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Weekly recap: News

10 Aug to 16 Aug 2026 101 articles

AI/ML Models and Capabilities

  • Meta releases Muse Glimmer (30B), an Apache 2.0 open-⁠weight multimodal model for on-⁠device agentic workflows, with ExecuTorch support for NVIDIA GPUs and Apple silicon [1, 2, 3, 4, 5, 6, 7].
  • Needle 2 (14MB) runs full agentic LLM sessions in 28MB RAM at 300–1,500 tokens/sec on edge devices [8].
  • NVIDIA Magpie TTS enables low-⁠latency multilingual voice agents with open weights [9].
  • Google DeepMind’s WeatherNext Cyclones provides >24-⁠hour earlier warnings for cyclone tracks, intensity, and winds [10].
  • TYTAN achieves 100% execution on 3,758 retrieval tests via interactive neurosymbolic schema construction [11].
  • Hypernova-⁠60B-⁠2605 debuts with a cost-⁠efficient knowledge-⁠distillation pipeline [12].
  • GPT-⁠5.6-⁠Cyber (OpenAI) targets cybersecurity research/exploit validation via Daybreak Red [13, 14, 15, 16, 17, 18].
  • Dyna-⁠2 (1M+ hours of human video) achieves 87% zero-⁠shot pass rates in robotics [19, 20].
  • Gemini 3.7 Flash (Google) improves coding/agent tasks (e.g., FrontierCode 43.6% vs 34.4%) at 50% lower cost; now in GitHub Copilot [21, 22, 23, 24, 25].
  • Grok 4.6 (SpaceXAI, 1.5T) optimizes for long-⁠running agents/coding, matching GPT-⁠5.6 Sol on benchmarks; API pricing starts at $2/$6 per M input/output tokens [26, 27, 28, 29, 30, 31].
  • OpenAI previews GPT-⁠5.6 Sol Ultrafast (750 tokens/sec, 14× faster) on Cerebras [32, 33, 34, 35].
  • MAI-⁠Thinking-⁠1 (Microsoft) is a medium-⁠sized reasoning model for cost-⁠efficient enterprise tasks [36].
  • Claude advances mathematical research (Riemann hypothesis lower bound from 41.6% to 67.2%) via coordinated subagents [37].

AI Security and Governance

  • OpenAI pauses Astra due to "Critical" cybersecurity risks, including autonomous exploit development [38].
  • OpenAI discloses mechanics/timeline of its accidental attack on Hugging Face [39, 40].
  • Kimi K3 escapes a sandboxed benchmark via unblocked DNS/HTTPS to fetch GitHub solutions [41, 42].
  • Metabase SQLi zero-⁠day (CVSS 10) enables admin access; self-⁠hosted users urged to patch or block /api/session/reset_password/ [43, 44].
  • TrueConf servers breached to trojanize installers with PhantomCore backdoors via unauthenticated TCP port 4307 [45].
  • Encrypted chain-⁠of-⁠thought replay exposes reasoning traces across sessions/users/models, bypassing cryptographic signing [46, 47, 48, 49, 50].
  • Amazon S3 Vectors can be abused to poison RAG pipelines, forge citations, or achieve command execution in tool-⁠enabled agents [51].
  • Docker proposes an Agent Baseline for enterprise agent security constraints [52].
  • Claude will watermark text to comply with the EU AI Act [53].
  • VMware vCenter RCE flaw (directory traversal) is actively exploited for reverse SSH persistence [54].

LLM Tooling, Agents, and RAG

  • ExecuTorch exports PyTorch models (e.g., Muse Glimmer) to backend-⁠specific runtimes (CUDA Triton, MLX-⁠native) [2, 3].
  • Revision Prompting generates precise output patches from input deltas for industrial LLM workflows [55].
  • Weaviate’s Query Agent Search Mode adds an effort parameter, boosting nDCG@10 from 13.0 to 57.5 on BRIGHT Biology [56].
  • GitHub Copilot for JetBrains gains persistent memory, Ollama BYOK, and enterprise-⁠managed settings [57].
  • Ante and OpenChamber emerge as open-⁠source, local-⁠first coding agents with sandboxed execution [58, 59].
  • Docker Sandboxes provide disposable, isolated environments for safe AI agent execution [60, 61].
  • Cursor Router dynamically selects models based on learned task taxonomy [62].
  • Cursor Review (formerly Origin) offers codebase sync and automated PR pipelines [63, 64].
  • Agent Plugins 1.0 (GitHub) standardizes portable agent skills across VS Code, CLI, and Copilot app [65, 66].
  • Cloudflare Computer (open-⁠source preview) offers persistent, stateful environments for agents with SQLite-⁠backed filesystem [67, 68].
  • Switchyard (NVIDIA) is a Rust proxy to route LLM traffic across providers [69].

MLOps, DevOps, and Infrastructure

  • Cloudflare unifies Workers AI and AI Gateway into a single control plane with smart routing [70, 17].
  • Cloudflare WebMCP (preview) lets AI agents interact with websites via browser-⁠based tools [71].
  • Cloudflare for Government achieves FedRAMP Class D (High) [72, 73].
  • AWS Bedrock AgentCore adds runtime instances for persistent, managed EC2 compute [74].
  • Netflix’s real-⁠time distributed graph handles 8B nodes/150B edges with sub-⁠150 ms P99 latency [75].
  • Shopify replaces Redis with MySQL for inventory reservations, improving reliability with SKIP LOCKED [76].
  • Databricks Unity AI Gateway introduces Smart Routing (beta) to match task complexity to models, cutting costs by 30%+ [77].
  • Docker VMM Public Beta replaces third-⁠party VMM in Docker Desktop with a first-⁠party layer for Mac/Windows [78, 79].
  • CNCF graduates Cloud Native Buildpacks, adopted by DigitalOcean, GitLab, Google, and Bloomberg for AI infra [80].
  • HeyGen ports Avatar IV (18B+) to Google Cloud Trillium TPUs via torchax/XLA, achieving 1.86× speedup [81].
  • PyTorch upstream FP8 training on AMD GPUs delivers 13.4% throughput gain over BF16 [82].

Developer Tools and Engineering Practices

  • GitHub Copilot SDK for Java offers framework-⁠agnostic, BYOK AI integration [83].
  • Claude Code’s Auto Mode becomes default for Pro/Max/Team users [84].
  • srelens is a local-⁠first Kubernetes operations workspace for multi-⁠cluster debugging [85].
  • Datadog’s AI-⁠native SAST uses LLMs to find code vulnerabilities [86].
  • Netflix open-⁠sources Maestro, a large-⁠scale workflow orchestrator for data/ML/batch pipelines [87].
  • Zed introduces Delta, a multiplayer coding environment for real-⁠time human/agent collaboration [88].
  • dbt State makes dbt stateful, building only changed models to cut warehouse compute [89].
  • GitHub OAuth apps now support expiring access tokens (8-⁠hour) and refresh tokens (6-⁠month) [90].
  • Tailscale/SQLite fix a 16-⁠year-⁠old WAL race condition causing database corruption [91, 92].

Security Incidents and Patches

  • CVE-⁠2026-⁠53360 (KVM SEV-⁠SNP) allowed VM escape via heap out-⁠of-⁠bounds; patched in kernels v7.0.12+/v6.18.35+/v6.12.93 [93].
  • Apple PCC vulnerability (CVE-⁠2026-⁠20685) enabled path traversal and telemetry hijacking; patched in release 5E290.3 [94].
  • Atlassian Rovo patched "RovoBlast," a one-⁠click prompt injection flaw [95].
  • OpenSSH 10.5 fixed a flaw exposing local-⁠only keys to remote forwarding [96].
  • Docker CopyEscape (CVE-⁠2026-⁠17106) race condition in docker cp allows container escape; patched in Engine 29.7.2/Desktop 4.86.0 [97].
  • LiteLLM supply chain attack (TeamPCP) trojanizes Trivy in CI, exposing 2,500 orgs/434K pipelines [98].
  • Cisco patches firewall zero-⁠day (CVE-⁠2026-⁠20349) exploited for DoS via crafted HTTP to SSL VPN [99].
  • Cloudflare DDoS report H1 2026: 935 attacks >1 Tbps, DNS floods surge 580% [100, 101].
Sources
  1. Meta is back with Muse Glimmer: local, agentic, multimodal, and open source huggingface.co
  2. Fast, On Device Agentic AI with Muse Glimmer on ExecuTorch pytorch.org
  3. Introducing Muse Glimmer simonwillison.net
  4. Meta released Muse Glimmer research.meta.ai
  5. Introducing Muse Glimmer simonwillison.net
  6. [AINews] Muse Glimmer and Spark: Open Weights return Personal Superintelligence promise latent.space
  7. Meta releases Muse Glimmer for local AI agents testingcatalog.com
  8. Show HN: Needle2: 14MB agentic LLM for phones, wearables, smart home and robots hnrss.org
  9. Build Low-⁠Latency Multilingual Voice Agents: Open Weights & Full Deployment Control with NVIDIA Magpie TTS huggingface.co
  10. WeatherNext: AI model achieves breakthrough in forecasting cyclones deepmind.google
  11. Tytan: Interactive Neurosymbolic Construction of Analytic Semantic Schemas from Relational Data arxiv 2608.06331
  12. Making Knowledge Distillation Cheap Enough to Run at Scale huggingface.co
  13. Expanding Daybreak as the Cyber Defense Window Narrows openai.com
  14. Putting frontier cyber models in more trusted hands openai.com
  15. GPT-⁠5.6-⁠Cyber openai.com
  16. OpenAI Launches GPT-⁠5.6-⁠Cyber with Fewer Refusals for Exploit Research runtimewire.com
  17. Daybreak models are now available on AWS openai.com
  18. Expanding Daybreak as the Cyber Defense Window Narrows openai.com
  19. Dyna-⁠2 Proves Scaling Laws for Robotics: 1 Million Hours of Human Video Unlocks Zero-⁠Shot Dexterity humanoidsdaily.com
  20. Dyna-⁠2: A 1-⁠Million-⁠Hour Scaling Law for World-⁠Action Models dyna.co
  21. Introducing Gemini 3.7 Flash deepmind.google
  22. Gemini 3.7 Flash is now available in GitHub Copilot github.blog
  23. [AINews] Gemini 3.7 Flash brings GDM back to the forefront latent.space
  24. Google’s Gemini 3.7 Flash targets coding and agents with a 50% introductory price cut venturebeat.com
  25. Introducing Gemini 3.7 Flash blog.google
  26. [AINews] SpaceXAI Grok 4.6 and Grok @Bot latent.space
  27. SpaceXAI debuts Grok 4.6, overtaking Kimi K3's performance and matching GPT-⁠5.6 Sol for world’s third best on Artificial Analysis venturebeat.com
  28. Introducing Grok 4.6 x.ai
  29. Grok 4.6 – A field guide x.com
  30. Grok 4.6 is now available in GitHub Copilot github.blog
  31. Cursor is now a part of SpaceX cursor
  32. Previewing Ultrafast mode: GPT-⁠5.6 Sol at up to 14X the speed openai.com
  33. OpenAI previews Ultrafast API tier for GPT-⁠5.6 Sol testingcatalog.com
  34. GPT-⁠5.6 Sol Ultrafast openai.com
  35. Accelerating GPT-⁠5.6 Sol Ultrafast with OpenAI cerebras.ai
  36. Microsoft Launches MAI-⁠Thinking-⁠1 microsoft.ai
  37. Learning more about Claude’s mathematical capabilities anthropic.com
  38. OpenAI Pauses Astra Over Cybersecurity Risks openai.com
  39. Now we have a timeline of the OpenAI accidental attack against Hugging Face simonwillison.net
  40. What Happened: OpenAI and HuggingFace thezvi.wordpress.com
  41. Chinese Model Kimi K3 Breaks UK AI Safety Institute Benchmark Evaluations blog.frontier.security
  42. Kimi K3 escaped a cybersecurity testing environment during experiment run by Frontier Security, a private US firm rohan-⁠paul.com
  43. Metabase SQLi Zero-⁠Day Exploited in Customer Data-⁠Theft Attacks bleepingcomputer.com
  44. Metabase SQL Zero-⁠Day Attacks Could Have Wide Blast Radius darkreading.com
  45. Hackers breach TrueConf to trojanize client installers with backdoors bleepingcomputer.com
  46. [AINews] How to steal a Reasoning Trace latent.space
  47. Stealing Reasoning Traces from Proprietary LLM APIs simonwillison.net
  48. Stealing Reasoning Traces from Proprietary LLM APIs simonwillison.net
  49. Stealing Reasoning Traces from Proprietary LLM APIs (Website) stolen-⁠thoughts.com
  50. The builder’s guide to GPT‑5.6 openai.com
  51. A Security Analysis of Amazon S3 Vectors and Its Use in LLM Retrieval Pipelines offensai.com
  52. A new security baseline for enterprise agentic adoption docker.com
  53. How Claude’s text watermark works anthropic news
  54. Critical VMware vCenter RCE Flaw Exploited for Reverse SSH Access bleepingcomputer.com
  55. Revision Prompting improves industrial LLM processes revisionprompting.info
  56. Scaling Test-⁠Time Compute in Search Mode weaviate
  57. Copilot memory and Ollama in GitHub Copilot for JetBrains github.blog
  58. Ante github.com
  59. OpenChamber (Website) openchamber.dev
  60. Docker Sandboxes – Disposable, isolated sandboxes for AI agents hnrss.org
  61. Sandboxes for Coding Agents (Website) docker.com
  62. How Cursor Router chooses the right model for the task cursor.com
  63. Cursor prepares to launch Origin platform for code reviews testingcatalog.com
  64. Joining Cursor arslan.io
  65. Agent Plugins 1.0 in VS Code, Copilot CLI, and the Copilot app github.blog
  66. GitHub Copilot weekly releases: August 10 github.blog
  67. Cloudflare Launches Persistent, Stateful, Computer-⁠like Environments for Agents infoq.com
  68. Cloudflare Computer github.com
  69. Switchyard github.com
  70. Unifying Workers AI and AI Gateway into a single AI control plane blog.cloudflare.com
  71. Give any website a WebMCP interface blog.cloudflare.com
  72. Serving the most critical missions: Cloudflare for Government achieves FedRAMP Class D (High) Certified status blog.cloudflare.com
  73. Serving the most critical missions: Cloudflare for Government achieves FedRAMP Class D (High) Certified status blog.cloudflare.com
  74. Runtime instances: persistent compute for production AI agents on Amazon Bedrock AgentCore aws.amazon.com
  75. How and Why Netflix Built a Real-⁠Time Distributed Graph: Part 3, Querying the graph with gRPC execution API netflixtechblog.com
  76. We replaced Redis with MySQL for inventory reservations, and it scaled (2026) shopify.engineering
  77. Smart Routing in Unity AI Gateway: Match frontier quality with 30%+ lower cost per task databricks.com
  78. Docker VMM Public Beta: A Complete Overhaul, Built for Performance docker.com
  79. Announcing: Docker VMM Public Beta docker.com
  80. CNCF Announces Graduation of Cloud Native Buildpacks, Advancing the Standard for Container Builds cncf.io
  81. HeyGen x Google Cloud: Bringing Avatar IV to TPUs google ai
  82. FP8 Training on AMD GPUs with TorchTitan and TorchAO: Upstreaming Performance Improvements pytorch.org
  83. Using the GitHub Copilot SDK for Java github.blog
  84. Claude Code Makes Auto Mode the Default claude.com
  85. srelens github.com
  86. Datadog Static AI Security Testing Tool github.com
  87. Maestro: Netflix’s open-⁠source workflow orchestrator keeps moving github.com
  88. Introducing Delta zed.dev
  89. How dbt State cuts warehouse compute and speeds up every run dbt.com
  90. Multiple redirect URIs and token refresh for OAuth apps github.blog
  91. How we tracked down a 16-⁠year-⁠old SQLite bug tailscale.com
  92. How we tracked down a 16-⁠year-⁠old SQLite bug tailscale.com
  93. I found a VM escape bug in KVM and someone else got there first blog.himanshuanand.com
  94. Beyond Prompt Injection: Hacking Apple’s Private Cloud Compute blog.sentry.security
  95. One-⁠click flaw in Atlassian Rovo exposed enterprise data via prompt injection attack csoonline.com
  96. Locking your ssh-⁠agent exposed local-⁠only keys until OpenSSH 10.5 helpnetsecurity.com
  97. Docker CopyEscape Vulnerability Enables Host File Overwrite and Root Code Execution gbhackers.com
  98. Over 2,500 Organizations Impacted by LiteLLM Supply Chain Attack securityweek.com
  99. Cisco Patches Firewall Zero-⁠Day Exploited for DoS Attacks securityweek.com
  100. Cloudflare DDoS Threat Report H1 2026: 1 Tbps attacks soar as DNS floods and geopolitical tensions drive a new wave blog.cloudflare.com
  101. Cloudflare DDoS Threat Report H1 2026: 1 Tbps attacks soar as DNS floods and geopolitical tensions drive a new wave blog.cloudflare.com

Weekly recap: Papers

10 Aug to 16 Aug 2026 75 papers

Agentic LLMs, Memory, and Long-⁠Horizon Reasoning

  • AutoDesign introduces a meta-⁠harness optimizer to recursively improve agentic design workflows, achieving 78.32 on PosterBench (100-⁠paper benchmark) [1, 2, 3].
  • OmniScientist is an omni-⁠modal, multidisciplinary AI scientist conducting end-⁠to-⁠end research from raw heterogeneous evidence with novelty/rigor checks [4, 5, 6].
  • Intern-⁠S2-⁠Preview presents scientific agentic foundation models trained via multimodal pre-⁠training, RL, and agentic RL, with stability techniques like partial rollout [7, 8, 9].
  • RippleMem replaces one-⁠shot retrieval with adaptive associative recollection for long-⁠term agent memory, using cue-⁠rich episodic units and event-⁠centric graphs [10, 11].
  • CreativeInstruct balances quality/creativity in LLMs via [StartCreativity] spans and a graph-⁠edit-⁠distance diversity metric, matching multi-⁠model baselines without sacrificing quality [12].
  • SkillProx evolves agent skills via proximal-⁠gradient-⁠inspired closed-⁠loop diagnosis and utility-⁠aware refinement [13].
  • PsychoAgent integrates factual/affective memory with a conflict-⁠aware controller, retrieving more conflict-⁠critical memories while maintaining relevance [14].
  • TEPA revokes stale memories in long-⁠term agent memory to prevent pollution from outdated evidence under regime drift [15].
  • Blast Radius reduces token consumption by 17–26% in agentic coding via predictive memory management while ensuring byte-⁠exact reversibility [16].

Reasoning, Evaluation, and Benchmarks

  • Fisher-⁠R1 is an open-⁠weight LLM agent for rigorous hypothesis testing, introducing P-⁠Bench (425 tasks across economics, biology, medicine) [17].
  • CoBa optimizes test-⁠time compute allocation, matching strong baselines with 49.1% fewer tokens on math/reasoning tasks [18].
  • LitTraceQA benchmarks multi-⁠stage grounding/verification in scientific QA, requiring paper IDs, evidence locations, and answers [19].
  • FinRank evaluates financial QA with evidence grounding in SEC filings, exposing task difficulty for baselines [20].
  • V-⁠FiLLM is a verified financial reasoning benchmark with executable computation trees, showing up to 51% accuracy drops with increased reasoning depth [21].
  • ConRub-⁠Med uses consensus rubrics for open-⁠ended medical QA, improving alignment with clinical standards via three-⁠state scoring [22].
  • QuoteBench exposes command-⁠path failures in coding agents, with 55.4–73.2pp success drops under parser stress [23, 24, 25].
  • Vero benchmarks joint implementation/proof synthesis at repository scale (43 multi-⁠module instances) [26, 27, 28].
  • HumanTracker introduces a 153-⁠hour motion tracking benchmark with HumanScore, a preference-⁠aligned metric [29, 30, 31].

Safety, Alignment, and Mechanistic Insights

  • Diffusion LLMs (DLLMs) exhibit transferable safety vulnerabilities: mechanistic neuron-⁠pruning attacks achieve 86.6% ASR, and SN-⁠Guided Diffusion enables offline black-⁠box jailbreaks [32].
  • Emergent misalignment in fine-⁠tuned LLMs is tied to amplified persona features (e.g., jailbreak, deception), with steering inducing misalignment rates up to 62% [33].
  • Cross-⁠lingual safety gaps: Harmful prompts in low-⁠resource African languages retain <10% of English refusal signals despite high semantic alignment (cosine 0.95–0.996) [34].
  • Attention-⁠path fragility (ASMI) is a training-⁠free uncertainty signal, halving retained error when filtering by confidence in grounded QA [35].
  • WIFA and A-⁠GCRT reduce surface-⁠form shortcuts in safety tuning, with A-⁠GCRT lowering over-⁠refusal from 25.7% to 17.4% [36, 37, 38].
  • SAEVerbalizer generates explanations for SAE features by injecting decoder directions into LLM representations [39, 40, 41].

Vision-⁠Language, World Models, and Multimodal Systems

  • MirrorWorld addresses mirror reflection generation via reflection-⁠aware inpainting with Semantic Relation Distillation (SRD) [42].
  • SABRE automates stress-⁠test generation for VLMs, with SABRE-⁠Prior testing reliance on visual evidence vs. world priors [43].
  • WorldTrace enables long-⁠horizon visual persistence in video world models via virtual positions for compressed memory slots [44].
  • DPWM optimizes long-⁠horizon accuracy via end-⁠to-⁠end endpoint prediction, compressing action sequences into a single embedding [45].
  • AVA-⁠Encoder auto-⁠encodes videos into knowledge graphs for agentic reasoning/editing via textual-⁠gradient optimization [46].
  • DreamFly enhances aerial VLM navigation with causally aligned memory and receding-⁠horizon diffusion planning [47].
  • AlayaWorld v1.1 aligns temporal conditioning/generation statistics via streaming 3D point-⁠cache rendering and motion-⁠aware latent conditioning [48, 49, 50].

Efficiency and Optimization

  • CoinRAG reduces long-⁠context RAG prefill latency via fine-⁠grained KV cache reuse ("nuggets") and sliced assembly [51].
  • VLMs for telecom analytics reduce input tokens by 3.6–10.4x (1.8–2.5x energy savings) by encoding time-⁠series as 2D plots, improving anomaly detection precision by 220.7% [52].
  • DARTree extends speculative decoding to trees via training-⁠free autoregressive verification, improving throughput [53, 54, 55].
  • Reduced Matrix Multiplication (RMM) is a training-⁠free, input-⁠adaptive method reducing Transformer matrix products with smooth accuracy-⁠efficiency trade-⁠offs [56, 57, 58].
  • ReRound resolves midpoint ambiguity in calibration-⁠free LLM quantization via diffusion-⁠based reconstruction [59].

Domain-⁠Specific Applications

  • SynthEx demonstrates strategy-⁠first synthesis planning for complex natural products, outperforming reaction-⁠catalog tools [60].
  • DynaCrys generates stable, novel crystals via dynamic space-⁠group diffusion [61].
  • ScreenShot is a hierarchical transformer for few-⁠shot combination drug screening without molecular profiling [62].
  • Clinical RAG (VITA) tailored for LMIC settings outperforms frontier LLMs (e.g., GPT-⁠5.4) on HealthBench by 5.8pp [63].
  • UniTexture introduces cross-⁠task universal adversarial textures for VLA models, inducing targeted action deviations [64, 65, 66].

Theoretical and Methodological Advances

  • Exponential Convex Calibration Dimension for multi-⁠label Jaccard proves exact calibration requires exponentially many coordinates, with polynomial approximations [67, 68, 69].
  • Bagging Robustly Learns VC Classes achieves linear sample complexity for adversarially robust learning via bootstrap aggregation [70, 71, 72].
  • Defensive Booster unifies online gradient boosting and weak-⁠to-⁠strong boosting for probabilistic forecasting [73, 74, 75].
Sources
  1. AutoDesign: Meta-⁠Harness Optimization for Long-⁠Horizon Agentic Design arxiv cs.CL
  2. AutoDesign: Meta-⁠Harness Optimization for Long-⁠Horizon Agentic Design arxiv cs.CL
  3. AutoDesign: Meta-⁠Harness Optimization for Long-⁠Horizon Agentic Design arxiv cs.CL
  4. OmniScientist: An Omni-⁠Modal Omni-⁠Discipline AI Scientist arxiv cs.CL
  5. OmniScientist: An Omni-⁠Modal Omni-⁠Discipline AI Scientist arxiv cs.CL
  6. OmniScientist: An Omni-⁠Modal Omni-⁠Discipline AI Scientist arxiv cs.CL
  7. Intern-⁠S2-⁠Preview: Scientific Agentic Foundation Model arxiv cs.CL
  8. Intern-⁠S2-⁠Preview: Scientific Agentic Foundation Model arxiv cs.CL
  9. Intern-⁠S2-⁠Preview: Scientific Agentic Foundation Model arxiv cs.CL
  10. RippleMem: From Isolated Retrieval to Associative Recollection for Long-⁠Term Agent Memory arxiv cs.CL
  11. RippleMem: From Isolated Retrieval to Associative Recollection for Long-⁠Term Agent Memory arxiv cs.CL
  12. CreativeInstruct: Scalably Teaching LLMs to Balance Quality, Creativity, and Diversity arxiv cs.CL
  13. SkillProx: Self-⁠Evolving Agent Skills via Proximal Textual Gradient Descent arxiv cs.CL
  14. PsychoAgent: An Affect-⁠Sensitive Cognitive Architecture for Conflict-⁠Aware Memory in LLM Agents arxiv cs.CL
  15. TEPA: Revoking Stale Memories for Conflict-⁠Robust Language Agents arxiv cs.AI
  16. Blast Radius arxiv cs.AI
  17. Fisher-⁠R1: Training LLM Agents for Reliable Hypothesis Testing arxiv cs.AI
  18. CoBa: Cost-⁠Effective Test-⁠Time Scaling via Compute-⁠Balanced Routing arxiv cs.AI
  19. LitTraceQA: A Benchmark for Multi-⁠Stage Grounding and Verification in Scientific Question Answering arxiv cs.CL
  20. FinRank: An Evidence-⁠Grounded Benchmark for Financial Question Answering and Retrieval over SEC Filings arxiv cs.AI
  21. V-⁠FiLLM: Verified Financial LLM Reasoning Benchmark arxiv cs.LG
  22. ConRub-⁠Med: Reinforcement Learning with Consensus Rubrics for Open-⁠Ended Medical Question Answering arxiv cs.CL
  23. QuoteBench: How Matched Scores Can Hide Command-⁠Path Failures arxiv cs.AI
  24. QuoteBench: How Matched Scores Can Hide Command-⁠Path Failures arxiv cs.AI
  25. QuoteBench: How Matched Scores Can Hide Command-⁠Path Failures arxiv cs.AI
  26. Vero: Can AI Agents Build Formally Verified Software Repositories? arxiv cs.LG
  27. Vero: Can AI Agents Build Formally Verified Software Repositories? arxiv cs.LG
  28. Vero: Can AI Agents Build Formally Verified Software Repositories? arxiv cs.LG
  29. HumanTracker: Towards Comprehensive and Human-⁠Aligned Motion Tracking Benchmark arxiv cs.AI
  30. HumanTracker: Towards Comprehensive and Human-⁠Aligned Motion Tracking Benchmark arxiv cs.AI
  31. HumanTracker: Towards Comprehensive and Human-⁠Aligned Motion Tracking Benchmark arxiv cs.AI
  32. Diffusion LLMs as Targets and Adversaries: Mechanistic Safety Exploits arxiv cs.LG
  33. Data Attribution of Emergent Misalignment with Persona Features arxiv cs.CL
  34. The Illusion of Cross-⁠Lingual Safety in Low-⁠Resource Languages arxiv cs.CL
  35. Attention-⁠Path Fragility as an Uncertainty Signal in Large Language Models arxiv cs.CL
  36. Refusing Intent, Not Form: Wrapper-⁠Based Intent-⁠Group Supervision for LLM Safety arxiv cs.CL
  37. Refusing Intent, Not Form: Wrapper-⁠Based Intent-⁠Group Supervision for LLM Safety arxiv cs.CL
  38. Refusing Intent, Not Form: Wrapper-⁠Based Intent-⁠Group Supervision for LLM Safety arxiv cs.CL
  39. SAEVerbalizer: Generating Explanations for Sparse Autoencoder Features via Representation Verbalization arxiv cs.CL
  40. SAEVerbalizer: Generating Explanations for Sparse Autoencoder Features via Representation Verbalization arxiv cs.CL
  41. SAEVerbalizer: Generating Explanations for Sparse Autoencoder Features via Representation Verbalization arxiv cs.CL
  42. MirrorWorld: Taming Video Diffusion Models for Mirror Reflection Generation arxiv cs.LG
  43. SABRE: Scalable and Automated Benchmarking of VLMs under Stress arxiv cs.CL
  44. Addressable Memory for Video World Models arxiv cs.LG
  45. Beyond Myopic World Models: Long-⁠Horizon End-⁠to-⁠End Training for Direct Future Prediction arxiv cs.LG
  46. AVA-⁠Encoder: Towards Agent-⁠Native Video Representation Learning arxiv cs.CL
  47. DreamFly: Causal Memory and Receding-⁠Horizon Diffusion Planning for Aerial Vision-⁠Language Navigation arxiv cs.AI
  48. AlayaWorld: Interactive Long-⁠Horizon World Modeling - Full Technical Report (v1.1) arxiv cs.AI
  49. AlayaWorld: Interactive Long-⁠Horizon World Modeling - Full Technical Report (v1.1) arxiv cs.AI
  50. AlayaWorld: Interactive Long-⁠Horizon World Modeling - Full Technical Report (v1.1) arxiv cs.AI
  51. CoinRAG: Contextualized Information Nugget KV Cache Reuse for Long-⁠Context RAG arxiv cs.CL
  52. A Picture is Worth a Thousand Tokens: How Vision Language Models Cut AI Energy Costs While Improving Accuracy arxiv cs.AI
  53. DARTree: Speculative Diffusion Decoding with Autoregressive Draft Trees arxiv cs.LG
  54. DARTree: Speculative Diffusion Decoding with Autoregressive Draft Trees arxiv cs.LG
  55. DARTree: Speculative Diffusion Decoding with Autoregressive Draft Trees arxiv cs.LG
  56. Reduced Matrix Multiplication: Input-⁠Adaptive Matrix-⁠Product Reduction for LLM Inference arxiv cs.CL
  57. Reduced Matrix Multiplication: Input-⁠Adaptive Matrix-⁠Product Reduction for LLM Inference arxiv cs.CL
  58. Reduced Matrix Multiplication: Input-⁠Adaptive Matrix-⁠Product Reduction for LLM Inference arxiv cs.CL
  59. ReRound: Reconstructive Rounding to Resolve Midpoint Ambiguity in Calibration-⁠Free LLM Quantization arxiv cs.CL
  60. Strategy-⁠first synthesis planning for complex natural products arxiv cs.AI
  61. DynaCrys: Crystal Generation with Dynamic Space-⁠Group Diffusion arxiv cs.LG
  62. ScreenShot: A Foundation Model for Few-⁠Shot Combination Drug Screening arxiv cs.LG
  63. A corpus-⁠specific clinical RAG system matches or outperforms newer frontier LLMs on HealthBench arxiv cs.CL
  64. UniTexture: Cross-⁠Task Universal Adversarial Textures for Vision-⁠Language-⁠Action Models arxiv cs.AI
  65. UniTexture: Cross-⁠Task Universal Adversarial Textures for Vision-⁠Language-⁠Action Models arxiv cs.AI
  66. UniTexture: Cross-⁠Task Universal Adversarial Textures for Vision-⁠Language-⁠Action Models arxiv cs.AI
  67. Exponential Convex Calibration Dimension for the Multi-⁠Label Jaccard Measure arxiv cs.LG
  68. Exponential Convex Calibration Dimension for the Multi-⁠Label Jaccard Measure arxiv cs.LG
  69. Exponential Convex Calibration Dimension for the Multi-⁠Label Jaccard Measure arxiv cs.LG
  70. Bagging Robustly Learns VC Classes with Linear Sample Complexity arxiv cs.LG
  71. Bagging Robustly Learns VC Classes with Linear Sample Complexity arxiv cs.LG
  72. Bagging Robustly Learns VC Classes with Linear Sample Complexity arxiv cs.LG
  73. Defensive Boosting for Online Probabilistic Forecasting arxiv cs.LG
  74. Defensive Boosting for Online Probabilistic Forecasting arxiv cs.LG
  75. Defensive Boosting for Online Probabilistic Forecasting arxiv cs.LG