While traditional RAG relies on static vector lookups that often lose global context, agentic search transforms retrieval into a dynamic, reasoning-driven process. By utilizing hierarchical structures like RAPTOR, Knowledge Graph RAG and autonomous sub-agents, these systems can navigate complex, multi-hop queries that typically overwhelm standard semantic search. This shift from one-shot retrieval to iterative loops […]
The Evolution of Agentic Search: From Naive RAG to Reasoning-Driven Retrieval
As Large Language Models (LLMs) transition from simple chatbots to autonomous agents, the methods we use to feed them data must evolve. While Retrieval-Augmented Generation (RAG) remains the industry standard for grounding models in external data, its “vanilla” implementation—converting text chunks into vectors for semantic lookup—often falters when faced with interconnected documents, technical jargon, or […]
Understanding How Claude Code Works
Inside Claude Code: How Sub-Agents and Parallel Execution Define Next-Gen Coding Agents Introduction: The Evolution of Coding Agents Coding agents represent a fundamental shift in how developers interact with their codebases. Unlike traditional autocomplete tools or simple code generation models, modern coding agents operate autonomously across multiple files, maintain context over extended sessions, and can […]