ERiC is aiming at the optimization of crisis management and work efficiency by developing a new interactive situation map, which is embedded into a new design of an emergency control center
Evaluation system for the optimization of evacuation scenarios and intervention strat-egies of emergency services
Reliable intruder detection within a safety zone is essential for the protection of critical infrastructures and provides ways to optimize the crisis management process
The goal of this project is the development of proactive defence measures to cope with the challenges of a rapidly growing number of malware samples in the wild
Open Security should prevent the loss and (un)intentional misuse of sensitive, citizen-related data held by public bodies. The aim of our research is to achieve a higher level of data security and availability, while reducing...
Use of Open Information Sources (especially Social Media) in crisis and disaster manage-ment to generate knowledge for more realistic risk assessment
Realtime analysis of cipher-suites in an HPC-Cluster with FPGA- and GPU-coprocessors
Durch den integrierten Einsatz von autonomen Fahrzeugen und Teleoperatoren soll eine schnelle, flexible und zuverlässige Reaktion auf variable Einsatzszenarien möglich werden.
The project aims on a self-sustaining energy supply allowing for rapid and easy transportation and implementation in situations of crisis or catastrophes – whether due to natural disasters (earthquakes), technical defects...
The goal of the project is the development of a method for risk management in communication networks within or among critical infrastructures for several security goals that explicitly takes interdependencies into account
ICT plays an essential part in increasingly complex production processes and service chains. Our work in SCUDO has three objectives: First, we will test an optimized simulation process tailored to Austrian companies. Second, we...
The project investigates and develops methods, concepts and process models as well as software tools to minimise the risk posed by ICT threats, and to ensure the security of smart grids in Austria
Sicherheit von Hohlraumbauten unter Feuerlast, Bestimmung des Sicherheitsniveaus bestehender Tunnel und Brückentragwerke
Aufbauend auf die Kiras Projekte SHF und SHF2 soll im Rahmen des gegenständlichen Forschungsprojektes eine Methodik für die modellbildungs- und simulationsbasierte Bewertung der Brandsicherheit bestehender Tunnel und...