On 21 and 22 May, CyberSec Europe welcomes a leading researcher in the field of post-quantum cryptography. Jan-Pieter D’Anvers, postdoctoral researcher at COSIC, KU Leuven, will there be a crucial question: how much time do we have to tackle the quantum threat for our current encryption systems?
Although quantum computers are currently not powerful enough to crack usual encryption methods, technology is progressing quickly. “Many forms of data must remain encrypted for years or even decades,” warns D’Anvers. “This means that information that is protected today can be vulnerable if quantum computers can decipher it.”
The United States has already encouraged this threat, with the requirement that applications must be quantum -resistant by 2035. However, D’Anvers emphasizes that for some applications this deadline may be too late.
Cryptographic maneuverability
In his presentation on the Main Stage, D’Anvers will explain during Cybersec Europe why the transition to post-quantum cryptography is urgent. He will elaborate on the need for quantum -resistant encryption and what this transition will look like. “Waiting for quantum computers to actually crack encryption is too late,” says D’Anvers. “Companies must now assess their cryptographic infrastructure to identify and tackle vulnerabilities.”
Cryptographic maneuverability is therefore a critical factor of systems for this to be able to respond quickly to new cryptographic threats and solutions to guarantee long -term safety.
Fully Homomorphic Encryption
In addition to his session on the Main Stage, D’Anvers will also give a presentation on the Tech Stage at Cybersec Europe. It is about a related but otherwise targeted subject: Fully Homomorphic Encryption. This groundbreaking technology makes it possible to perform calculations on encrypted data without deciphering it.
While post-quantum-cryptography focuses on tackling the direct threat of quantum computing, Fully Komomorphic Encryption opens new possibilities and applications for sensitive data in medical, financial and industrial sectors. During this session on the Tech Stage, D’Anvers will discuss the current state of Fully Homomorphic Encryption, the developments and the practical applications. He will also give a demonstration that shows how safe and privacy -friendly data processing makes possible.
Jan-Pieter D’Anvers speaks on both the Main Stage and the Tech Stage on day 2 (22 May) of Cybersec Europe.
Interested in cyber security insights? Visit one of the (free) Cybersec events!
Cybersec Europe returns to Brussels on 21 and 22 May and offers a platform to get in touch with experts, to discover the latest cyber security innovations and gain valuable insights. This year we welcome leading keynote speakers such as Mario Beccia, Max Schrems and Anouk van Brug. Registration is free and now open: Cybersec Europe Registration.
Later this year, Cybersec Netherlands will take place on 10 and 11 September in Utrecht. Registration opens in April, but you can already register to stay informed: Stay informed.
