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The Grenoble Alpes Cybersecurity Institute aims at undertaking ground-breaking interdisciplinary research in order to address cybersecurity and privacy challenges. Our main technical focus is on low-cost secure elements, critical infrastructures, vulnerability analysis and validation of large systems, including practical resilience across the industry and the society. Our approach to cybersecurity is holistic, encompassing technical, legal, law-enforcement, economic, social, diplomatic, military and intelligence-related aspects with strong partnerships with the private sector and robust national and international cooperation with leading institutions in France and abroad.

 Instructions to authors

Please don't forget  to mention the following in your articles:

"Ce travail a bénéficié d'une aide de l'Etat gérée par l'Agence Nationale de la Recherche au titre du programme "Investissements d'avenir" portant la référence ANR-15-IDEX-02"

or

"This work is supported by the French National Research Agency in the framework of the "Investissements d’avenir” program (ANR-15-IDEX-02)"

 

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Key words

Fault injection attack Hardware GDPR FPGA Obfuscation Masking PQC OT Allan variance Accès sécurisé Source code static analysis Security Countermeasures Machine learning Adversarial perturbation Deep learning Malware Simulation Attacks Asymmetric Cryptography Cybersécurité Fault injection robustness evaluation Multiple fault-injection Privacy Physically unclonable function PUF Emulation Encoding Dynamic-symbolic execution Cybersecurity Detection SCADA Hardware security Formal methods Authorization Laser Fault Injection Fault model ICS WooKey bootloader use-case Side-channel attacks Reliability ADCs Aging Risk analysis Secure Access IT Anonymisation Symbolic execution Security and privacy Approche par Filtres ASCON Artificial Neural Network Diagnosis Clock glitching Attack-Tree analysis Fault injection Safety Asynchronous circuit Fault Injection Simulation Ring oscillator RO IoT Automated test environment Système de contrôle-commande industriel Adaptive Attackers Encryption Artificial Intelligence Risk assessment Address randomization Code analysis IEEE 1687 Architecture de défense Authentication Multi-Fault Attack Mutual information Fault attacks Asynchronous logic Opaque predicate Puzzle Secure access Automated Test Environments Zero-knowledge proofs Adversarial examples Artificial neural network ANN Access tokens Hardware performance counters Microarchitecture EMFI X-Ray Card-based secure two-party protocols Deobfuscation Asynchronous design Side-channel AES low-cost hardware Approche Filtre Reverse engineering AEAD Micro-architecture ANALYSE DES RISQUES Industrial systems Microcontroller Fault detection