Cryptography in the Quantum Era: Preparing for the Future π
Join CPDP 2023 Day 2 to explore how cryptography is evolving to meet the challenges of the quantum age. Discover insights from leading experts on securing digital information against future quantum threats.

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134 views β’ Jun 22, 2023

About this video
CPDP 2023 - DAY 2
AREA 42 PETITE - SESSION 4
Organised by Quantum Software Consortium (NL)
Moderator Laima JanΛciΒ―ut`e, University of Amsterdam (NL)
Speakers Tanja Lange, Technical University Eindhoven (NL); Melissa
Rossi, French cybersecurity agency (ANSSI) (FR); Ot van Daalen,
University of Amsterdam (NL); Bas Westerbaan, CloudFlare (NL)
Quantum computing promises to break public key encryption. If youβd
have access to a quantum computer, you would be able to decipher intercepted messages. These computers are not yet powerful enough,
but when they are, this has significant implications for privacy and data
protection. And experts estimate that such a computer will be probably
developed in 10-15 years. The question is: what should governments and
organisations do to prepare for this, and what laws must there be to safeTHURSDAY 25 MAY 2023
THURSDAY 25 MAY 2023
guard against abuse of these powerful machines?
β’ What are the risks of quantum computing to public key encryption?
β’ What obligations do governments have to facilitate the transition to
quantum-resistant cryptography?
β’ What are the obligations of governments with regard to the use of
quantum computers for decryption?
β’ What practical obstacles are there for transitioning to quantum-resistant cryptography?
AREA 42 PETITE - SESSION 4
Organised by Quantum Software Consortium (NL)
Moderator Laima JanΛciΒ―ut`e, University of Amsterdam (NL)
Speakers Tanja Lange, Technical University Eindhoven (NL); Melissa
Rossi, French cybersecurity agency (ANSSI) (FR); Ot van Daalen,
University of Amsterdam (NL); Bas Westerbaan, CloudFlare (NL)
Quantum computing promises to break public key encryption. If youβd
have access to a quantum computer, you would be able to decipher intercepted messages. These computers are not yet powerful enough,
but when they are, this has significant implications for privacy and data
protection. And experts estimate that such a computer will be probably
developed in 10-15 years. The question is: what should governments and
organisations do to prepare for this, and what laws must there be to safeTHURSDAY 25 MAY 2023
THURSDAY 25 MAY 2023
guard against abuse of these powerful machines?
β’ What are the risks of quantum computing to public key encryption?
β’ What obligations do governments have to facilitate the transition to
quantum-resistant cryptography?
β’ What are the obligations of governments with regard to the use of
quantum computers for decryption?
β’ What practical obstacles are there for transitioning to quantum-resistant cryptography?
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134
Duration
01:07:22
Published
Jun 22, 2023
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