Ethics and Security Automata

Sean Welsh obtained his undergraduate degree in Philosophy at the University of New South Wales and underwent postgraduate study in Robot Ethics at the University of Canterbury. He has worked in extensively in software development for British Telecommunications, Telstra Australia, Volante e-business, Fitch Ratings, James Cook University, 24 Hour Communications and Lumata. He also worked for a short time as a political advisor to Warren Entsch, the Federal Member for Leichhardt in Australia. Sean’s articles on robot ethics have appeared in the Conversation, CNN, the Sydney Morning Herald, the New Zealand Herald and the Australian Broadcasting Corporation.

"A timely and unusually readable contribution to machine ethics – the project of making moral decisions in machines – Ethics and Security Automata provides an accessible overview as to how machines might make foundational moral decisions that affect human beings in a range of situations in war and peace. It is remarkable for its clarity and its ethical even-handedness. A book that is both technically and ethically interesting. Highly recommended." - Dr. Jai Galliott, Lecturer in Cyber Security, The University of New South Wales at the Australian Defence Force Academy"This book is a "must read" for anybody responsible for programming, supplying and deploying autonomous military and security robots. It is also recommended for a general audience. With clear and comprehensible discussion and detailed case analyses, Sean Welsh presents issues that many view as impenetrable, or scary, in a practical, constructive and highly enlightening manner. As James Moor, a pioneer of robot ethics, once said, machine ethics forces us to do a better, clearer, programmable ethical theory: Ethics and Security Automata is a fine example of this project carried out in practical detail." - Dr. Peter Boltuc, Professor of Philosophy, University of Illinois Springfield

• Introduction Chapter 1: Concepts Chapter 2: Method Chapter 3: Requirements Chapter 4: Solution Design Chapter 5: Development – Specific Norm Tests Chapter 6: Development – Knowledge Representation Chapter 7: Development – Basic Physical Needs Cases Chapter 8: Development – Fairness and Autonomy Cases Chapter 9: Moral Variation Chapter 10: Testing Chapter 11: Production