Law, Privacy, Security, and Compliance in the Age of Artificial Intelligence
Artificial intelligence is being deployed faster than the laws, institutions, and controls designed to govern it. Fragmented regulation across jurisdictions, rapidly evolving technical risks, and unclear accountability have left practitioners, counsel, and leaders without a shared reference for how to govern AI responsibly. Governing Intelligence closes that gap.
Drawing on years of advising regulated enterprises and teaching AI privacy engineering at the Georgia Institute of Technology, Noah M. Kenney presents a rigorous, practitioner-oriented framework that unifies legal, ethical, technical, and operational dimensions of AI governance into a single coherent discipline. The textbook translates the EU AI Act, GDPR, NIST AI RMF, ISO/IEC 42001, sector-specific regimes, and emerging state and international laws into actionable controls mapped to the AI system lifecycle.
Every chapter moves from foundational concepts to implementation guidance, case studies, and discussion questions. Written for counsel, compliance officers, engineers, policymakers, and executives who must make defensible AI decisions today.
Covers the EU AI Act, GDPR, United States federal and state regimes, the UK, China, emerging markets, and sector-specific laws in healthcare, financial services, education, and government — with explicit guidance on multi-jurisdictional compliance.
Integrates privacy engineering, adversarial ML, model integrity, red-teaming, differential privacy, and synthetic data alongside the legal frameworks that depend on them — so technical and legal teams finally speak the same language.
At the core of Governing Intelligence is the AI Governance Stack: a layered architecture that maps legal, ethical, and technical obligations to discrete, auditable points in the AI system lifecycle. Each layer translates abstract governance principles into concrete controls, evidence, and accountability — and each regulatory regime in the book is mapped back to these layers.
Provenance, lineage, lawful basis, quality, consent, and minimization. Everything downstream depends on the integrity and legitimacy of the data used to train, tune, and evaluate AI systems.
Model design, training, validation, documentation, versioning, fairness testing, and explainability — aligned to NIST AI RMF, ISO/IEC 42001, and sector standards.
How models are embedded into production systems, human workflows, and third-party infrastructure — including supply chain risk, vendor diligence, and API security.
Runtime oversight: drift detection, adversarial monitoring, incident response, human-in-the-loop controls, and the operational telemetry regulators increasingly require.
Documentation, model cards, impact assessments, audit trails, and the evidentiary record needed for internal audit, external regulators, and litigation.
The textbook is structured as a progression from foundational principles through global law, privacy engineering, security, auditing, and sector-specific application — culminating in frontier model governance and the future of AI oversight.

Noah M. Kenney is the Founder and Principal Consultant of Digital 520, a global consultancy specializing in digital transformation, data privacy, AI governance, cybersecurity, and compliance. Digital 520 partners with regulated enterprises, high-growth companies, and mission-driven organizations to increase operational efficiency and drive organizational growth. In his role as Founder and Principal Consultant, Noah serves as fractional CTO and technology advisor to multiple organizations, has consulted on over 40 AI initiatives, and speaks globally on AI, governance, privacy, and secure systems design.
In addition to leading Digital 520, Noah serves as President and Chief Scientist of the Disruptive AI Lab, where he focuses on applying AI in high-risk and regulated environments, including healthcare and critical infrastructure. He also serves as President of the Ethical Tech Forum, a global think tank advancing responsible AI, privacy, and emerging technology governance.
Noah is recognized for his work in AI-driven medical diagnostics, including improving pneumonia detection using computationally efficient AI systems, for which he received a competitive research grant. He co-developed the country’s first AI Privacy Engineering course at the Georgia Institute of Technology. He holds over 50 advanced industry certifications, including the Certified Information Privacy Manager (CIPM) credential from the International Association of Privacy Professionals (IAPP). He earned his undergraduate degree in Economics with high honors from the Georgia Institute of Technology and a Master’s of Engineering from the University of Colorado Boulder.
The full first edition is available as a complimentary PDF. Download it for your own reference, share it with your team, or adopt it for a course.