Identity & Representation
Define persistent machine actors, ownership, provenance, model lineage, and the institutional context in which an AI system operates.
AI Governance
Paris AI Organization researches the architectures of accountability required when advanced AI moves from producing outputs to exercising delegated authority across real systems.

Research thesis
Principles remain essential, but increasingly autonomous systems require controls that operate continuously: persistent identity, bounded authority, verifiable evidence, contextual authorization, monitoring, escalation, and intervention.
We study governance as an architecture that connects technical controls with institutional responsibility.
Governance architecture
Our program examines how governance can remain effective as models become agents, workflows become autonomous, and decisions are distributed across machines and people.
Define persistent machine actors, ownership, provenance, model lineage, and the institutional context in which an AI system operates.
Translate human and organizational authority into machine permissions with purpose, scope, duration, conditions, and revocation.
Develop evidence structures for model behavior, system controls, data provenance, evaluations, incidents, and consequential actions.
Design monitoring, escalation, human review, rollback, and containment mechanisms that operate while systems are active.
Research questions
How should AI identities be issued and revoked? Which actions need fresh authorization? How should an agent lose authority when context changes? What evidence is sufficient to reconstruct why a machine action occurred?
How should model risk, tool risk, data risk, and workflow risk combine? When should oversight be automated, when should it be human, and how can governance remain legible under real-time operating conditions?
Research direction
Move governance from periodic review toward continuous evaluation of context, authority, behavior, and material change.
Make auditability and provenance part of system architecture rather than an after-the-fact reporting exercise.
Design clear boundaries for delegation, escalation, intervention, and revocation when systems operate with increasing autonomy.
Selected research

A governance architecture for identity, bounded authority, escalation, and accountability when autonomous software acts on behalf of people and institutions.

Why evidence, policy evaluation, monitoring, and control validation must become continuous as AI systems change faster than traditional review cycles.

A control model for deciding when generated data is fit for training, testing, simulation, analytics, and high-stakes evaluation.
Research collaboration
Paris AI Organization collaborates on governance research involving agents, assurance, evaluation, accountability, standards, and operational controls.
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