Why Scoped Agents Beat Autonomous Ones

Abstract network of scoped AI agent nodes in navy and cyan, illustrating governed agentic AI autonomy

Gartner predicts 40% of today's agentic AI projects won't make it to 2028 — not because the models failed, but because governance did. Here's what the enterprises that are succeeding actually have in common, and what it means for anyone deploying autonomous agents now. Read more

Linear Math Solves Costly AI Model Handoffs

Technical team reviewing a multi-LLM model handoff architecture diagram on a dark wall-mounted display during a working meeting

Every time an agentic system routes a task from one model to another, the receiving model pays a steep recompute penalty. Nvidia researchers found that simple linear math — not deep learning — can transfer conversational memory between models up to 25 times faster, with accuracy losses small enough to matter in production. Read more

RAG Cascade Architecture Cuts Inference Costs 6x

Enterprise operations dashboard illustrating a RAG cascade architecture that controls RAG inference costs in regulated environments

Most RAG systems route everything through the LLM and call it done. In regulated environments, that approach breaks under audit, scales poorly, and quietly accumulates risk. A three-stage cascade architecture changes the question from 'how do I prompt this well?' to 'what should never reach the model at all?' Read more

AI Underwriting Gets a Consulting Partner

Modern insurance office interior with dark glass panel displaying a reference to AI underwriting transformation strategy

Sixfold and Sollers Consulting have paired AI-driven risk assessment with deep advisory capability. The move reflects a broader industry truth: deploying AI in insurance is as much an implementation challenge as a technical one. Here's what that means for carriers moving toward automation. Read more