AI Infrastructure / Agent Governance · Case Study

Role Kernel

Governance infrastructure letting AI agents safely assume 1,016 professional roles.

Role Kernel

The Challenge

Deploying autonomous AI agents across regulated industries required more than a prompt — it required real governance: role-appropriate behavior, risk controls, and compliance enforcement across over a thousand distinct occupational contexts.

The Approach

We architected a three-layer hierarchical system: a Baseline layer of 1,016 O*NET occupations with identity and task governance, a Governance layer of industry-specific overlays (Pharma, Finance, Healthcare, Defense) with tailored risk multipliers, and a Client layer for customer-specific customization. We built an ingestion pipeline processing 412,415 O*NET records — including 56,505 aliases and 297,676 behavioral context records — with automated risk classification driving agent operating modes (STRICT, CAREFUL, NORMAL). Semantic role resolution runs on OpenAI embeddings and Pinecone, with an industry-fork architecture producing specialized child roles with adjusted risk overlays.

Key Capabilities

Three-layer role governance architecture (Baseline / Industry / Client)
412,415-record O*NET ingestion pipeline
Automated risk classification (CRITICAL / HIGH / STANDARD)
Semantic role resolution (OpenAI embeddings + Pinecone)
Industry-fork architecture for specialized compliance variants
1,016 occupational profiles under active governance

Tech Stack

OpenAI EmbeddingsPineconeCeleryRedisO*NETAWS

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