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The agentic web is here3h◆Enhancing Sentiment Classification on Small Datasets through Data Augmentation and Transfer Learning7h◆DAPS: Dependency-Aware Premise Selection for LLM Theorem Proving7h◆CodeLift: Your Test Suite Is Secretly a Dense SWE Curriculum7h◆Cumulative Marginal Matching for One-Step Diffusion7h◆Beyond Public Access in LLM Pre-Training Data7h◆M$^\star$: Every Task Deserves Its Own Memory Harness7h◆On k-nearest-neighbor regression in metric spaces7h◆CausalGrade: Evidence-Guided Causal Graph Scoring with Jev7h◆Leveraging Quantum Measurement Randomness for Shot-Efficient Diffusion Models7h◆Repair Brain Damage: Real-Numbered Error Correction Code for Neural Network7h◆Quantifying Concentration Phenomena of Mean-Field Transformers in the Low-Temperature Regime7h◆Comparative Evaluation of LLM-Based Review Paradigms for Academic Paper Quality Assessment7h◆BlindToChange: AI Agents Can Find Changes When Asked But Do They Look When Needed?7h◆KV-Cache Patching: Tracing How and Where Fine-Tuned Behaviors Arise7h◆KEEPER: Learning Control-Sufficient Textual Memory for Long-Horizon LLM Agents7h◆Sparse Text Diffusion under Dual Budgets: Context Connectivity and Expert Activation7h◆Enhancing Knowledge Entity Relation Extraction in Abstracts and Full-text Content of Academic Articles Using Large Language Models7h◆CEFR Level Assessment across Languages and Text Granularities7h◆Digital sovereignty in professional translation workflows: a case study of migrating from Windows to Linux7h◆The agentic web is here3h◆Enhancing Sentiment Classification on Small Datasets through Data Augmentation and Transfer Learning7h◆DAPS: Dependency-Aware Premise Selection for LLM Theorem Proving7h◆CodeLift: Your Test Suite Is Secretly a Dense SWE Curriculum7h◆Cumulative Marginal Matching for One-Step Diffusion7h◆Beyond Public Access in LLM Pre-Training Data7h◆M$^\star$: Every Task Deserves Its Own Memory Harness7h◆On k-nearest-neighbor regression in metric spaces7h◆CausalGrade: Evidence-Guided Causal Graph Scoring with Jev7h◆Leveraging Quantum Measurement Randomness for Shot-Efficient Diffusion Models7h◆Repair Brain Damage: Real-Numbered Error Correction Code for Neural Network7h◆Quantifying Concentration Phenomena of Mean-Field Transformers in the Low-Temperature Regime7h◆Comparative Evaluation of LLM-Based Review Paradigms for Academic Paper Quality Assessment7h◆BlindToChange: AI Agents Can Find Changes When Asked But Do They Look When Needed?7h◆KV-Cache Patching: Tracing How and Where Fine-Tuned Behaviors Arise7h◆KEEPER: Learning Control-Sufficient Textual Memory for Long-Horizon LLM Agents7h◆Sparse Text Diffusion under Dual Budgets: Context Connectivity and Expert Activation7h◆Enhancing Knowledge Entity Relation Extraction in Abstracts and Full-text Content of Academic Articles Using Large Language Models7h◆CEFR Level Assessment across Languages and Text Granularities7h◆Digital sovereignty in professional translation workflows: a case study of migrating from Windows to Linux7h◆
News/The agentic web is here
mit-tech-review
PublishedNovember 2, 2026 at 9:35 AM

The agentic web is here

The agentic web is here
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In 2001, a decade after he invented the World Wide Web, Tim Berners-Lee articulated a new vision. Together with two colleagues, he published an article in the magazine Scientific American in which he outlined what he called the “Semantic Web”: an internet designed to be navigated by autonomous softw

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