Is research in security important? Yes it is!
Over the last three years (from 2018 till 2020), the IoT4CPS project has addressed the challenges arising from the use of information and communication technologies (ICT) in real industrial environments. Since in this context, in addition to cybersecurity issues, aspects of availability and (physical) security from the design to the operation of the plant must also be addressed, the project developed methods for a joint consideration of safety and security over the entire life cycle. The topic of security was considered on all levels, i.e. from the sensor to the communication interfaces and all the way to networked systems. The suitability of the innovative project results for use in networked industrial production facilities and in the area of networked vehicles was evaluated by means of various industrial demonstrators.
Project
Over the last three years, the IoT4CPS project has addressed the challenges arising from the use of information and communication technologies (ICT) in real industrial environments.
Results
The extensive project results are now available to the Austrian economy for an accelerated time-to-market of real industry 4.0- applications was well as developments in the field of "autonomous driving".
Partners
The fruitful partnership between 16 consortium partners from industry and science should now clear the way for targeted follow-up projects. This way theoretical knowledge gains in IoT Security will lead to concrete IoT implementations.
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Safety & Security Design & Methods
Complex Cyber Physical Systems (CPS) require to have dependable security embedded already on their design stages in order to avoid invasion of privacy as well as to ensure safety at all times.
Security Verification & Analysis
The digitalization and the increasing connectivity of (critical) cyber-physical objects enable the development of new applications but also leads to new safety and security related requirements in the design, testing, production and operation of these systems with resource constrained devices.
Trustworthy IoT Life-Cycle Data Management
The information complexity of smart cities and smart factories is on the rise, with more smart vehicles getting on the roads and more infrastructures embracing computer-assisted technologies, IoT- and CPS-based devices.
Use-Case Applications in Automated Driving
The present automotive megatrend of driving automation is a substantial contributor to the Grand Societal Challenges.
Use-Case Applications in Industry 4.0
Smart production is characterized by increased dynamicity in configuration, system context, system environments and even tasks.
Secure and Reliable IoT Communication for Autonomous Driving and Manufacturing (incl. 5G)
The information complexity of smart cities and smart factories is on the rise, with more smart vehicles getting on the roads and more infrastructures embracing computer-assisted technologies, IoT- and CPS-based devices.