The aim is to further develop the GrundschutzPLUS activator platform so that it can be used in advisory services after completion of the project. Especially for small and medium-sized enterprises (SMEs), there is an urgent need for action, which will be further strengthened with the further planned legal and regulatory requirements (e.g. NIS2 Directive, Cyber Resilience Act). In the...
SecMa 4.0 – Security Management 4.0 – Cybersecurity for digital productionThe aim of the Saarland project, supported by the ‘Central Technology Programme Saar’ (ZTS), is to develop an automated security management service to automatically generate critical security information from existing production networks and system components. Enriched with other relevant security information, it should be possible to evaluate the IT security level.
VProSaar Distributed production for the Saarland automotive industry: The ongoing structural change (due to decarbonization, electrification, etc.) in the automotive sector will inevitably lead to the adaptation of existing but also to the development of completely new innovative products and services. In order to maintain competitiveness and consolidate the position of production facilities (in this case mainly SMEs), it is necessary to...
Due to the future development in the context of Industry 4.0, the networking of the individual components continues to rise sharply, as cyber-physical systems increasingly interact autonomously with each other. Vulnerabilities in production systems in the form of design, implementation and configuration errors can therefore have dramatic consequences for the entire networked application. Vulnerabilities offer potential for...
Industrial IT Security – Development of a holistic security management concept for digital production Text Problem-solving Due to the future development in the context of Industry 4.0, the networking of the individual components continues to rise sharply, as cyber-physical systems increasingly interact autonomously with each other. Vulnerabilities in production systems in the form of design, implementation and configuration errors can therefore have dramatic consequences for...
AnoKo – Detection of anomalies in the communication of industrial equipment 4.0 to defend against cyberattacks Text Problem solvingThe future development of Industry 4.0 will further increase the interconnection of the individual components, as cyber-physical systems increasingly interact autonomously with each other. Vulnerabilities in production systems in the form of design, implementation and configuration errors can therefore have dramatic consequences.
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