Session
Kubernetes in the Confidential Computing Marvels: Unlocking sMPC across multi-cloud clusters
Embark on the captivating journey of leveraging Kubernetes in a multi-cloud setting for Secure Multiparty Computation (sMPC).
Witness the wonders of confidential computing, from secret sharing to collaborative computing, all empowered by Kubernetes.
sMPC, a cryptographic technique for secure joint computation over private inputs, takes center stage, ensuring robust data security in a distributed, dynamic environment.
Independent Kubernetes clusters materialize as secure parties, collaborating and computing seamlessly without revealing the secret input provided by a external client.
This presentation by Nigel Smart, a distinguished cryptography professor, and Gilles Seghaier, Astran's co-founder & CTO, delves into the synergy of Kubernetes multi-clusters and advanced service mesh features based on Istio, in order to confidentially compute on secret data.

Gilles Seghaier
Cofounder & CTO of Astran - The Data Security as a Service Company
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