Chip shortage also inhibits German research projects
A publication of the VE-SAFE project of the ZEUS funding guideline from the Velektronik Community. https://www.htv-gmbh.de/wp-content/uploads/2022/07/electronic-fab-3-2022-HTV.pdf
Velektronik: Analysis 4 Trusted Electronics at the ESREF 2022 in Berlin
The Analysis pillar of the BMBF-funded platform project "Trustworthy Electronics - Velektronik" is organizing an analysis workshop at ESREF 2022 in Berlin on September 27, 2022. Thereby, the topics trust classes, analysis methods as well as attack vectors will be discussed in several sessions with experts from industry...
Reference Paper Trustworthy Electronics
Part I: Definition, Threats and Assessment of Solution Approaches. Dr. Johann Heyszl, Prof. Dr. Georg Sigl, Andreas Seelos-Zankl, Dr. Matthias Hiller
VE-SAFE: Survey on the state of hardware security in Germany in 2021 and requirements for separate protection electronics
As part of the VE-SAFE project, HTV conducted an online survey among manufacturers of electronic devices from Aug. 13, 2021, to Nov. 12, 2021, to assess the state of hardware security in Germany in 2021 and to identify user requirements for the hardware...
Trustworthy Electronics - Top Topic in Fraunhofer Magazine 3/2021
Welchen Elektronik-Komponenten können wir vertrauen? Wie können Sicherheitslücken geschlossen werden? Diese und andere Fragen werden in der aktuellen Ausgabe des Fraunhofer-Magazins 3/2021 im Beitrag “Technologische Souveränität-Wie die Wirtschaft wehrhafter wird” behandelt. Die gesamte Ausgabe des Magazins finden Sie hier.
Radio interview with Roland Jancke on the topic of trustworthy electronics
Im Rahmen der Sendung “Forschung aktuell – Computer und Kommunikation” am 16. Oktober 2021 hat der Deutschlandfunk ein Radiointerview mit Roland Jancke (Fraunhofer IIS-EAS) zum Thema vertrauenswürdige Elektronik mit dem Titel “Elektronische Hardware soll sicherer werden” veröffentlicht. Hören Sie das…
RISC-V Prozessor Core for Functional Safety
RISC-V is an open instruction set architecture (ISA) based on the Reduced Instruction Set Computer (RISC) design principle. The greatest strengths of the architecture lie in the modularity of the standard instruction set extensions and the associated possibility of developing very application-specific, high-performance and energy-efficient processors....
Project "SAFE" - funded by the Federal Ministry of Education and Research Germany: Survey on hardware security
Tragen Sie dazu bei, das aktuelle Sicherheitsniveau im Bereich der Hardwaresicherheit im Detail zu erfassen und zu optimieren. Im Rahmen des Verbundprojektes „Verhinderung von Angriffen auf Elektroniksysteme durch innovative Multi-Sensorik“ (VE-SAFE) führt HTV eine Befragung von Herstellern elektronischer Geräte durch,…
Trustworthy Electronics at the Fraunhofer Solution Days 2021
On July 8, 2021, the Fraunhofer Solution Days 2021 took place on the topic of Trusted and Quantum Computing. Here, too, the Velektronik project was involved with presentations. Dr.-Ing. Johann Heyszl from Fraunhofer AISEC reported in his lecture on the topic "Attack vector ...
Trustworthy Electronics at Silicon Saxony Day
At the 15th Silicon Saxony Day on 27.5.2021, a special session on "Trusted Electronics" was organised for the first time. We were represented with two contributions on the topic of trusted electronics. Dr. Matthias Hiller (Fraunhofer AISEC) spoke about RISC V and Jörg Stephan (Fraunhofer ...
Trust is better: Research project "Velektronik" creates networking platform for trustworthy electronics
To use electronics safely and reliably, you have to be able to understand where they come from, what they do and how they are built. Currently, there are some technical solutions in the sense of trustworthy electronics, but there is still no consistent methodology for trustworthiness ...