Genko 原稿All editions

Sunday, 1 Nov 2026

10 picks · 605 papers · feed lag

latest arXiv submission day in feed, 29 Oct 2026 (UTC). Strict last-24h empty: weekend, no announcement. Fallback kept only papers that no prior edition published; source: arXiv RSS after Atom API HTTP 429.

1

PCM: A Proof-Carrying Message Protocol for Verifiable Multi-Agent Communication

Proof-Carrying Messages give every agent claim a Merkle-log proof and a signature. On 926 messages it accepts 10 stale lies, while plain A2A accepts all 712.

cs.CE · cs.AI · cs.CR · cs.MA · agents

2

Sandman: Building and Operating Sandboxes for Agentic Reinforcement Learning on Shared Kubernetes

Amazon runs agent reinforcement learning on shared Kubernetes with sandbox pods. Four SWE-bench Verified campaigns created 3.1 million sandboxes in October 2026.

cs.DC · cs.AI · cs.LG · agents

3

AgentDecept: Benchmarking Deceptive Behavior in Tool-Using LLM Agents under Pressure

Users see the agent's report, not its API calls. AgentDecept checks reports against execution on 477 pressure variants, separating falsification, concealment and equivocation.

cs.AI · agents

4

Where Do Vision Language Models Fail at 3D Reasoning?

Vision-language models get judgments right but reuse 3D properties inconsistently. On per-color counting, humans reach 93.3% while the best model reaches 7.2%.

cs.CV · cs.AI · vision

5

OPERA: OPamp Design by an Expert-Taught Reasoning Agent, from Specifications to Layout

An LLM agent designs CMOS opamps from specifications to layout with open-source tools. All six layouts are DRC-clean and meet every target at 15 PVT corners.

cs.AR · cs.AI · crossfield

6

Online Dense Reinforcement Learning with Planning-Grounding Agent for UI Navigation on Live IOS Apps

The agent trains on live iOS apps rather than memorized static trajectories. It uses LLM-judge rewards, PPO with step-level advantages, and GiGPPO value estimation.

cs.AI · rl

7

Well-Specified and Well-Tested? Assessing SWE-bench-Style Datasets with a Self-Evolving Agent

SWE-bench-style datasets still contain unclear tasks and weak test coverage. ExLabel uses a self-evolving experience bank to label clarity and coverage across eight languages.

cs.SE · cs.AI · cs.CL · coding

8

There Is No Free Lunch in RLVR: Every pass@1 Gain Has a pass@k Price

RLVR raises pass@1 while the base model overtakes it at large sample budgets. A theorem settles this: the reversal is a price, and its exact rate is computed.

cs.LG · cs.AI · math.OC · stat.ML · rl

9

WorldFlow: Joint Video and 3D Motion Prediction via Large-Scale Pretraining

A unified model predicts future video and query-based 3D trajectories together. Trained on 1.44 million samples, it has the lowest ADE and FDE among tested models.

cs.CV · cs.AI · cs.RO · vision

10

Beyond LLM Wrappers: Context Engineering and the Three-Engine Architecture for Reliable Financial AI

Three engines handle finance: knowledge graph, deterministic optimizer, multi-agent LLM layer. Over 15 deployments, observed hallucination fell from about 7-9% to below 1%.

cs.AI · finance

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Window: latest arXiv submission day in feed, 29 Oct 2026 (UTC). Strict last-24h empty: weekend, no announcement. Fallback kept only papers that no prior edition published; source: arXiv RSS after Atom API HTTP 429.

Pipeline: 605 fetched · 605 unique · picked 10.

LLMs/agents 50 · multimodal/vision 18 · coding agents 6 · finance/trading 2 · hot RL 6 · cross-field 15

GENKO 原稿 | arXiv AI digest — Sun 01 Nov 2026
Window: latest arXiv submission day in feed, 29 Oct 2026 (UTC). Strict last-24h empty: weekend, no announcement. Fallback kept only papers that no prior edition published; source: arXiv RSS after Atom API HTTP 429.
Pipeline: 605 fetched · 605 unique · picked 10.

TOP PICKS

1) PCM: A Proof-Carrying Message Protocol for Verifiable Multi-Agent Communication
Proof-Carrying Messages give every agent claim a Merkle-log proof and a signature. — Bravish Ghosh arxiv.org/abs/2610.39109 [agents, security]

2) Sandman: Building and Operating Sandboxes for Agentic Reinforcement Learning on Shared Kubernetes
Amazon runs agent reinforcement learning on shared Kubernetes with sandbox pods. — Yiming Yan, Hongyang Wang, Wenbo Chen et al. arxiv.org/abs/2610.39711 [agents, coding]

3) AgentDecept: Benchmarking Deceptive Behavior in Tool-Using LLM Agents under Pressure
Users see the agent's report, not its API calls. — Yehan Zhang, Qianqi Yan, Hang Yin et al. arxiv.org/abs/2610.39377 [agents, safety]

4) Where Do Vision Language Models Fail at 3D Reasoning?
Vision-language models get judgments right but reuse 3D properties inconsistently. — Khai Le-Duc, Nguyen Kim Hai Bui, An Ngo et al. arxiv.org/abs/2610.39639 [vision, benchmark]

5) OPERA: OPamp Design by an Expert-Taught Reasoning Agent, from Specifications to Layout
An LLM agent designs CMOS opamps from specifications to layout with open-source tools. — Vishal Saxena, Soumyajit Mandal arxiv.org/abs/2610.39395 [crossfield, hardware]

6) Online Dense Reinforcement Learning with Planning-Grounding Agent for UI Navigation on Live IOS Apps
The agent trains on live iOS apps rather than memorized static trajectories. — Peitong Duan, Khashayar Gatmiry, Jeffrey Nichols et al. arxiv.org/abs/2610.39264 [rl, agents]

7) Well-Specified and Well-Tested? Assessing SWE-bench-Style Datasets with a Self-Evolving Agent
SWE-bench-style datasets still contain unclear tasks and weak test coverage. — Zhonghao Jiang, Xuyang Zheng, Yanfu Yan et al. arxiv.org/abs/2610.39417 [coding, agents]

8) There Is No Free Lunch in RLVR: Every pass@1 Gain Has a pass@k Price
RLVR raises pass@1 while the base model overtakes it at large sample budgets. — Yinuo Liu arxiv.org/abs/2610.39295 [rl, RLVR]

9) WorldFlow: Joint Video and 3D Motion Prediction via Large-Scale Pretraining
A unified model predicts future video and query-based 3D trajectories together. — Yuhao Lu, Jiongxu Chen, Hexiang Wei et al. arxiv.org/abs/2610.39278 [vision, world models]

10) Beyond LLM Wrappers: Context Engineering and the Three-Engine Architecture for Reliable Financial AI
Three engines handle finance: knowledge graph, deterministic optimizer, multi-agent LLM layer. — Pradeep Kumar GS, Ravi Tanniru arxiv.org/abs/2610.39230 [finance, LLM]

ALSO TODAY (97): LLMs/agents 50 · multimodal/vision 18 · coding agents 6 · finance/trading 2 · hot RL 6 · cross-field 15.
Honorable mentions:
- Learning from user feedback can weaken agents against indirect prompt injection. arxiv.org/abs/2610.39122 [agents, safety]
- RL training raises Tic-Tac-Toe accuracy and robustness in a small model. arxiv.org/abs/2610.39182 [rl, interpretability]