Every paper checked — nothing hidden

All papers

Every paper checked for brief #4 of 12–19 Oct 2026 — nothing is hidden. Brief papers first.

Switch to weekly view
PaperTopicRelevanceFeedback
Caught in the Act: Probes Effectively Detect Sabotage and Catch Unverbalized Deception
Develops multi-layer linear probes on model activations to detect agent deception and sabotage across diverse scenarios.
Preprint
Small and efficient models
via arxiv · 12 Oct, 16:28
Not relevant
Does not investigate model compression, distillation, or serving efficiency.
Caught in the Act: Probes Effectively Detect Sabotage and Catch Unverbalized Deception
Develops multi-layer linear probes on model activations to detect agent deception and sabotage across diverse scenarios.
Preprint
AI agents
via arxiv · 12 Oct, 16:28
Not relevant
Focuses on internal probe mechanisms to detect deception rather than agent architectures.
Bi-FORK: Generative Modeling of High-Dimensional Bifurcating Systems
Proposes a generative flow matching method with repulsion-guided sampling to model one-to-many bifurcation trajectories in physical systems.
Preprint
LLM evaluation and benchmarks
via arxiv · 12 Oct, 16:28
Not relevant
Presents a scientific generative framework rather than an LLM evaluation benchmark.
Bi-FORK: Generative Modeling of High-Dimensional Bifurcating Systems
Proposes a generative flow matching method with repulsion-guided sampling to model one-to-many bifurcation trajectories in physical systems.
Preprint
AI safety and reliability in deployment
via arxiv · 12 Oct, 16:28
Not relevant
Not related to AI safety, guardrails, or alignment.
Bi-FORK: Generative Modeling of High-Dimensional Bifurcating Systems
Proposes a generative flow matching method with repulsion-guided sampling to model one-to-many bifurcation trajectories in physical systems.
Preprint
Small and efficient models
via arxiv · 12 Oct, 16:28
Not relevant
Does not address small language models or inference compression techniques.
Bi-FORK: Generative Modeling of High-Dimensional Bifurcating Systems
Proposes a generative flow matching method with repulsion-guided sampling to model one-to-many bifurcation trajectories in physical systems.
Preprint
AI agents
via arxiv · 12 Oct, 16:28
Not relevant
Focuses on flow matching for physical bifurcating systems, not LLM agents.
BrickBench: Evaluating Agentic Brick Design
Introduces a benchmark and environment for evaluating coding agents on text-conditioned LEGO design with physical and discrete assembly constraints.
Preprint
Multimodal models
via arxiv · 12 Oct, 16:28
Not relevant
Focuses on 3D discrete assembly and constraint validation rather than multimodal vision-language models.
BrickBench: Evaluating Agentic Brick Design
Introduces a benchmark and environment for evaluating coding agents on text-conditioned LEGO design with physical and discrete assembly constraints.
Preprint
AI safety and reliability in deployment
via arxiv · 12 Oct, 16:28
Not relevant
Does not focus on safety risks, red-teaming, or guardrails.
BrickBench: Evaluating Agentic Brick Design
Introduces a benchmark and environment for evaluating coding agents on text-conditioned LEGO design with physical and discrete assembly constraints.
Preprint
Computer vision for industrial applications
via arxiv · 12 Oct, 16:28
Not relevant
Studies text-conditioned LEGO assembly rather than industrial vision inspection, defect detection, or robotics.
From Reactive Containment to Proactive Assurance: Lessons from OpenAI, Anthropic, and Google Agent Security Incidents
Analyzes security incidents from frontier AI agent evaluations and proposes a framework for proactive boundary assurance.
Preprint
LLM evaluation and benchmarks
via arxiv · 12 Oct, 16:28
Not relevant
Presents a case study and security framework, not a new evaluation benchmark.
On the estimation and validity of AI time horizons---a statistical look at the METR plot
Recomputes METR task time horizons using splines and item-response theory to examine the validity of AI difficulty curves.
Preprint
AI safety and reliability in deployment
via arxiv · 12 Oct, 16:28
Not relevant
Studies benchmark metric validity rather than deployment safety, alignment, or guardrails.
On the estimation and validity of AI time horizons---a statistical look at the METR plot
Recomputes METR task time horizons using splines and item-response theory to examine the validity of AI difficulty curves.
Preprint
AI agents
via arxiv · 12 Oct, 16:28
Not relevant
Provides a statistical analysis of an evaluation metric, not agent systems or architectures.
On the estimation and validity of AI time horizons---a statistical look at the METR plot
Recomputes METR task time horizons using splines and item-response theory to examine the validity of AI difficulty curves.
Preprint
Small and efficient models
via arxiv · 12 Oct, 16:28
Not relevant
Does not focus on model compression, quantization, or efficient serving.
AutoIndexer: Flexible-Order Decoding by Training Causal Models on Chains of Edits
Introduces a generative model that allows flexible post-hoc text editing through learned insertion, substitution, and deletion operations.
Preprint
LLMs for code
via arxiv · 12 Oct, 16:28
Not relevant
Tests code correction only as a generic text editing application; main focus is decoding architecture.
AutoIndexer: Flexible-Order Decoding by Training Causal Models on Chains of Edits
Introduces a generative model that allows flexible post-hoc text editing through learned insertion, substitution, and deletion operations.
Preprint
Multimodal models
via arxiv · 12 Oct, 16:28
Not relevant
Deals with text token sequence generation, not multimodal models.
AutoIndexer: Flexible-Order Decoding by Training Causal Models on Chains of Edits
Introduces a generative model that allows flexible post-hoc text editing through learned insertion, substitution, and deletion operations.
Preprint
AI safety and reliability in deployment
via arxiv · 12 Oct, 16:28
Not relevant
Not focused on safety, security, jailbreaks, or guardrails.
AutoIndexer: Flexible-Order Decoding by Training Causal Models on Chains of Edits
Introduces a generative model that allows flexible post-hoc text editing through learned insertion, substitution, and deletion operations.
Preprint
Small and efficient models
via arxiv · 12 Oct, 16:28
Not relevant
Focuses on edit flexibility rather than model compression, quantization, or serving efficiency.
AutoIndexer: Flexible-Order Decoding by Training Causal Models on Chains of Edits
Introduces a generative model that allows flexible post-hoc text editing through learned insertion, substitution, and deletion operations.
Preprint
Retrieval-augmented generation (RAG)
via arxiv · 12 Oct, 16:28
Not relevant
Focuses on generative decoding mechanisms, not retrieval-augmented generation.
AutoIndexer: Flexible-Order Decoding by Training Causal Models on Chains of Edits
Introduces a generative model that allows flexible post-hoc text editing through learned insertion, substitution, and deletion operations.
Preprint
LLM evaluation and benchmarks
via arxiv · 12 Oct, 16:28
Not relevant
Presents a generative modeling technique rather than an evaluation framework.
AutoIndexer: Flexible-Order Decoding by Training Causal Models on Chains of Edits
Introduces a generative model that allows flexible post-hoc text editing through learned insertion, substitution, and deletion operations.
Preprint
AI agents
via arxiv · 12 Oct, 16:28
Not relevant
Proposes a decoding mechanism for sequence editing, not multi-step autonomous agents.
Know What You Don't Know: Agentic Data Synthesis by Evolving Generation Space for Closed-Loop Learning
Proposes a multi-agent framework that evolves the data generation space using learner feedback to synthesize agent training trajectories.
Preprint
LLM evaluation and benchmarks
via arxiv · 12 Oct, 16:28
Not relevant
Introduces a data synthesis framework for training agents, not an evaluation benchmark.
Know What You Don't Know: Agentic Data Synthesis by Evolving Generation Space for Closed-Loop Learning
Proposes a multi-agent framework that evolves the data generation space using learner feedback to synthesize agent training trajectories.
Preprint
AI safety and reliability in deployment
via arxiv · 12 Oct, 16:28
Not relevant
Addresses training data generation rather than AI safety or guardrails.
SpireBench: Evaluating Long-Horizon Strategic Play of Agentic Models with Slay the Spire
Presents a benchmark evaluating agentic large language models on long-horizon strategic reasoning in the game Slay the Spire.
Preprint
LLMs for code
via arxiv · 12 Oct, 16:28
Not relevant
Does not involve software engineering or code generation.
SpireBench: Evaluating Long-Horizon Strategic Play of Agentic Models with Slay the Spire
Presents a benchmark evaluating agentic large language models on long-horizon strategic reasoning in the game Slay the Spire.
Preprint
Retrieval-augmented generation (RAG)
via arxiv · 12 Oct, 16:28
Not relevant
Focuses on strategic game playing, not retrieval-augmented generation.
SpireBench: Evaluating Long-Horizon Strategic Play of Agentic Models with Slay the Spire
Presents a benchmark evaluating agentic large language models on long-horizon strategic reasoning in the game Slay the Spire.
Preprint
Small and efficient models
via arxiv · 12 Oct, 16:28
Not relevant
Does not study model compression, distillation, or inference optimization.
SpireBench: Evaluating Long-Horizon Strategic Play of Agentic Models with Slay the Spire
Presents a benchmark evaluating agentic large language models on long-horizon strategic reasoning in the game Slay the Spire.
Preprint
AI safety and reliability in deployment
via arxiv · 12 Oct, 16:28
Not relevant
Studies gameplay strategy and evaluation rather than safety, guardrails, or alignment.
SpireBench: Evaluating Long-Horizon Strategic Play of Agentic Models with Slay the Spire
Presents a benchmark evaluating agentic large language models on long-horizon strategic reasoning in the game Slay the Spire.
Preprint
Multimodal models
via arxiv · 12 Oct, 16:28
Not relevant
Focuses on text-based strategic game reasoning, not multimodal perception.
Beyond Binary Verifiable Rewards: Behavioral Self-Rewarding for SWE Agents
Introduces behavioral self-rewarding to refine reinforcement learning feedback for software engineering agents by comparing execution trajectories.
Preprint
AI safety and reliability in deployment
via arxiv · 12 Oct, 16:28
Not relevant
Focuses on code debugging performance rather than security vulnerabilities or deployment safety.
Beyond Binary Verifiable Rewards: Behavioral Self-Rewarding for SWE Agents
Introduces behavioral self-rewarding to refine reinforcement learning feedback for software engineering agents by comparing execution trajectories.
Preprint
LLM evaluation and benchmarks
via arxiv · 12 Oct, 16:28
Not relevant
Uses SWE-bench to train and evaluate agents rather than proposing a new benchmark methodology.
Self-Preservation in Language Models
Investigates self-preservation in language models by using task banks to steer synthetic replay during continual instruction tuning.
Preprint
AI agents
via arxiv · 12 Oct, 16:28
Not relevant
Investigates continual learning and catastrophic forgetting in LLMs, not autonomous agents.
Self-Preservation in Language Models
Investigates self-preservation in language models by using task banks to steer synthetic replay during continual instruction tuning.
Preprint
Small and efficient models
via arxiv · 12 Oct, 16:28
Not relevant
Studies capability retention across instruction tuning rather than efficiency, quantization, or distillation.
Self-Preservation in Language Models
Investigates self-preservation in language models by using task banks to steer synthetic replay during continual instruction tuning.
Preprint
AI safety and reliability in deployment
via arxiv · 12 Oct, 16:28
Not relevant
Studies catastrophic forgetting rather than safety, red-teaming, or guardrails.
Self-Preservation in Language Models
Investigates self-preservation in language models by using task banks to steer synthetic replay during continual instruction tuning.
Preprint
LLMs for code
via arxiv · 12 Oct, 16:28
Not relevant
Not specifically about code generation or software engineering.
Self-Preservation in Language Models
Investigates self-preservation in language models by using task banks to steer synthetic replay during continual instruction tuning.
Preprint
LLM evaluation and benchmarks
via arxiv · 12 Oct, 16:28
Not relevant
Focuses on continual learning methods rather than an LLM evaluation benchmark or judge system.
Self-Preservation in Language Models
Investigates self-preservation in language models by using task banks to steer synthetic replay during continual instruction tuning.
Preprint
Retrieval-augmented generation (RAG)
via arxiv · 12 Oct, 16:28
Not relevant
Examines continual instruction tuning and replay, not retrieval-augmented generation.
Self-Preservation in Language Models
Investigates self-preservation in language models by using task banks to steer synthetic replay during continual instruction tuning.
Preprint
Multimodal models
via arxiv · 12 Oct, 16:28
Not relevant
Focuses on language models and instruction tuning, not multimodal systems.
Mesh-Native Tokenisation: Retrofitting Foundation Models to Unstructured Data
Proposes a mesh-native tokenization approach to adapt foundation model architectures to unstructured scientific simulation data.
Preprint
AI agents
via arxiv · 12 Oct, 16:28
Not relevant
Focuses on tokenisation for physics PDE emulators, not language model agents.
Mesh-Native Tokenisation: Retrofitting Foundation Models to Unstructured Data
Proposes a mesh-native tokenization approach to adapt foundation model architectures to unstructured scientific simulation data.
Preprint
LLM evaluation and benchmarks
via arxiv · 12 Oct, 16:28
Not relevant
Presents an architecture for physics data, not an LLM benchmark or evaluation methodology.
Mesh-Native Tokenisation: Retrofitting Foundation Models to Unstructured Data
Proposes a mesh-native tokenization approach to adapt foundation model architectures to unstructured scientific simulation data.
Preprint
AI safety and reliability in deployment
via arxiv · 12 Oct, 16:28
Not relevant
Not related to deployment safety, guardrails, or alignment.
Machine Learning and Time-Series Foundation Models for Day-Ahead Electricity Forecasting in a University Building
Benchmarks machine learning and pretrained foundation models for day-ahead electricity forecasting in a university building.
Preprint
Small and efficient models
via arxiv · 12 Oct, 16:28
Not relevant
Compares existing forecasting models rather than developing small or efficient language models.
Machine Learning and Time-Series Foundation Models for Day-Ahead Electricity Forecasting in a University Building
Benchmarks machine learning and pretrained foundation models for day-ahead electricity forecasting in a university building.
Preprint
AI agents
via arxiv · 12 Oct, 16:28
Not relevant
Applies time-series models to electricity forecasting without agent planning or tool use.
Machine Learning and Time-Series Foundation Models for Day-Ahead Electricity Forecasting in a University Building
Benchmarks machine learning and pretrained foundation models for day-ahead electricity forecasting in a university building.
Preprint
AI safety and reliability in deployment
via arxiv · 12 Oct, 16:28
Not relevant
Not related to AI safety, hallucination, or adversarial robustness.
Machine Learning and Time-Series Foundation Models for Day-Ahead Electricity Forecasting in a University Building
Benchmarks machine learning and pretrained foundation models for day-ahead electricity forecasting in a university building.
Preprint
LLM evaluation and benchmarks
via arxiv · 12 Oct, 16:28
Not relevant
An applied forecasting case study, not a benchmark or evaluation method for LLMs.
Cancerous Backdoor Attack: Gradual Activation via Invisible Tokens and A Stage Controller
Demonstrates a backdoor attack where malicious reasoning degradation is triggered incrementally using invisible prompt tokens and stage tracking.
Preprint
AI agents
via arxiv · 12 Oct, 16:28
Not relevant
Studies backdoor attacks on LLMs rather than autonomous agent systems or planning.
Cancerous Backdoor Attack: Gradual Activation via Invisible Tokens and A Stage Controller
Demonstrates a backdoor attack where malicious reasoning degradation is triggered incrementally using invisible prompt tokens and stage tracking.
Preprint
Small and efficient models
via arxiv · 12 Oct, 16:28
Not relevant
Does not study small models or inference efficiency.
Cancerous Backdoor Attack: Gradual Activation via Invisible Tokens and A Stage Controller
Demonstrates a backdoor attack where malicious reasoning degradation is triggered incrementally using invisible prompt tokens and stage tracking.
Preprint
Multimodal models
via arxiv · 12 Oct, 16:28
Not relevant
Focuses on textual LLM backdoor attacks, not multimodal systems.
Cancerous Backdoor Attack: Gradual Activation via Invisible Tokens and A Stage Controller
Demonstrates a backdoor attack where malicious reasoning degradation is triggered incrementally using invisible prompt tokens and stage tracking.
Preprint
Retrieval-augmented generation (RAG)
via arxiv · 12 Oct, 16:28
Not relevant
Not related to retrieval-augmented generation.
Cancerous Backdoor Attack: Gradual Activation via Invisible Tokens and A Stage Controller
Demonstrates a backdoor attack where malicious reasoning degradation is triggered incrementally using invisible prompt tokens and stage tracking.
Preprint
LLMs for code
via arxiv · 12 Oct, 16:28
Not relevant
Not focused on code generation or software engineering tasks.
Cancerous Backdoor Attack: Gradual Activation via Invisible Tokens and A Stage Controller
Demonstrates a backdoor attack where malicious reasoning degradation is triggered incrementally using invisible prompt tokens and stage tracking.
Preprint
LLM evaluation and benchmarks
via arxiv · 12 Oct, 16:28
Not relevant
Focuses on introducing and demonstrating an attack mechanism, not an evaluation benchmark.
CLEAT: Learning Value-Guided Clarification for Interactive Agents
Co-trains an interactive agent's task policy with a clarification-value controller to optimize when to ask follow-up questions.
Preprint
AI safety and reliability in deployment
via arxiv · 12 Oct, 16:28
Not relevant
Studies interactive task execution and intent clarification rather than safety risks or guardrails.
CLEAT: Learning Value-Guided Clarification for Interactive Agents
Co-trains an interactive agent's task policy with a clarification-value controller to optimize when to ask follow-up questions.
Preprint
LLM evaluation and benchmarks
via arxiv · 12 Oct, 16:28
Not relevant
Develops a co-training framework for interactive agents rather than an evaluation benchmark.
Kronecker Product Attention: Memory-Efficient KV Compression via Structured Factorization
Introduces a key-value cache compression method representing attention activations as sums of compact Kronecker products.
Preprint
AI agents
via arxiv · 12 Oct, 16:28
Not relevant
Focuses on attention-level KV cache compression, not LLM agents or planning.
Kronecker Product Attention: Memory-Efficient KV Compression via Structured Factorization
Introduces a key-value cache compression method representing attention activations as sums of compact Kronecker products.
Preprint
AI safety and reliability in deployment
via arxiv · 12 Oct, 16:28
Not relevant
Does not address safety, reliability, or guardrails.
Kronecker Product Attention: Memory-Efficient KV Compression via Structured Factorization
Introduces a key-value cache compression method representing attention activations as sums of compact Kronecker products.
Preprint
LLM evaluation and benchmarks
via arxiv · 12 Oct, 16:28
Not relevant
Presents an attention architecture, not an evaluation framework or benchmark.
MagicBeanStalk: Escaping the RLVR Zero Advantage Trap with Recursive Data Synthesis
Analyzes zero-advantage training plateaus in reinforcement learning with verifiable rewards and proposes recursive data synthesis to address them.
Preprint
AI agents
via arxiv · 12 Oct, 16:28
Not relevant
Focuses on training data synthesis for RLVR reasoning, not agent workflows or multi-agent systems.
MagicBeanStalk: Escaping the RLVR Zero Advantage Trap with Recursive Data Synthesis
Analyzes zero-advantage training plateaus in reinforcement learning with verifiable rewards and proposes recursive data synthesis to address them.
Preprint
AI safety and reliability in deployment
via arxiv · 12 Oct, 16:28
Not relevant
Investigates RLVR training dynamics rather than deployment safety, jailbreaks, or red-teaming.
MagicBeanStalk: Escaping the RLVR Zero Advantage Trap with Recursive Data Synthesis
Analyzes zero-advantage training plateaus in reinforcement learning with verifiable rewards and proposes recursive data synthesis to address them.
Preprint
LLM evaluation and benchmarks
via arxiv · 12 Oct, 16:28
Not relevant
Analyzes RLVR training data synthesis rather than proposing a general LLM evaluation benchmark.
MagicBeanStalk: Escaping the RLVR Zero Advantage Trap with Recursive Data Synthesis
Analyzes zero-advantage training plateaus in reinforcement learning with verifiable rewards and proposes recursive data synthesis to address them.
Preprint
Small and efficient models
via arxiv · 12 Oct, 16:28
Not relevant
Does not focus on small models, distillation, or hardware-efficient serving.
Incremental Retrieval-Augmented Generation for Human-in-the-Loop Decision Support
Evaluates an incremental retrieval-augmented generation framework that progressively populates its knowledge base from human decision precedents.
Preprint
AI safety and reliability in deployment
via arxiv · 12 Oct, 16:28
Not relevant
Addresses human-in-the-loop decision support, but main focus is RAG workflow rather than safety or guardrails.
Incremental Retrieval-Augmented Generation for Human-in-the-Loop Decision Support
Evaluates an incremental retrieval-augmented generation framework that progressively populates its knowledge base from human decision precedents.
Preprint
AI agents
via arxiv · 12 Oct, 16:28
Not relevant
Focuses on a decision-support retrieval framework rather than autonomous multi-step agents or tool use.
16,801–16,860 of 17,313← PreviousNext →