Discover Paolo Maistri's talk at the International Cybersecurity Forum 2023 : "Jeu d'instructions a? longueur variable - Fonctionnalite? ou bogue ?"

Coline Boniface (CESICE/Inria PRIVATICS) talks about the issue of defining a cyberweapon and the challenges of attribution.

Amir Ali Pour (LCIS/TIMA) talks about the challenges of Physical(ly) Unclonable Functions (PUFs) and his ideas on the application of Neural Networks for more robust and secure PUFs.

Watch Stéphane Mocanu's (LIG) presentation of GreenEr Industrial System Sandbox (G-ICS)Watch Stéphane Mocanu's (LIG) presentation of GreenEr Industrial System Sandbox (G-ICS)

As a team of specialists in finance and management sciences, research on cybersecurity in the CERAG lab is focusing on the blockchain and cryptocurrency financial aspects.

The Centre for International Security and European Studies (CESICE) is a research centre (unit EA2420) which is part of the University Grenoble Alpes and the Political Science Institute of Grenoble. It includes 25 associate researchers, 4 emeritus professors and 4 associate members.

In the domain of highly secure connected system, the SERENE-IoT project (Secured & EneRgy EfficieNt hEalth-care solutions for IoT market) aims at developing high quality smart e-health IoT devices in Europe.

The LSOSP (Laboratoire de Sécurité des Objets et Systèmes Physiques) and its 30 permanent staff are one of the two pillars of security within the CEA LETI.

Research activities of the CRYPTO Team of Institut Fourier are focused on cryptology of asymmetric ciphers (including post-quantum cryptography); design and security models of cryptographic mechanisms; analysis of random number generators (in particular hardware RNGs); secure implementations and arithmetics of cryptographic mechanisms; tools for software protections and whitebox cryptography (e.g., code obfuscation); analysis of security/cryptographic architectures; mathematical foundations for cryptography.Most of our research projects are in partnership with small and large companies, in which we provide cryptographic specifications, and help in the generation of cryptographic parameters or the design of security/cryptographic architectures.

Research activities of Verimag/PACSS aim to improve the security of software systems. Our objective is to develop specific code analysis techniques, allowing to reason both on high-level and low-level code representations, and able to take into account dedicated attacker models.

Research activities of the CTSYS team (LCIS Lab) in Valence are focused on "safety and security of embedded systems and distributed systems". Distributed and pervasive systems are smart, communicating, often open and dynamically reconfigurable systems. They mix many hardware components (sensors, connected objects, switches) with software components (embedded or non-embedded). These systems are ubiquitous in critical applications and security applications in which safety and security are two key issues.