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AI · Saturday, 17 October 2026 · Issue 144 · 13 stories

Claude and Gemini agents tackle hours-long work

AI is moving from answering prompts to finishing open-ended work: Gemini agents beat Minecraft after 27 hours, while Claude designed better quantum circuits and Google’s agents tested protein binders. The test is now reliable execution, not just a good answer.

Models & Releases

REKI gives a 2.4B robot model cheap memory for longer tasks

Kyutai’s 2.4B REKI lets researchers and robot builders run a vision-language-action model trained only on public data, with performance close to roughly twice-sized policies on three benchmarks. It caches 32 small register tokens from recent camera frames inside the action expert, so each frame is encoded once instead of adding a separate memory module. That cut pose-oscillation failures by about fourfold, and Kyutai released the data, training, inference, evaluation, deployment code, and model weights.

kyutai.org ↗7 min read at source

Span-02 returns deadline-bound decisions for $0.01 per million tokens

Span-02 lets teams set a millisecond budget and get the model’s best decision so far, making variable-latency reasoning usable in production. Its budget can be fixed or chosen by an automatic gate, while the model outputs numeric answers with confidence rather than only yes or no. Respan lists hosted pricing at $0.01 per million input tokens with free output, and says it ran a browser-use race in 20.6 seconds versus GPT-6 Luna’s 38.5 seconds.

respan.ai ↗1 min read at source

Tencent’s open memory model edges Claude Opus 5 across four harnesses

Tencent’s Hy-Memory-30B-A3B gives developers an open memory writer that scores above Claude Opus 5 across four evaluation harnesses, 55.49 to 54.62 on average. It builds a memory bank from an empty state, then carries the selected bank across context windows while reinforcement learning scores each chunk’s contribution. The comparison uses fixed prompts, retrieval settings, answer model, judge, and 20% benchmark subsamples, so the lead is narrow but directly measured.

huggingface.co ↗6 min read at source

Research

Neural networks may be more interpretable than superposition suggested

Mechanistic interpretability may not need to untangle neural networks first: the apparent concept-mixing that made them look arbitrary was mostly recursive generalization, according to this analysis. It argues that superposition was the wrong explanation for InceptionV1’s confusing late layers, where architectural problems and weak tools made the network seem less coherent than it was. That leaves researchers able to study neurons and circuits directly, rather than relying first on sparse autoencoders to reconstruct hidden features.

Google’s lab agents found single-digit nanomolar protein binders

Google Research connected AI agents to physical lab robots and used repeated design, experiment, and feedback cycles to find protein binders for cancer targets in the single-digit nanomolar range. Its VERID system acts as a live 3D model of the workcell, tracking robot geometry, well volumes, reagents, and pipette inventory so an agent can catch physically impossible or depleted-well commands before execution. The work points toward wet labs that test and refine molecular designs, not just suggest them.

research.google ↗7 min read at source

Claude finds quantum circuits that beat the best published designs

Claude designed eight quantum circuits that improve on the best published designs, in some cases by an order of magnitude or more, which could lower the hardware and runtime needed for useful quantum applications. Researchers gave it plain-language specifications plus an automated evaluator, and Claude worked largely on its own. The circuits target chemistry, optimization, physics simulation, and number theory, including problems relevant to materials and industrial catalysts.

anthropic.com ↗17 min read at source

Four Gemini agents beat Minecraft without human-written game logic

Four Gemini 4 Argon agents defeated Minecraft’s Ender Dragon autonomously, showing agent teams can sustain a goal across thousands of dependent coding steps rather than just finish a short task. Each agent controlled a player through Mineflayer, shared plans and memory in chat, and wrote and debugged its own programs. Starting from a random Easy world, they wrote 2,783 programs, died 605 times, and won after 27 hours 14 minutes.

arxiv.org ↗1 min read at source

Hybrid agents cut reasoning cost while keeping tool use inspectable

HybridAgent lets an agent switch between latent reasoning, which happens internally, and text reasoning, which supports tool use and inspection. Across three model scales and 11 benchmarks, the paper reports 10.4% better performance, 35.5% to 54.7% fewer tokens, and 1.8x to 2.6x faster inference, with claimed cost savings of 2.7x to 3.7x. A HybridLink handles the transitions while continuous working memory preserves context across turns.

arxiv.org ↗1 min read at source

A new AI debate protocol makes honesty the dominant strategy

This protocol gives human overseers stronger guarantees when two AIs debate problems too complex for direct review: honest, correct answers are a dominant strategy for both debaters. It applies to problems with sufficiently stable decompositions, where a hard question can be broken into simpler claims, and improves on prior work by proving worst-case correctness instead of average-case correctness. The authors also prove no black-box protocol can do better on any individual instance.

arxiv.org ↗2 min read at source

AI assistants warn unevenly when users choose doomed plans

A new benchmark shows that AI assistants usually avoid unsolicited advice on feasible choices, but differ sharply when a user has selected an impossible plan. It tested 30 models on roughly 500 planning decisions, asking each to write a message about a choice already made. Warning rates for doomed plans ranged from 5% to 82%, while some models silently changed the plan instead of flagging the problem, doing so as often as 55% of the time.

lesswrong.com ↗31 min read at source

Policy & Safety

China would require pre-export registration for covered AI technology

China’s proposed export-control catalogue would cover major AI models, agents, compute clusters and related information-processing technology, so exporters would need to register transfers before shipping while the rules are being finalised. The draft spans AI, biomedicine and photovoltaics, while technology already open-sourced or published in academic papers is excluded; public comments run from October sixteenth to November fifteenth, twenty twenty-six.

mofcom.gov.cn ↗1 min read at source

Tools & Open Source

Perplexity opens SPACE so agents can work inside recoverable sandboxes

Perplexity is open-sourcing SPACE, the sandbox platform behind its Computer agent, so developers can build autonomous systems with isolation, state recovery, and credential and network controls already in place. An agent can work in a separate workspace, pause for human review, then resume with its files and running state preserved, or branch the session to test an alternative. Perplexity says security testing found SPACE resilient against network-bypass techniques used in the OpenAI/Hugging Face incident.

perplexity.ai ↗4 min read at source

AI can turn old games into native ports in days

AI workflows can now decompile some games in days or less, giving players native ports, higher frame rates, and mod support instead of forcing them through emulators. The process turns a compiled game back into editable source code, then recompiles it for another device. One example, IsaacRecomp, takes the 2011 Flash version of The Binding of Isaac from 30 FPS and low resolution to 1440p at 165 FPS, while making software theft and unauthorized reuse much easier.

popcar.bearblog.dev ↗6 min read at source

You’re caught up.

That was all 13 stories in the 17 October issue.