ISuTest® - Automated vulnerability assessment for industrial automation components
The Industrial Security Testing Framework ISuTest® is a tool for finding vulnerabilities in networked automation components. Once discovered, vulnerabilities can be eliminated by the manufacturer, thereby reducing the component's attack surface. In the future, robustness against attacks will be a quality criterion that manufacturers can use to set themselves apart from the competition.
ISuTest® is designed as an open, extensible framework, setting it apart from commercial competitors with closed-source software. The direct target group of ISuTest® is manufacturers and integrators of automation components. It supports its users from setting up a vulnerability test to executing it and isolating vulnerabilities so that the developer can reproduce the error, which they can then fix.
TO THE PROJECT PAGE
This exhibit can be found in Hall 6, booth 355.
Your contact persons: Christian Haas, Steffen Pfrang
Cybersecurity Training Lab
The Fraunhofer Academy's Cybersecurity Training Lab is a collaboration between the Fraunhofer Society and selected universities of applied sciences. Specialists and managers from industry and public administration receive a compact qualification in high-quality laboratories with up-to-date IT infrastructure. They simulate real-world threat scenarios, learn to recognize their significance and consequences, and study suitable solution concepts in a practical setting, including their implementation and effectiveness.
The establishment of the Cybersecurity Training Lab and the networking of the continuing education programs offered by various partner consortia address users and decision-makers. The modules are tailored to the needs of industry and public administration in terms of industry, topic and function.
The quality of the training is ensured by the involvement of the Fraunhofer Academy, which is responsible for incorporating the latest findings from learning and education research into the development of the program and for ensuring consistent quality management. It also coordinates the development and marketing of the program and (at a later stage) personal certification.
TO THE PROJECT PAGE
This exhibit can be found in Hall 6, booth 355.
Your contact: David Meier
Open62541:
open62541 is an open implementation of OPC UA, the world language of machine-to-machine communication, programmed entirely in C. This makes the software, which was developed in large part at the Fraunhofer IOSB in Karlsruhe, extremely resource-efficient and capable of running on any type of hardware, from small embedded systems to large production plants.
We carry out joint R&D projects for the use of secure trust infrastructures in industrial networks and make these findings and experiences available. We plan application scenarios for OPC UA environments and work with our partners and customers to develop concepts for setting up and operating secure communication networks. We analyze new and existing OPC UA environments in terms of their security features. In doing so, we not only incorporate the latest scientific findings, but also conduct targeted technical tests to evaluate the security of the environments.
TO THE PRODUCT PAGE
This exhibit can be found in Hall 6, booth 355.
Your contact: Andreas Ebner
Fraunhofer Institute of Optronics, System Technologies and Image Exploitation IOSB 