Alors même qu'elle a été conçue pour produire la sécurité en évitant le conflit et le jugement, le développement des sanctions, contrôles et autres recours a pour effet une juridictionnalisation de la compliance conduisant à l'adaptation de ses principes et de ses procédures et confrontant l'arbitrage à des perspectives inédites. Les solutions pensées pour cette adaptation sont ici analysées. ©Electre 2025

Quatrième de couverture

Compliance jurisdictionalisation

Compliance was designed to produce ex ante security without conflict. And yet... Sanctions, controls, cancellations, liability : judges are everywhere. This new branch of Law is becoming jurisdictional.

Increasingly, Compliance is forcing companies to become Judges of themselves and of others. In this new role, interests contradict each other, and Lawyers no longer know whom to defend, and everyone suffers from a lack of solutions. Internal investigations, French judicial public interest agreements, monitoring, etc., all require procedural principles to be adapted, while the Rule of Law requires protection of others and concern for the future, these Monumental Goals defining Compliance Law.

These global systemic concerns, such as the climate issue or security, truth and respect for others in the digital space, are giving rise to the emergence of new Judges, such as the International Arbitrator.

The Procedure, the Lawyer and the Judge must therefore be placed at the heart of Compliance mechanisms.

In practice, how can these opposites be reconciled, turned into advantages, and find new judicial solutions ?

This is the practical subject of this book.

Fiche Technique

Paru le : 15/02/2024

Thématique : Droit civil

Auteur(s) : Non précisé.

Éditeur(s) : Bruylant

Collection(s) : Compliance & regulation

Contributeur(s) : Editeur scientifique (ou intellectuel) : Marie-Anne Frison-Roche

Série(s) : Non précisé.

ISBN : 978-2-8027-7074-9

EAN13 : 9782802770749

Reliure : Broché

Pages : 464

Hauteur: 24.0 cm / Largeur 16.0 cm

Épaisseur: 2.6 cm

Poids: 732 g