Enabling the transition to an online and secure reconfiguration of CPS controllers
Online cyber-physical system (CPS) controllers (e.g. train bogie) are increasingly remotely updated, managed and monitored over the Internet. This is a crucial step towards the Industrial Internet of Things (IIoT) but along with the increasing complexity of these systems comes an increased risk that a fault or attack may jeopardize the system’s availability.
CPS controllers are typically mixed-criticality systems that combine mission-critical control logic with non-critical functionality. However, non-critical software components tend to be less robust due to their rapid evolution and the inclusion of commodity software libraries.
Although mission-critical and non-critical components co-exist on the same platform and share critical system resources, misbehavior or failure of non-critical components must never impact the correct functioning of the mission-critical components. Ensuring this property is the focus of TACOS.
The imec.icon research program is a successful formula for demand-driven, cooperative research on hardware-, software- and combined hardware/software innovations.
CS ICON is an ICON project on the theme of cybersecurity. Find out more about thematic ICON projects here.
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