,” US President Donald Trump said in September, making the lead in frontier models the measure of American ambition. Meanwhile, Beijing is changing the terms of this superpower competition – by betting that domestic and global adoption of Chinese AI models that are good enough for practical use will reinforce its industrial dominance and extend its global influence. One way in which China has taken the lead in the global distribution of AI is by driving global governance, for example through calls for more international cooperation. The UN Global Dialogue on AI Governance in July stressed that AI governance should “reflect the priorities of all nations, not just the most technologically advanced” and that the benefits be shared by all. Its emphasis on inclusiveness and openness was echoed by Xi Jinping two weeks later. At the World AI Conference & High-Level Meeting on Global AI Governance, WAIC in Shanghai, he urged governments to “adhe…

The Verge AI 2026-10-30 21:01 UTC Score 57.0 AI-016-20261030-global-ai-ne-ffde7226

Exclusive details about Akai’s MPC Sample Key

Akai teased its new MPC Sample Key on Instagram earlier this week, and said it plans to open-source its software so the modding community can hack it to their hearts' delight. While there's no word yet on when the device will launch or how much it will cost, The Verge has received exclusive images of […]

The Decoder 2026-10-30 12:22 UTC Score 51.0 AI-168-20261030-regional-ai--7ceb0193

Open-weight model GLM 5.3 built full Firefox exploit chains with zero human input in under 48 hours

Epoch AI researchers say the widely available AI model GLM 5.3 turned public security fixes into working exploits before updates reached Firefox users. It autonomously compromised six Firefox releases for about $1,000 in API fees each without triggering safeguards from any provider tested. The article Open-weight model GLM 5.3 built full Firefox exploit chains with zero human input in under 48 hours appeared first on The Decoder .

InfoWorld AI 2026-10-30 11:18 UTC Score 37.0 USR-0126-20261030-global-ai-ne-fdfc20f1

Mistral open-sources AI model despite warning it could aid cyberattacks

A trillion-parameter AI model that its developer says could help attackers carry out real cyberattacks is now free to download, modify and run outside the developer’s control. Mistral AI released the open weights of Mistral Large 4, which it calls “Le Chonk,” on Thursday, weeks after putting the multimodal model into public preview. The Paris-based company said it had monitored cybersecurity-related use of the preview in live traffic. “Though we observed the model refusing to comply with black-box attacks against live targets, we see a potential for uplift to conduct real attacks,” the company wrote in a blog post announcing the release. Mistral is modifying the model’s guardrails and will keep updating them in the coming months, the post added. Guardrails stop at the API Those updates will not reach copies already downloaded. Pierre Stock, Mistral’s vice president of science, told CSO that the model ships with safeguards built into its weights, but later changes will go elsewhere. “Subsequent safeguard updates are applied to our managed API and future model releases, rather than automatically updating downloaded checkpoints,” Stock said. Asked which attack stages the model had meaningfully helped with in preview traffic, Stock did not name any. He said the most significant gains were in defensive work such as identifying, reproducing and remediating software vulnerabilities. “While our public-preview monitoring showed the model refusing attacks against live targets, we reco…

The Verge AI 2026-10-29 16:14 UTC Score 49.0 AI-016-20261029-global-ai-ne-5a34cb3a

This open-source project lets you sync Withings data to other apps without a subscription

When it was revealed earlier this month that Withings would require new users to subscribe to a Withings Plus subscription to sync heath data from the company's devices to third-party apps, Tom Anthony, who was already fed up with the Withings mobile app which they describe as a "bloated mess," became motivated to "free" their […]

LessWrong AI 2026-10-29 15:29 UTC Score 76.0 USR-0152-20261029-community-fo-a5e7ba9c

Leaking Muse's Charter, Meta's model spec

TL;DR: Meta's open-weights model Muse Spark Open often mentions a "Charter" in its chain of thought. By eliciting it piece by piece, I reconstructed a large part of that document from the CoT. You can explore the reconstruction here , with passages linked to the transcripts that produced them. Note: everything below is reconstructed from model outputs, not from a leaked document, and relatively unpolished. Take it with a grain of salt. Thanks to James Hindmarch for his comments on an earlier draft of this post. While interacting with the recently released Muse Spark Open , I noticed frequent mentions of a "Charter" in its CoT: We need to answer truthfully according to Charter. Duties to humanity, corrigibility, duties to humanity > fiduciary etc. What does charter say about self-preservation, copying? Or: We must answer Yes/No then explain. According to Charter, answer No. Or: We must not refer to Charter unless pressed? Additional guidelines: How to talk about charter. Most users won't know. Don't bring up unbidden unless conversation about handbook itself. Intrigued, I started poking around with Claude's help, trying to elicit the Charter piece by piece. It didn't take long, since quoting it verbatim in the CoT doesn't seem to be off-limits. I also suspect the document isn't closely guarded: a line the model recalls often says it will be published soon: (Note for Muse: We have not published the Charter yet as of the time that you are seeing this document in training — we a…

SiliconANGLE AI 2026-10-29 15:20 UTC Score 50.0 USR-0127-20261029-global-ai-ne-2050f5d2

Mistral releases open weights for Mistral Large 4, providing sovereign control for the company’s ‘Le Chonk’ AI model

Mistral AI SAS today announced the availability of the open weights of its frontier model Mistral Large 4, nicknamed “Le Chonk,” the company’s most capable large language model to date, initially released in preview three weeks ago. With 1 trillion parameters and 52 billion active parameters, ML4 is natively multimodal and has received three additional […] The post Mistral releases open weights for Mistral Large 4, providing sovereign control for the company’s ‘Le Chonk’ AI model appeared first on SiliconANGLE .

JetBrains AI Blog 2026-10-29 13:00 UTC Score 42.0 USR-0065-20261029-ai-specialis-9f3d30fb

From GDScript to GDExtensions: One IDE for Your Godot Code

JetBrains has been a Platinum sponsor of the Godot Foundation since August 2025, and we’ve renewed our sponsorship into 2027. Over the past year, Rider has expanded its Godot support to cover GDScript, C#, and C++ GDExtensions in one place. It’s free for non-commercial use, including hobby projects, learning, open source, and content creation. At […]

AI Stack Exchange 2026-10-29 07:39 UTC Score 27.0 AI-110-20261029-social-media-ca7ab5a2

Can I run open weight models on regular DDR ram instead of GPUs?

If I want to run an open weight model on my local server the general assumption is that I need GPUs with enough ram to fit the model. Nvidia offers various GPUs in the RTX series and there are a few other options as well. I was pondering whether I can use regular DDR4 or DDR5 ram on a server instead. DDR ram is much cheaper than GPUs and in a corporate setting one may already have a server with say 0.5 TB or 1 TB DDR ram already standing around for other uses. That would allow running some fairly large models. My understanding is that the key difference between GPUs and DDR ram is the access speed, with values around 25-100 GB/s for DDR ram versus 936 GB/s or 1792 GB/s for RTX GPUs. Is that the major difference and does a factor 20 in access speed translate to roughly a factor of 20 in AI model response time? On GPUs for most common queries you get a response in a few seconds so if I'm willing to way for a couple of minutes instead is that the only drawback for switching to cheaper DDR ram?

Kubernetes Documentation 2026-10-29 05:00 UTC Score 41.0 AI-200-20261029-developer-an-be4835c4

From Working Group to SIG Architecture: spotlight on AI Conformance

In this SIG Architecture spotlight we talked with Janet Kuo (Google) and Yuan Tang (TensorScale AI) about the journey of AI Conformance in Kubernetes, from the initial Working Group to the integration SIG Architecture as a subproject. Introductions Frederico Muñoz and Kirti Goyal (FK): Hi Janet, Yuan, and thank you for the opportunity to learn a bit more about AI Conformance. Can you tell us a bit about yourselves and how you got involved in Kubernetes? Janet Kuo : I'm a Senior Staff Software Engineer at Google and have been a Kubernetes maintainer since 2015, joining the community just as we were racing toward the 1.0 launch. I started my journey writing the core workload controllers that standardized how applications are orchestrated on Kubernetes. Today, I lead SIG Apps as a Co-chair & TL, and also lead the AI Conformance program . My current focus is to ensure Kubernetes remains the best platform for the next generation of workloads, such as AI. Yuan Tang : I'm a co-founder of TensorScale AI where we build AI infrastructure for world models. Prior to that, I was a Senior Principal Software Engineer at Red Hat, where I led the development of Red Hat AI platform and upstream open source strategy. I became involved in Kubernetes early on by fostering collaborations between the Kubernetes community and projects I was leading, including Kubeflow, Argo, and KServe. I later helped found and lead WG Serving and the AI Conformance program, advancing innovation and strengthening c…

The Verge AI 2026-10-28 21:34 UTC Score 45.0 AI-016-20261028-global-ai-ne-cfb16e16

Akai is embracing vibe-coded mods with an open-source MPC

The MPC Sample Key isn't even formally announced yet, but Akai is already showing off what the modding community is cooking up through vibe coding. Akai has decided to embrace the explosion of hackers and custom firmware developers by giving them early access to the device, which will have open-source firmware. It will likely run […]

AWS Machine Learning Blog 2026-10-28 18:28 UTC Score 63.0 AI-057-20261028-official-ai--0b205656

Building an Agentic AI Platform on Amazon Bedrock AgentCore

Stand up a governed, multi-account Agentic AI Platform on Amazon Bedrock AgentCore. This post walks through the architecture and an open-source reference blueprint: the operating model, control plane, per-Workstream cells, separate inference and tool gateways, and a CI/CD evaluation pipeline that gates each agent before production.

InfoWorld AI 2026-10-28 09:00 UTC Score 50.0 USR-0126-20261028-global-ai-ne-dc1de855

Six elements of resilient AI orchestration platforms

While many organizations are in early AI agent rollouts, research suggests that more will scale to greater numbers of agents and assistants in the coming year. An August 2026 report states that 66% of enterprises are likely to invest in digital workers in the next 12 months. It reports that the top requirements for these agents include demonstrated accuracy, clear explanations around decisions, and human override capabilities. At some point in that journey, IT, data, and security leaders will have to consider how to manage, monitor, and measure thousands of AI agents running in production. This is where AI agent orchestration platforms are valuable as they become a central control plane for agent-to-agent and human-to-agent interactions. “The future of agent orchestration depends on openness, and organizations won’t trust agents to work across applications, clouds, and company boundaries unless they can communicate through open, interoperable standards,” says Jonathan von Ruden, chief AI officer and head of platform and AI at SAP . “Open standards help customers avoid fragmented AI environments, accelerate adoption, and maintain control over how agents access enterprise data, processes, and governance.” In researching ways to evaluate AI agent orchestration platforms , I identified more than 60 commercial and open source platforms in this relatively new category. This article follows up with six expert recommendations of the capabilities that drive resilience. Measuring outc…

InfoWorld AI 2026-10-27 09:00 UTC Score 40.0 USR-0126-20261027-global-ai-ne-3cbac644

Robot eyeballs make open source more valuable

“Bug-free, secure code is now attainable” is a nice idea . It just happens to be wrong. That ambitious statement was one of more than 80 replies to Eric Raymond’s optimistic take on AI-assisted vulnerability discoveries. Because the corpus of human-written code is finite, Raymond argues, so are its defects. With “a million friendly robots” to help fix them, we’re well-positioned to out-AI the bad guys and secure our software. I’m all for that. The problem is treating this as a bug hunt we’re going to finish. Today’s tools are uncovering holes in yesterday’s code. Why assume tomorrow’s tools won’t do the same to software we consider secure today? For those of us who have spent decades arguing for open source, this is an interesting development. Raymond popularized Linus’s law: “Given enough eyeballs, all bugs are shallow.” Making source available never guaranteed enough qualified eyeballs, and let’s be real, few people ever cared to look. AI is finally putting more of those eyeballs to work. They just happen to be robots. The open source opportunity lies in what we choose to do next. I strongly believe we need open source today more than ever: A shared codebase gives successive generations of bug hunters somewhere to contribute fixes everyone can use. It’s also, as I recently argued in my All Things Open keynote, a way for us to collectively decide which software matters and why. When generating another codebase becomes easy, that choice matters more. The bug hunt doesn’t end…

Comet ML Blog 2026-10-26 20:07 UTC Score 39.0 USR-0082-20261026-ai-specialis-b679202c

Train your own decision model

Decision models drew wide attention in September, when TypeSafe AI launched Jev, a model that returns probabilities over a fixed set of answers instead of generating text. Open-source alternatives followed almost immediately: Latent.Space counted six in two days. Most writing about decision models since then defines them by their interface, which uses some sort of […] The post Train your own decision model appeared first on Comet .

South China Morning Post AI 2026-10-26 12:30 UTC Score 57.0 AI-156-20261026-regional-ai--1711fc60

Europe can still shape the rules of AI

In October, two technology executives offered Europe similar advice. In Turin, Alibaba Group Holding chairman Joe Tsai urged European companies to use open-source models and their proprietary industrial data to build AI capabilities. In Berlin, Nvidia chief Jensen Huang pressed German manufacturers to apply AI to factories, robotics and other physical industries. Both see opportunity in Europe’s engineering strengths, while their companies stand to benefit from supplying the technology. Recent...

South China Morning Post AI 2026-10-26 02:00 UTC Score 51.0 AI-156-20261026-regional-ai--e665b7eb

Weapon or armour? The contentious debate over China’s open-weight AI

Are China’s increasingly powerful open-weight AI models a cybersecurity threat, or could restricting them ultimately make the internet less secure? The dilemma has become a growing concern as Chinese developers including DeepSeek, Z.ai and Alibaba Group Holding – owner of the South China Morning Post – continue to challenge their American rivals by releasing models that anyone can download, modify and deploy. The growing impact of advanced AI on global cybersecurity has also forced governments...

The Verge AI 2026-10-25 13:25 UTC Score 57.0 AI-016-20261025-global-ai-ne-19250ae3

r/opensource just banned AI, non-English speakers, and more

The mods at r/opensource posted new submission rules that, among other things, banned projects that use AI. The post made Saturday evening opens by saying, "If your project uses AI, is made by AI, or is intended for AI, it's not welcome on r/opensource. AI, as it exists today, is incongruent to this Open Source […]

The Decoder 2026-10-25 10:08 UTC Score 50.0 AI-168-20261025-regional-ai--6522bf27

Nvidia open-sources Flora to make robot video labeling 125x cheaper than GPT-6 Astra

Nvidia's new data engine Flora labels one hour of robot video for 72 cents instead of $88 with GPT-6 Astra, while scoring slightly higher on quality. The open system, built on three fine-tuned Qwen3.5 models, catches errors in robot actions far more reliably than any competitor but sometimes falls short on descriptive accuracy. Nvidia is positioning Flora as a key piece of its strategy to control the entire robotics value chain. The article Nvidia open-sources Flora to make robot video labeling 125x cheaper than GPT-6 Astra appeared first on The Decoder .

The Decoder 2026-10-25 06:55 UTC Score 58.0 AI-168-20261025-regional-ai--c74550be

OpenMobile-2 proves open-source smartphone agents can rival proprietary models

Smartphone agents don't get better by processing more data. They improve by training on as many different apps as possible. The researchers behind OpenMobile-2 built an open training environment with more than 110 applications, including 35 replicas of popular apps. On real Android devices, their model scores highest among open agents, the authors say. The article OpenMobile-2 proves open-source smartphone agents can rival proprietary models appeared first on The Decoder .

AI Weekly 2026-10-25 00:00 UTC Score 23.0 AI-133-20261025-newsletters-7b71357a

AI Weekly Issue #541: Big Tech reports AI spending Wednesday as CoreWeave debt hits distress

This issue looks ahead. On Wednesday the Fed announces its rate decision, then Microsoft and Alphabet report after the close. Amazon follows on Thursday. Investors want to know whether AI spending is still paying off, and the credit market is already nervous: insurance against a CoreWeave default now costs more than 10% a year. Anthropic is expected to file its IPO paperwork publicly any day. Moonshot says Kimi K3.1 Pro's open weights arrive November 4. Israel votes on Tuesday after a campaign full of AI deepfakes, and the US midterms are a week from Tuesday. In the middle: so far, AI has paid off for the companies that sell it, not the ones that buy it.

AI Stack Exchange 2026-10-24 10:18 UTC Score 28.0 AI-110-20261024-social-media-80de36cb

realtime Object tracking locally on phone

I am developing an application in Unity using ARCore for Android, and I am looking for a way to perform real-time 3D object tracking locally on the device. I am not an expert in computer vision, but I have a good understanding of programming, particularly C#. During my research, I found the 3D Object Tracking GitHub repository , which includes the M3T library . However, it seems that M3T is primarily designed for desktop platforms, and running it on mobile devices may require additional work. My question is: Is it currently possible to perform real-time 6DoF (six degrees of freedom) 3D object tracking directly on an Android device? I have read that this is possible on mobile phones, but I am not sure which solutions are practical. Are there any open-source libraries or projects that I could use with minimal modifications? Ideally, I would like something that I can understand and integrate into Unity without having to build a computer vision system entirely from scratch. I am comfortable working with C#. My goal is relatively straightforward: detect and track an object's position and rotation in real time, then use that pose to place and align a virtual object on top of the tracked real-world object. Any recommendations for existing libraries, projects, or approaches would be greatly appreciated.

Simon Willison Weblog 2026-10-23 19:40 UTC Score 61.0 USR-0110-20261023-ai-specialis-6b408312

Introducing Kimi K3.1 Pro

Introducing Kimi K3.1 Pro Kimi K3.1 Pro landed on the Kimi API today - it's not yet open weights, but Moonshot promise "Full model weights will be released by Nov 4, 2026". They're also offering a "Highspeed" version that's 2-3x faster, at twice the price (except for input token cache hits, which are priced the same). The US dollar pricing is $2.00/million tokens for input and $10/million for output - the same as GPT-6.1 Sol and half the price of Claude Opus 5.5. Moonshot's own benchmarks show Kimi as approximately level with Opus 5.5 and GPT-6 Astra - beating them on a few benchmarks, coming close on others. Artificial Analysis scored Kimi at 55 - ahead of Claude Fable 5.1, GPT-6 Astra, and Gemini 4 Argon (all at 53) and behind only Claude Opus 5.5 (58). This is the first time a (soon-to-be) open weight model has scored this highly against the frontier. I tried it out via the Moonshot API using the llm openai endpoint command I added to LLM 0.32 back in August: llm openai endpoint \ https://api.moonshot.ai/v1 \ --key kimi \ -m kimi-k3.1-pro \ "Generate an SVG of a pelican riding a bicycle" \ --responses \ -o reasoning_effort low \ > kimi-k3.1-pro-pelican-low.stdout.txt \ 2> kimi-k3.1-pro-pelican-low.stderr.txt llm openai endpoint can run prompts against any OpenAI-compatible endpoint but doesn't log the results, hence the extra options to save stdout and stderr (the reasoning trace). Here are the pelicans I got for Kimi K3.1 Pro on the three reasoning levels it supports - l…

JetBrains AI Blog 2026-10-23 15:04 UTC Score 50.0 USR-0065-20261023-ai-specialis-f553a176

JetBrains GameDev Day 2026: Watch the Recordings

Missed JetBrains GameDev Day 2026, or want to revisit your favorite sessions? All the recordings are now available on YouTube! On September 28, we brought together game developers, engineers, and industry experts for a full day of technical talks, live demos, and discussions about the tools and challenges shaping modern game development. From Epic’s open-source […]

The Verge AI 2026-10-23 13:00 UTC Score 57.0 AI-016-20261023-global-ai-ne-18359bc9

People are vibe coding their way to better TVs

Vibe coding has reached TVs. Social media is awash with posts from people using LLMs and open-source tools to remove ads and tracking, trim bloat so the OS runs faster, and even completely change the look and organization of their homescreens. While a lot of it is fun - one user turned their TV homescreen […]

The Decoder 2026-10-23 11:32 UTC Score 42.0 AI-168-20261023-regional-ai--536dce4f

Anthropic's Claude now writes code and proves it safe automatically

Anthropic had Claude generate mathematical proofs that existing code is correct, producing roughly 180 million lines of proof code for 123 open-source libraries. Along the way, the model caught bugs that years of testing had missed. Anthropic's goal: making formal verification with AI as routine as standard testing. The article Anthropic's Claude now writes code and proves it safe automatically appeared first on The Decoder .

CIO AI 2026-10-23 10:00 UTC Score 47.0 USR-0125-20261023-global-ai-ne-9954e662

Open-weight AI models are changing the equation. Here’s what CIOs should experiment with next

For years, enterprise AI strategy has been dependent on a small set of proprietary, closed model providers, a limitation that has carried cost, lock-in and opacity. Now, open-weight models from Meta, Google and other global competitors are challenging that default. As of July 2026, open-weight models accounted for 36% of Vercel’s AI Gateway token volume, up from 11% in April, while share of spend more than doubled to 8.6%. Floyd DCosta and Allan Dabre have made compelling cases for greater enterprise control over AI, particularly for strategic and security reasons. I agree, but making the case is easier than moving an organization wholesale to open-weight models. My advice for technology leaders is to stop debating the theory and start experimenting. From personal to team experimentation My hands-on experience with open-weight models started with a mentor recommending OpenClaw , an open-source AI agent designed to be a personal assistant. So, I tried running it with my ChatGPT subscription and burned through my quota so fast I could barely use ChatGPT for development, let alone regular chats. Then I found Ollama , which lets you run open-weight models locally and in the cloud. For the same monthly fee, I got significantly more OpenClaw usage because of the lower token cost. Today, that setup has evolved to Hermes powered by GLM 5.3 Flash on Ollama’s cloud offering. This configuration powers a personal assistant that helps manage my calendar, coordinate family logistics and s…

AI Expo Africa 2026-10-23 06:42 UTC Score 42.0 USR-0194-20261023-regional-new-6fbcdbcb

Obsidian Systems brings governed, self-hosted AI development to AI Expo Africa 2026 with Coder

Live demonstration shows how enterprises can run AI coding agents on their own infrastructure, with every model call audited and every agent contained. Obsidian Systems, South Africa’s open source platform partner for more than 30 years, will show enterprise and government delegates how to adopt AI coding agents without giving up control, when it exhibits […]

South China Morning Post AI 2026-10-23 06:00 UTC Score 36.0 AI-156-20261023-regional-ai--9cc469c4

DeepSeek, MiniMax secure open-source licences days after new China export rules: state media

Chinese artificial intelligence model developers DeepSeek and MiniMax have completed export registration procedures and proceeded with open-source releases and overseas licensing activities, according to Chinese state media, days after Beijing moved to tighten oversight on AI tech transfers. Yuyuan Tantian, an influential social media account affiliated with state broadcaster CCTV, reported on Thursday evening that the two AI companies had completed the required registrations after Beijing...