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1
Introduction
2
Hardware Security
3
MultiParty Computation
4
Toy Example
5
Secure Computation
6
Virtual HSM
7
Factor Authentication
8
Key Misuse Protection
9
Card Computation
10
Garbled Circuit
11
Virtualized Cryptography
12
Questions
13
Google Private Join
14
Status Standardization
15
What is preventing largescale adoption
16
How much work is still research
17
Quantization
18
Quantum Resistant
19
PostQuantum
20
RSA Refresh
21
Conclusion
Description:
Explore the path to software-defined cryptography through multi-party computation in this 52-minute conference talk from NorthSec 2020. Delve into applied cryptography as a catalyst for innovation, growth, and risk mitigation in enterprise key management and protection. Learn why traditional hardware-based security falls short in the face of rapid technological changes, and discover how multi-party computation (MPC) offers a flexible, scalable solution for modern cryptographic needs. Examine topics such as hardware security, secure computation, virtual HSMs, factor authentication, key misuse protection, garbled circuits, and virtualized cryptography. Gain insights from Professor Yehuda Lindell, a renowned cryptography expert, as he discusses the future of cryptography, including quantum-resistant algorithms and post-quantum security. Understand the challenges preventing large-scale adoption of these technologies and explore the ongoing research in the field.

Path to Software-Defined Cryptography via Multi-Party Computation

NorthSec
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