Secure Authentication Using Context
Authors: Hamid Dashtbani, PhD student at University of Würzburg Traditional authentication methods such as certificates and cryptographic keys remain vulnerable to a range of attacks…
Achieving persistent tagging for robust stack memory error protection
Authors: Carlo Ramponi, Ph.D. Student at University of Trento Why Memory Safety Still MattersDespite decades of research, memory safety remains the number one source of critical…
Many TEEs, One Hypervisor: Enhancing Cross-Platform Security and Interoperability
Authors: João Sousa, PhD Student at UMINHOTiago Gomes, Assistant Professor at UMINHOIn many IoT systems, various devices coexist, presenting an ongoing challenge to ensure they all provide the…
Fuzzing the Future: How AI is Transforming Hardware Security Evaluation
Authors: Nikhilesh Singh, Postdoc at TU DarmstadtHuimin Li, Postdoc at TU DarmstadtLichao Wu Postdoc at TU DarmstadtMohamadreza Rostami, PhD Student at TU DarmstadtProf. Dr.-Ing. Ahmad-Reza…
AuthentiSafe: A Milestone in the CROSSCON Project for IoT Authentication
Author: Christoph Sendner, Chair of Software Engineering (Informatik II) at UWUAuthentiSafe is a pivotal result of the CROSSCON project, which was created to enhance security and efficiency in…
Ensuring Secure IoT Systems: CROSSCON’s Approach to Security Testing
Author: Ákos Milánkovich, Security Analyst at SEARCH-LAB The ever-growing Internet of Things (IoT) ecosystem presents a double-edged sword: while it enables groundbreaking applications, it…
Ensuring Memory Safety for Trusted Applications through Secure Compilation
Author: Alberto Tacchella, Post-doctoral at Uni. Trento A Trusted Application (TA) is an application running in a Trusted Execution Environment (TEE) that implements a security-critical…
TEE vulnerabilities, are you still there?
Author: João Sousa, University of Minho TrustZone is an Arm hardware technology widely adopted in billions of mobile devices [2] and, more recently, in industrial control systems [3] and servers…
