Agentic RL Daily

VOL. 018

8 research signals

DAILY EDITION / SAVED SNAPSHOT

Daily Signals: Magnet: Detecting Cross-Session AI Misuse Through Capability Accumulation

A dated Agentic RL Daily snapshot with 8 verified primary-source signals across papers, official releases, deployment evidence, and safety or alignment findings.

EDITOR'S VIEW

Three judgments

  1. The edition is based only on primary sources or official project releases.
  2. Older signals remain visible as continuing observations, not as rewritten news.
  3. Headline claims are constrained by the evidence included in this dated snapshot.

FULL EDITION

All signals in this edition

Archived / 2026-08-04

01

PapersPapers

Magnet: Detecting Cross-Session AI Misuse Through Capability Accumulation

Magnet: Detecting Cross-Session AI Misuse Through Capability Accumulation

The most capable AI deployments are not single models but ensembles of specialized agents that delegate and act in coordination. This architecture unlocks powerful new capabilities, and it also introduces risks that existing frameworks for monitoring, detection, and mitigation were not designed to a

Agent Capabilities
arXiv ->

02

PapersPapers

SWE-Touch: Benchmarking Coding Agents When Users Touch the Code

SWE-Touch: Benchmarking Coding Agents When Users Touch the Code

Real-world software development requires coding agents to operate in shared workspaces where users may inspect and modify code during an ongoing task, yet existing repository-level benchmarks typically evaluate agents working alone or restrict user participation to messages. This leads us to ask: ho

Training AlgorithmsAgent CapabilitiesData Loops评估体系
arXiv ->

03

PapersPapers

Grounding Agentic VLMs with Dedicated Segmentation for Fine-Grained Vehicle Damage Assessment

Grounding Agentic VLMs with Dedicated Segmentation for Fine-Grained Vehicle Damage Assessment

Vision-language models (VLMs) are increasingly deployed as reasoning agents in real-world visual assessment pipelines, yet their spatial grounding remains unreliable for fine-grained, visually ambiguous targets. We study this gap in the context of automated vehicle damage assessment, where fine-grai

Agent Capabilities记忆与自进化安全与对齐评估体系
arXiv ->

04

PapersPapers

Antares: Foundation Models for Agentic Vulnerability Localization

Antares: Foundation Models for Agentic Vulnerability Localization

Vulnerability localization is a fundamental step in software security, requiring models to reason over large codebases and iteratively identify vulnerable implementations. We present Antares, a family of compact language models (350M, 1B, and 3B parameters) for agentic vulnerability localization. Ba

Reward and Credit AssignmentAgent Capabilities评估体系
arXiv ->

05

IndustryIndustry

alibaba/ROLL v0.3.0

alibaba/ROLL v0.3.0

A verified industry signal preserved from the original daily snapshot. The primary source is linked for full context, while the archive keeps the original publication date and source attribution intact.

Training AlgorithmsReward and Credit AssignmentAgent CapabilitiesData LoopsSystems Engineering
GitHub ->

06

PapersPapers

UEmbed: Unified Sparse and Dense Multimodal Embeddings

UEmbed: Unified Sparse and Dense Multimodal Embeddings

Sparse retrieval underpins modern search systems, from web search to retrieval-augmented generation. Existing work has introduced Learned Sparse Retrieval (LSR) to push beyond exact lexical matching toward richer semantics. Yet LSR has so far remained tied to encoder-style bidirectional architecture

Agent Capabilities
arXiv ->

07

PapersPapers

Real-Time Detection and Repair of LLM Agent Failures

Real-Time Detection and Repair of LLM Agent Failures

LLM agents fail mid-episode -- they loop, cascade tool errors, drift off goal, fabricate results, or silently absorb corrupted content -- and the standard remedy, judging every step with a second LLM, costs more than the agent itself. We ask how much detection is achievable from observable step tele

Agent Capabilities记忆与自进化评估体系
arXiv ->

08

PapersPapers

KC-Agent: A Dual-Process Cognitive Architecture for Efficient ML Model Improvement

KC-Agent: A Dual-Process Cognitive Architecture for Efficient ML Model Improvement

Data drift poses significant challenges for machine learning systems in production, requiring continuous model updates to maintain performance. We present KC-Agent, a dual-process cognitive architecture for automated ML model improvement that combines fast pattern recognition (System 1) with deliber

Agent Capabilities记忆与自进化评估体系
arXiv ->