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A Comprehensive Guide to
Contemporary AI Safety

Safer Agentic AI Book Cover
Available now worldwide

Safer Agentic AI

Principles and Responsible Practices

A practical guide to governing, aligning, and securing autonomous AI systems. Written for policymakers, developers, and leaders responsible for AI that acts on its own.

Nell Watson
Prof. Ali Hessami
Nell Watson & Prof. Ali Hessami Chair and Process Architect, Safer Agentic AI Community of Practice
Available at: Kogan Page FLASH SALE: Save 40% at koganpage.com (opens in new tab) with code SALE40 Ends midnight BST, 4 Sep Save 25% at Kogan Page with code KOGANPAGE25
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What Experts Are Saying

Reviews from researchers and practitioners in AI, ethics, and technology governance

What Is Agentic AI?

Agentic AI systems pursue goals, adapt to situations, and make decisions without human input. Unlike AI that recommends, these systems act—breaking down tasks, running experiments, adjusting to feedback. Because they operate autonomously, errors compound before humans can notice or intervene.

Look Inside the Book

From AI fundamentals through governance frameworks ready to implement

Table of Contents

From the Foreword

"This timely volume addresses one of our field's most daunting challenges: ensuring the safe and beneficial development of increasingly autonomous AI systems. The authors combine technical expertise and ethical insight in a comprehensive framework... This book is invaluable for AI researchers, developers, policymakers, business leaders and anyone invested in the responsible future of artificial intelligence."
Dame Wendy Hall
Dame Wendy Hall
DBE, FRS, FREng
Regius Professor of Computer Science, University of Southampton
BOOK OVERVIEW

Safer Agentic AI

Audio overview of the book's core arguments

47:35 Full Player

Key Focus Areas

Nine dimensions determine whether an agentic AI system remains safe under real-world conditions.

Goal Alignment

Verifying that an AI system pursues the objectives its operators actually intended, not a distorted proxy.

Value Alignment

Embedding ethical values into AI behaviour and verifying they persist across updates and new contexts.

Safe Operations

Maintaining safe behaviour from development through deployment, including under degraded or adversarial conditions.

Epistemic Hygiene

Preventing AI systems from acting on false, stale, or poorly calibrated information.

Transparency

Making AI decision-making auditable so that operators can trace how a conclusion was reached and why.

Goal Termination

Reliable task completion, graceful shutdown, and orderly decommissioning when a system is no longer needed.

Security

Protecting AI systems against adversarial attacks, prompt injection, data poisoning, and other threat vectors.

Contextual Understanding

Verifying that an AI system accurately models its operating environment, including the boundaries and constraints that apply.

Responsible Governance

Clear lines of accountability, compliance structures, and oversight mechanisms throughout the deployment lifecycle.

Built on Structured Expert Analysis

The book expands on a framework developed by our Community of Practice of international experts in AI, ethics, law, and safety engineering, using the Weighted Factors Analysis (WeFA) expert-elicitation process.

7 Inhibitors Factors that push AI systems toward unsafe behaviour
balanced by
9 Drivers Safety and alignment measures that counteract the inhibitors
Read the Recommended Practices

About the Authors

Leaders in AI safety, ethics, and governance

Nell Watson

Nell Watson

Chair, Safer Agentic AI Community of Practice

Engineer, ethicist, and author of Taming the Machine. Chair of IEEE's Agentic AI Expert Focus Group and President of the European Responsible AI Office. Fellow of the British Computer Society and Royal Statistical Society. Listed as an Icon by the Royal Academy of Engineering.

Prof. Ali Hessami

Prof. Ali Hessami

Process Architect, Safer Agentic AI Community of Practice

Director of R&D at Vega Systems and Chair of IEEE P7000 Technology Ethics Standard. Vice Chair and Process Architect of IEEE ECPAIS. Fellow of the IET and Royal Society of Arts; Chartered Engineer. Visiting Professor at City, University of London and Beijing Jiaotong University.

Our Working Group

Experts from AI, ethics, law, social sciences, and safety engineering have contributed their time and domain knowledge to develop this framework.

Regular Contributors

  • Ali Hessami
  • Matthew Newman
  • Sara El-Deeb
  • Farhad Fassihi
  • Mert Cuhadaroglu
  • Scott David
  • Hamid Jahankhani
  • Nell Watson
  • Sean Moriarty
  • Isabel Caetano
  • Roland Pihlakas
  • Vassil Tashev
  • Keeley Crockett
  • Safae Essafi
  • Zvikomborero Murahwi
  • Lubna Dajani
  • Salma Abbasi

Occasional Contributors

  • Aisha Gurung
  • Leonie Koessler
  • Pramod Misra
  • Aleksander Jevtic
  • McKenna Fitzgerald
  • Pranav Gade
  • Alina Holcroft
  • Michael O'Grady
  • Rebecca Hawkins
  • Md Atiqur R. Ahad
  • Mrinal Karvir
  • Sai Joseph
  • Chantell Murphy
  • Nikita Tiwari
  • Tim Schreier
  • Katherine Evans
  • Patricia Shaw

Additional Contributors

  • Fadi Arab

Join Our Community

The Safer Agentic AI Community of Practice is a global network of practitioners developing safety guidelines for autonomous AI systems.

Stay Updated

Get the latest on our research, framework updates, and book news.

Connect With Us

Join our LinkedIn group to engage with AI safety experts, share insights, and stay connected with the community.

Get in Touch

We welcome feedback, questions, and proposals for collaboration.