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How To Build Decision-grade AI Agents You Can Trust and Audit

In this episode of Next Frontiers of AI, Scott Hebner is joined by George Gilbert to confront a growing enterprise reality: the lack of decision-Grade AI Agents is becoming the limiting factor in achieving ROI from agentic AI. As organizations move beyond copilots and task automation into higher-value use cases anchored in reliable decision-making, tolerance for “confident but wrong” outcomes collapses. Recent studies from Carnegie Mellon, Johns Hopkins, Oxford, MIT, and Northwestern underscore the point: even when LLMs appear to “reason” and “explain”, outputs remain unreliable, unfaithful, and difficult to defend in audits, compliance reviews, and post-incident analysis.

The episode outlines a practical architectural shift now underway across leading enterprises: moving from “LLMs are the AI architecture” to “LLMs are a component of the AI architecture.” Scott and George describe an enterprise-grade stack with three layers: an LLM Chain-of-Thought layer (fluency and coherence), a Semantic Layer (governed meaning and context), and a Causal Reasoning layer (cause-and-effect dynamics) that separates true business drivers from statistical noise to support defensible diagnosis and action. Together, these layers unlock new decision-grade AI agent use cases including root-cause remediation, counterfactual planning, and policy- and compliance-defensible decisions.

Enterprise AI leaders will not want to miss this discussion on why LLM-only architectures are reliability traps that struggle to generate verifiable, defensible, and trustworthy outcomes, and on how to create a practical blueprint for moving from fluent-but-fragile agents to decision-grade AI agentic systems that can be deployed with confidence in high-stakes business domains.

⏱ Chapters  

05:71 – Survey data on what enterprises plan to enable AI agents to perform over the next 18 months

12:02 – Why LLM chain-of-thought cannot be trusted (Carnegie Mellon, Oxford, MIT, etc. studies)

17:03 – Need for a three-layer enterprise AI architecture – LLM Layer, Semantic Layer, Causal Layer

21:09 – Game-changing nature of the semantic layer (knowledge graphs) in agentic AI

37:27 – New higher-ROI use cases enabled by semantic and causal AI layers

🔗 Learn more

📊 More Research: https://thecuberesearch.com/analysts/scott-hebner/

🔔 Next Frontiers of AI Digest: https://aibizflywheel.substack.com/welcome

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