Presented by
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Principal Cryptography/Security Architect, NXP Semiconductors
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Cryptographer, NXP Semiconductors
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VP BlackBerry Certicom, BlackBerry
NXPリファレンスデザイン・ライブラリ
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- トレーニング
- Post-Quantum Cyber Attacks: How to Prepare and Prevent
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About This Training
Quantum computing has never been closer to becoming a reality and with it, Y2Q, when quantum computers become weaponized by threat actors. Y2Q threatens to render many widely used cryptography solutions useless.
This is an urgent problem for manufacturers of products that will last 5 or more years. Design decisions made now will likely live past Y2Q and therefore need to consider how security can be maintained post quantum.
Based on BlackBerry’s Certicom technology, the Quantum resistant code signing server combined with the NXP S32G2 chip’s secure boot flow, we present a fast and agile quantum protected demonstrator. Using quantum resistant signature schemes such as Dilithium for low level device firmware, over the air software updates and software bills of material (SBOMs) mitigates the risk of potential quantum computing attacks on critical software updates; something which addresses a major security concern for industries like healthcare, transportation, aerospace and defense that rely on assets that will be in use for a long time.
What You Will Learn
- Understand the cyber security threat from quantum computing and how it could impact your business
- Hear from cryptography experts from Blackberry Certicom and NXP
- See a demonstration of how to set up a Dilithium signed image compared to the current industry standard
Additional Resources
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