Artificial Intelligence and Blockchain in International Arbitration offers an exhaustive analysis of technology-assisted arbitration across the entire arbitral lifecycle by examining how blockchain and artificial intelligence are used in drafting and concluding arbitral agreements, in the constitution of the tribunal, in the overall procedural management of the case, on evidence and disclosure, on virtual hearings, and even on arbitral award drafting. It delves deeper into the limitations of automation, the non-delegable roles of arbitrators, and the compatibility of digital procedures with core arbitration principles such as party autonomy, due process, equality of arms, secrecy, and impartiality. Additionally, it examines how new technologies interact with private international law, with the consent of the parties, the relevant legislation, and how these technologies can be incorporated into arbitration without going against public policy, without violation of due process rights, and in that way, ensuring enforcement under the New York Convention.

This book, by examining how blockchain and artificial intelligence are changing arbitral practice, provides a fresh and topical viewpoint on current debates in international arbitration and explores how these technological advancements are reshaping arbitration foundations while posing ethical challenges about the future of arbitration.

Matthew Dacoronias-Marina is a Greek-qualified lawyer and accredited mediator. He has studied at the University of Edinburgh and the National and Kapodistrian University of Athens, from where he holds his PhD summa cum laude. His research and practice focus on arbitration, civil and commercial law, and private international law, with particular interest in emerging technologies