How can organizations analyze and collaborate on sensitive data without exposing it?

Join us at Bocconi University for a one-day event on Secure Computation. We will discuss how three key cryptographic techniques work in real deployments: Multi-Party Computation (MPC), which combines data across parties without exposing individual inputs; Fully Homomorphic Encryption (FHE), which enables computation directly on encrypted data; and Zero-Knowledge Proofs (ZK), which verify results without disclosing anything about the underlying data.

The program includes introductory and practical talks, Q&A sessions, and discussion. The event is designed for companies, security leaders, as well as academics and students who want a clear view of today’s possibilities and how to get started.

Speakers include: Nigel Smart (Zama & COSIC, KU Leuven), Hossein Yalame (Bosch), Niek J. Bouman (Roseman Labs), Emad Heydari Beni (Nokia Bell Labs & COSIC, KU Leuven), Rotem Tsabary (LatticaAI), Matteo Bocchi (STMicroelectronics), Riivo Talviste (Cybernetica), and Emmanuela Orsini (Università Bocconi).

When & where: Fri 12 Dec 2025, 09:00–17:30, Università Bocconi, Milan.

Seats are limited — register now: https://events.unibocconi.eu/index.php?key=ev2025100027