
Governing at Machine Speed
AI Governance, Compliance, and Risk for Regulated Industries
By Shane Larson
About This Book
Most AI governance frameworks assume you have months to evaluate risk. Your AI systems make thousands of decisions before lunch. That gap is where careers end. A CIO in financial services who can't explain an AI lending decision to the OCC doesn't get a second chance. A healthcare executive whose clinical AI drifts out of FDA compliance doesn't get a grace period. And the ones who solve this by slowing everything down? They get replaced by someone who won't. Governing at Machine Speed is the operational manual for building AI governance that runs as fast as your AI does — continuous, automated, and built for regulatory scrutiny from day one. Inside this book: The shift from periodic compliance reviews to continuous automated monitoring — and the specific architecture that makes it work. Policy-as-code frameworks that translate regulatory language into enforceable, machine-readable rules. Automated audit trails designed not just to satisfy regulators but to actually catch problems before they escalate. Real-time risk detection that responds in hours instead of quarters. And full model lifecycle governance — from development through validation, deployment, monitoring, retraining, and retirement. Industry playbooks built for the regulations you actually face: Financial services leaders get frameworks mapped to OCC, CFPB, Fed, and SEC requirements across lending, fraud detection, and trading. Healthcare executives get FDA Software as a Medical Device pathways, HIPAA-compliant monitoring, and patient safety governance for clinical AI. Government technology leaders get Executive Order compliance blueprints, transparency architectures, and procurement governance models. Every chapter includes implementation frameworks, real-world examples from regulated industries, and exercises designed to move from theory to deployment. Written for CIOs, CTOs, Chief Risk Officers, and compliance leaders who are tired of choosing between speed and safety — and ready to architect systems that deliver both.



