prof. dr. L. Batina (Lejla)

Hoogleraar - Digital Security

Leeropdracht: Security of small devices

Contactinformatie

lejla@cs.ru.nl
024-3652076
0628176833

Bezoekadres

Toernooiveld 212
6525 EC NIJMEGEN
Interne postcode: 47

Postadres

Postbus 9010
6500 GL NIJMEGEN

Werkdagen maandag, dinsdag, woensdag, donderdag, vrijdag

Applied cryptography:
- secure implementations of cryptography
- side-channel attacks and countermeasures
- post-quantum cryptography
- AI in cryptography

AI and hardware security:
- AI-assisted side-channel attacks and fault analysis
- AI for leakage evaluation

Projecten

2021 - 2026 NWO-NWA.1215.18.014 PROACT project: The goal of PROACT (Physical Attack Resistance of Cryptographic Algorithms and Circuits with Reduced Time to Market) is to design new algorithms and silicon chips with inherent protection against physical attacks, and to develop new simulation and evaluation techniques for physical security. PROACT will therefore contribute to increased security of our personal and business sensitive data. RU is leading 3 work packages on algorithm design, simulation and verification. Meer informatie
2023 - 2029 TTW.19782 PREDATOR: Security vulnerabilities in implementations are a significant concern since it is costly to patch a vulnerable chip once it is fabricated and deployed in the field. This project investigates how to efficiently predict hardware vulnerabilities during the pre-silicon manufacturing stage.
2024 - 2034 Zwaartekracht Challenges in Cyber security: Prof.dr. Tanja Lange van de Eindhoven University of Technology (TU/e) is hoofdaanvrager bij dit onderzoeksproject voor cybersecurity. Zij heeft als mede-aanvragers prof.dr. Lejla Batina van de Radboud University (RU), prof.dr.ir. Herbert Bos van de Vrije Universiteit (VU), prof.dr. Marten van Dijk van VU, en prof.dr. Christian Schaffner van de Universiteit van Amsterdam (UvA).
2025 - 2030 BASES: Bio-inspired Advanced Security Testing for Embedded Systems Public-key cryptography is vulnerable to mathematical attacks by quantum computers. Governments are encouraging organizations to adopt new post-quantum cryptography algorithms to secure critical infrastructure. However, these new algorithms are still susceptible to physical attacks, while current testing infrastructures to assess their resistance to physical attacks sacrifice quality for run time. This project investigates new methods inspired by genomics (to improve quality) in combination with digital hardware design (to reduce run time) to thoroughly evaluate the security of post-quantum protected implementations against deep-learning-based side-channel analysis.

prof. dr. L. Batina (Lejla)

Projecten

Onderwijs

Nevenwerkzaamheden