CASPER
AI-powered urban safety platform with virtual reality capabilities
Detailed project description
The CASPER project is a research initiative focused on enhancing safety in urban environments through the use of artificial intelligence and virtual reality technologies.
The project develops solutions that enable real-time threat detection, prediction of potential attacks, and dynamic risk assessment. At the same time, it introduces an interactive situational awareness approach, providing security stakeholders and urban planners with immediate and intuitive oversight through immersive environments.
The project approach aims to improve system resilience by addressing modern threats such as DDoS attacks, API exploitation, and data tampering, ensuring the continuous operation of services for citizens.
The project develops solutions enabling real-time threat detection, prediction of potential attacks, and dynamic risk assessment. At the same time, it introduces an interactive situational awareness approach, providing security stakeholders and urban planners with immediate and intuitive oversight through immersive environments.
The project approach aims to improve system resilience by addressing modern threats such as DDoS attacks, API exploitation, and data tampering, ensuring the continuous operation of services for citizens.
Type and scope of work provided
AI-based protection: leveraging advanced machine learning techniques for real-time threat detection, intrusion prediction, and dynamic risk assessment.
Enhanced situational awareness through immersion: implementation of a Virtual Reality (VR) interface that provides urban planners and security teams with an immediate and intuitive real-time view of the situation.
System resilience: addressing risks such as DDoS attacks, API exploitation, and data tampering, with the aim of ensuring the continuous operation of services for citizens.
Ημερομηνία:
December 2025
