Artificial Intelligence and judiciary: on the dichotomy between assistance and replacement. Technical and environmental aspects

Main Article Content

Sebastian Rivero Silva
David Chinarro Vadillo

This article explores the use of artificial intelligence systems in the judicial field, examining the main doctrinal opinions and the positions adopted by various countries. It highlights the role of the European Union, which is particularly receptive to the study of artificial intelligence in public administration. The technical and environmental issues accompanying the implementation of these systems in justice are addressed, including the state’s obligation to guarantee effective judicial protection and the difficulties inherent in replicating the personal and professional qualities of the human judge. Two paradigmatic approaches are also analysed: the judicial substitution model applied in China through the “Smart Courts” and the assistive model used in the United States with the COMPAS algorithm, which assists judges in making jurisdictional decisions, especially about deprivation of liberty. We also highlight the need for a multidisciplinary approach in adopting artificial intelligence in the judicial system, considering not only the technical advances but also the environmental implications to ensure a responsible and sustainable implementation.

Keywords
artificial intelligence (AI), digital judge, legal system, smart court, COMPAS

Article Details

How to Cite
Rivero Silva, Sebastian; and Chinarro Vadillo, David. “Artificial Intelligence and judiciary: on the dichotomy between assistance and replacement. Technical and environmental aspects”. IDP. Internet, Law and Politics E-Journal, no. 41, pp. 1-12, doi:10.7238/idp.v0i41.426865.
Author Biographies

Sebastian Rivero Silva, Rivero & Gustafson Abogados

Exercising lawyer authorized to practice law in Spain, PhD student at San Jorge University, within the line of research on global change and sustainable development. He was an advisor to the Permanent Mission of Spain in the United Nations and currently carries out his professional activity as an Attorney at Rivero & Gustafson Attorneys. In teaching, he is a collaborating professor of Civil and Commercial Law with a degree in Law from ESERP Business & Law School, assigned to Juan Carlos I University and in the MBA Master’s Degree from the Business School of the Miguel de Cervantes European University. 

To date, he has published three articles in academic journals within the justice field. He is the author of the monograph El Derecho Mercantil del Espacio Exterior, published by the Editorial Universitas. Likewise, he is part of the UNIDROIT Convention team on cultural goods stolen or exported illegally ratified by Spain and managed by the Unidroit Institute, and also collaborated as a guest specialist in the project Subnational Indicators of Justice, Governance, and Rule of Law in the Union, developed by the World Justice Project in collaboration with the European Union.

David Chinarro Vadillo, San Jorge University

Doctor in Computer Science and Systems Engineering from the University of Zaragoza. He was Vice Dean of Research at the School of Engineering and Architecture at San Jorge University (USJ), leading numerous international projects. He is currently a research collaborator at USJ in Data Science training, thesis addresses and TFM of the master degree in Education and a consultant at the Ministry of Defence on disruptive technologies and applied artificial intelligence. Among its 45 publications, in the field of humanities he is interested in quantitative and qualitative mixed models to characterize natural climate variability, its effect on resources and its consistent relationship with migration movements. He was the coordinator of the line of the European project Marie Curie MEDCHANge, in which fifteen universities from Mediterranean countries participated, focused on the analysis and relationships between global intercultural networks, spatial mobility of individuals, their economic and environmental conditions, gender and the study of consequent legislative adaptation. In the field of engineering and data science, his interests are: the predictive models of climate evolution of the century; the symptoms of biological systems of the Ebro basin, the aquifers of the Pyrenees and the glaciers of Antarctica; as well as in multi-agent models for the forecasting of energy consumption and the demand for renewable energy.

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