Agentic analytics uses AI agents to autonomously explore data, generate visualizations, and suggest insights, turning plain‑language questions into multi‑step analytical workflows. The article outlines the core capabilities, data exploration, visualization, and guidance, and the enterprise foundations needed, like query federation, data virtualization, and a semantic layer, to scale such agents.
Cross‑encoders can tighten retrieval when embeddings miss nuance, but they add latency and often don’t outperform strong embeddings alone. This article benchmarks four embedding models and three rerankers on enterprise document queries, showing when the extra reranker layer is justified and when it’s wasteful.
The article introduces Proxy‑Pointer RAG, a structure‑aware retrieval‑augmented generation technique that predicts low‑value sections in dense legal documents and skips them, avoiding costly entity and relation extraction. Applied to large credit agreements, it reduces token usage and ingestion time while preserving graph quality.
The article shows that while embeddings excel at synonym and paraphrase matching, they consistently miss crucial signals like negation, exact identifiers, and company acronyms. It argues that robust RAG pipelines need strong upstream filtering and domain‑specific keyword handling rather than relying on vector similarity alone.