In an increasingly interconnected IoT ecosystem, where resource-constrained devices, such as edge devices, collect and process sensitive data, it becomes crucial to ensure confidentiality, authenticity, and privacy of data. This protection requires that the electronic systems, which are accessible to potential attackers along the supply chain, are resistant to tampering attacks on a hardware level. In addition, the security of the ecosystem can be enhanced, if trustworthiness of all relevant electronic components is ensured. During the last three years, the partners of the French-German project APRIORI (funded by the French ANR and the German BMBF) and the project VE-FIDES (funded by the German BMBF) worked towards this goal. Now, we want to share some of our core results with you.
We invite you to join our Workshop on Secure and Trustworthy Hardware organized by Siemens AG, Technical University of Munich, and the VDE expert group Trusted Electronics (VElektronik) with contribution by the partners from both projects on
Thursday, January 23, 2025.
Time: 13:30 - 18:00 (registration starts at 13:00)
Location: Auditorium, Siemens AG - Corporate Headquarters, Werner-Siemens-Straße 1, 80333 Munich
Travel Information: The location is well connected via public transport. We also offer a limited number of spaces for parking. If you wish to join us by car, please enter your car registration number in the form below. We will get in touch with you for further organization in that case.
Registration: Free of charge, registration will remain open until January 15, 2025
Contact: If you have any questions, please contact us via email at schneider.ds.daniel[at]siemens.com
In our workshop, we will present highlights and demonstrate practical outcomes from both projects. We are happy to discuss our results on posters during a get-together.
Schedule
| 13:00 | Registration | |
| 13:30 | Introduction | |
| Welcome | Fabienne Bründl (Siemens) and Georg Sigl (TUM and VElektronik) | |
| Project Overview VE-FIDES | Daniel Schneider (Siemens) | |
| Project Overview APRIORI | Michael Pehl (TUM) | |
| 13:50 | Topic 1 - Fingerprinting of Hardware | |
| Robust ASIC Fingerprinting Using an Eye-Opening-Arbiter PUF | Björn Driemeyer (Uni Ulm) | |
| Investigations on how to Secure Hall Sensor Data Read-Out | Ralf Brederlow (TUM) | |
| 14:30 | Topic 2 - Secure System Design | |
| Hardware Integrity Based on Fingerprinting using Generic Trust Anchor API (GTA API) | Malek Safieh (Siemens) and Tim Music (TUM) | |
| Demonstration of FreeRTOS on an OpenTitan Portation to the ZCU102 Board with a DICE-Based Secure Element | Sebastian Bock (Ingenics) and Alessandro Piccoli (Siemens) | |
| 15:10 | Coffee Break and Exhibition of Posters and Demonstrators | |
| 15:40 | Protection Against Hardware Attacks | |
| Impeccable Keccak: Towards Fault Resilient SPHINCS+ Implementation | Ivan Gavrilan (Fraunhofer AISEC) | |
| Mitigating and Understanding Electromagnetic Fault Injection Using Digital Sensors | Roukoz Nabhan (Ecole Nationale Supérieure des Mines de Saint-Etienne) | |
| 16:20 | Reverse Engineering | |
| Trust based on Hardware Inspection | Speaker tba (Infineon / Fraunhofer EMFT) | |
| Camouflaging for Circuit Protection against Reverse Engineering | Tarik Ibrahimpasic (TUM) | |
| 17:00 | Get-Together, Networking, and Exhibition of Posters and Demonstrators | |
List of Demonstrators and Posters
to be announced.
Project Partners
Project VE-FIDES | ||
Project APRIORI | ||
| In cooperation with: |
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