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AgentCrypt: Advancing Privacy and (Secure) Computation in AI Agent Collaboration

Harish Karthikeyan
Yue Guo
Leo de Castro
Antigoni Polychroniadou
Leo Ardon
Udari Madhushani Sehwag
Sumitra Ganesh
Manuela Veloso
Main:8 Pages
14 Figures
Bibliography:3 Pages
2 Tables
Appendix:15 Pages
Abstract

As AI agents increasingly operate in real-world, multi-agent environments, ensuring reliable and context-aware privacy in agent communication is critical, especially to comply with evolving regulatory requirements. Traditional access controls are insufficient, as privacy risks often arise after access is granted; agents may use information in ways that compromise privacy, such as messaging humans, sharing context with other agents, making tool calls, persisting data, or generating derived private information. Existing approaches often treat privacy as a binary constraint, whether data is shareable or not, overlooking nuanced, role-specific, and computation-dependent privacy needs essential for regulatory compliance.

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