Trusted Electronics

Trusted Electronics and data security are the basis for digital connected systems, especially for the Internet of Things, but also for artificial intelligence (AI). Above all where personal or security-critical data is processed, e.g. in medical technology, autonomous driving or in mission-critical infrastructures, it is important that the owners have total control over their data processing systems, and the users are informed about the features of the systems they are using.


Test and Analysis for Trusted Electronics
© Fraunhofer EMFT / Bernd Müller
Test and Analysis for Trusted Electronics

Due to the strong internationalization in the electronics development, the topic of trustworthiness has become a great challenge. Trusted electronics has to fulfill all our expectations concerning the respective functionality and specifications, while allowing no backdoors or other vulnerabilities for attackers. Everything else could result in manipulation, attacks or total system failures.

Trusted electronics includes therefore not just forgery-proof hardware and reliable software, but begins at secure semiconductor production and extends over such complicated topics as non-readable memory, secure identity of computers and secure embedded systems. 

Research Project Velektronik

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Velektronik - Platform for trusted electronics (Video in German)

For secure and reliable deployment of electronics, it is essential to be able to comprehend where it comes from, what it does and how it is built. Currently, some technical solutions for trusted electronics exist, but there is no consistent methodology for trustworthiness, adequately covering the whole value chain. This is the starting point of the research project  »Vertrauenswürdige Elektronik (ZEUS)« des Bundesministeriums für Bildung und Forschung (BMBF), started in March 2021. The vision is to establish a networking platform for trusted electronics as an interface between research and industry. For this aim, solutions and concepts are developed in all areas of electronics development, manufacturing and analysis. The Fraunhofer EMFT contributes to the project with its competences in the area of secure electronics.

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Competence Area: Analysis and Test of Electronical Components and Systems


Competence Area: Tamper Protection for Electronic Systems


Technology Offering: CC-EAL6 Certified Security Lab

Project: Reliable Electrical Connections for Drive Systems