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Every published item, in order · 9845 items
Nov 4
PapersBuildersSelected10:52
TNAS Diagnostic Exposes Silent Action Attacks on Reasoning VLA Models

The key implication is that oversight mechanisms relying on reading a model's language output give a false sense of safety, since action channels can be steered invisibly. Robotics and autonomous-driving teams deploying reasoning VLAs should add direct verification of predicted action sequences rather than textual rationales. The evaluation uses NVIDIA's Alpamayo driving stack alongside InstructVLA, making the finding relevant to embodied-AI safety benchmarks rather than chat-only models.

arXiv cs.LG@Zihao Feng et al. (6)Source
Chinese contentOmniST:无需固定传感器数量的时空预测模型,新增站点也能给出带覆盖保证的区间

气象站、空气监测这类传感器网络常增减站点,普通图神经网络直接失效。这篇 arXiv 论文的做法能让模型在没见过的站点也输出预测加置信区间,做时空数据的朋友可以看看。

arXiv cs.AI@Praveg VashishthaSource
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PapersUS vs ChinaSelected10:50
Multi-layer Indexer Speeds DeepSeek Sparse Attention Decode

The indexer scan, not sparse attention itself, turns out to be the long-context bottleneck, and reusing selections across layers removes it without any retraining. Teams serving DeepSeek-V3.2 or GLM-5 long-context workloads on SGLang can adopt MLI for faster decode at unchanged accuracy, and it composes with the IndexShare reuse GLM-5.2 already ships.

arXiv: DeepSeek@Serdarcan Dilbaz et al. (4)Source
PapersBuildersMulti-sourceSelected10:49
GC-MoE Operator Accelerates MoE Inference with CUDA Green Contexts

The technique shows that partitioning a single GPU with CUDA Green Contexts removes the resource contention between dispatch warps and GEMM warps that limits fused MoE operators like Mega MoE. Practitioners serving DeepSeek-V4.1-Flash or GLM-5.2 on Hopper or Blackwell clusters can adopt the open-source operator to cut decode latency without extra hardware. The results on H20 GPUs, a China-market chip, make it especially relevant for deployments where H100-class hardware is unavailable.

Event
arXiv cs.AI@Yong Li et al. (3)Source
PapersBuildersSelected10:27
Skill++ keeps agent skill routers accurate as libraries scale

Adding a new skill can silently break routing for older skills because routers match on name and description, and similar metadata lets new skills crowd out existing ones. Builders maintaining growing agent skill libraries can apply the technique immediately: when adding a skill, describe how it differs from the closest skill already present. The approach requires no training data, making it practical for any router-based agent setup.

Event
elvis@omarsar0Source
PapersBuildersMulti-sourceSelected10:19
LlamaIndex splits benchmarks into frontier and specialized categories

The practical implication is that teams evaluating models should build their own benchmark for the tasks they actually run, optimizing for the price-performance frontier rather than leaderboard accuracy. Practitioners choosing between frontier models and cheaper alternatives for document parsing and extraction can use ParseBench and ExtractBench as ready-made reference points. It also signals LlamaIndex pushing harder into long-horizon workflow research around document agents.

Event
Jerry Liu@jerryjliu0Source
PapersBuildersSelected10:15
ParetoSaddler optimizes agent harnesses for quality and cost

The design lesson is that multi-objective optimization in agent pipelines can backfire when applied too early — deferring the cost criterion until final selection preserves valuable intermediate candidates. Builders running agent harness or prompt searches should add repeated runs and a cost axis to their selection step. The arXiv paper (2611.02079) and dair.ai's Chat with Paper make it easy to replicate the setup.

elvis@omarsar0Source
PapersBuildersSelected10:05
RoboArchitect rewrites robot control code automatically

The key result is that test-time control code rewriting can beat finetuning itself, so adapting a robot policy no longer requires collecting new demonstrations or touching weights. Robotics engineers and embodied AI teams can treat it as a cheap wrapper around existing general policies, with the caveat that every reported number came from simulation only. That simulation-only gap is the main open question before real hardware adoption.

rohanpaul_ai@rohanpaul_aiSource
PapersBuildersSelected10:04
Harvard and MIT paper traces reasoning control failures to "Okay" openers

The finding decouples chain-of-thought monitoring reliability from controllability benchmarks: a trivial token-level intervention accounts for much of the apparent control failure. Safety teams evaluating CoT faithfulness should report opening-word effects separately from information-hiding tasks. The paper spans 12 open models including Qwen3 and OLMo, so labs fine-tuning open-weight reasoners can reproduce the fix directly.

rohanpaul_ai@rohanpaul_aiSource
PapersBuildersMulti-sourceSelected05:04
Anthropic Open-Sources FlashProve for Verifiable LLM Inference

Cryptographic proof of model identity addresses a gap that API-level assurances cannot close: evaluators and enterprises can now independently check what they are actually serving or testing. The open-source release means anyone can integrate verification today rather than wait for vendor-side guarantees. Teams running safety evaluations or deploying LLMs in security-sensitive workflows are the immediate beneficiaries.

Event
Official accountAnthropic@AnthropicAISource
PapersBuildersSelected04:15
/retro Skill study finds retrospective adaptation rarely fixes coding issues

The study suggests AI self-improvement loops through skill edits are far less reliable than the hype implies, since most suggestions rest on real events but few produce lasting fixes. Engineering teams considering retrospective skills should expect manual curation rather than hands-off gains. The paper's use of Claude Code and SWE-bench Verified gives a concrete, reproducible comparison point for anyone benchmarking agent workflows.

宝玉@doteySource
PapersBuildersMulti-sourceSelected04:04
Stanford AI Lab's hinted scaling laws forecast GSM8K accuracy with 5600x less compute

Predicting benchmark scores without training large models changes how labs and buyers estimate model quality before committing compute budgets. The 5600x compute saving makes accuracy forecasting accessible to academic groups and startups that cannot run full-scale training runs. Teams evaluating whether to invest in a model capability can apply this method to get defensible projections at a fraction of the usual cost.

Event
Stanford AI Lab@StanfordAILabSource
PapersMulti-sourceSelected01:10
Qwen 3.8 27B can interpret model weights, matching paper claims

The non-obvious point is that a weight-interpretation capability attributed to frontier models ran locally on a single laptop, which suggests the skill is more accessible than the headline results imply. Developers experimenting with local Qwen models can try the paper's grid-game examples themselves to verify what their hardware can handle. The critique from spaCy's author also flags a methodological split worth tracking in future reproduction attempts.

Event
Official accountSimon Willison’s WeblogSource
PapersBuildersSelected00:54
Google and HKU paper presents VeriCUA for verifying agent task completion

Verifiers that trust screenshots or one generated script can miss unsaved edits and half-finished work, which quietly corrupts evals, training data and RL rewards. Teams building or benchmarking computer-use agents can adopt the checklist-plus-state-inspection approach to cut false positives by roughly 19 points on ScienceBoard. The joint Google–HKU authorship also signals that completion verification is becoming a first-class eval problem rather than an afterthought.

rohanpaul_ai@rohanpaul_aiSource
PapersBuildersMulti-sourceSelected00:37
Skill++ Improves Agent Skill Routing at Scale

The practical insight is that routing failures usually stem from metadata collisions, not the skills themselves, so a well-crafted description of what a skill excludes can fix crowding without retraining. Developers building growing skill libraries for agents should apply the differencing technique when onboarding each new skill. It validates cleanly across multiple routers, including Codex CLI, making it easy to test on existing setups.

Event
DAIR.AI@dair_aiSource
PapersBuildersSelected00:37
Stanford RoboArchitect lifts frozen robot policies via harness evolution

The striking result is that inside an evolved harness, a general-purpose policy can beat the finetuned version of the same model, suggesting harness engineering may substitute for costly finetuning in robotics. Practitioners working on robot deployment can apply the rollout-driven diagnosis loop to adapt frozen policies to new scenes. The paper and a Chat with Paper interface are available for direct exploration.

DAIR.AI@dair_aiSource

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