Adversarial Risk Modeling and Optimization for Resilient DISAC in 6G

Purpose and goal

The project´s aim is to develop models and optimization methods to address adversarial threats in distributed ISAC (DISAC) systems in 6G. The goal is to enable robust, secure, and integrity-preserving solutions that maintain high performance in the presence of attacks and uncertainties.

Expected effects and result

The project is expected to deliver new attack models, lightweight protection mechanisms, and optimized waveforms for robust DISAC. The impact will be increased reliability, security, and integrity in 6G systems, as well as a better balance between sensing, communication, and resource utilization in dynamic environments.

Planned approach and implementation

The work is divided into three parts: (1) modeling of adversarial threats in distributed systems, (2) development of detection and protection mechanisms including integrity protection, and (3) multi-objective optimization of trade-offs between security, accuracy, and performance through analysis and simulation.