Prompt Engineering Is Not Enough: Deterministic Guardrails for AI Agents
Prompt engineering alone cannot make agents reliable in regulated environments. Here is a layered architecture of schemas, state machines, and runtime validators that can.
Prompt engineering alone cannot make agents reliable in regulated environments. Here is a layered architecture of schemas, state machines, and runtime validators that can.
Model Context Protocol adoption outpaced its security story. Here is a concrete architecture for MCP security gateways that enforce PII filtering, auth, and audit without killing integration speed.
AWS partner tiers look like marketing badges, but they gate real architectural advantages. Here is what each level unlocks and why it matters for enterprise AI.
AI agents are moving into production faster than enterprise controls can keep up. The answer is not another governance committee, but a runtime control plane.
Most teams default to supervisor architecture and pay 2-4x cost penalties. Here are the four patterns that matter—Supervisor, Pipeline, Debate, Broadcast—implemented with Amazon Bedrock Agents, Bedrock Flows, and Step Functions.
95% of GenAI pilots fail to reach production. Here's what separates toy agent demos from enterprise-grade systems: observability, guardrails, and failure recovery that works.
Quantifying the hidden costs of vendor dependency: integration tax, innovation friction, compliance risk, and talent constraints that drive TCO to 4-7x the sticker price.
The gap between working demos and production AI isn't technical-it's architectural. Here's what kills deployment momentum and how to bridge the chasm.