Modern defence operations increasingly depend on the ability to integrate multiple radiofrequency functions within a single, adaptable system capable of operating across air, ground and maritime domains. Ensuring effective situational awareness in such environments requires advanced solutions that can manage complexity, reduce interference and respond dynamically to evolving operational demands.

 

The SCEPTER project addresses these challenges by developing a European multifunction radiofrequency system that combines radar, electronic warfare and communication functions within a shared Active Electronically Scanned Array architecture. This approach enables multiple functions to operate through a common antenna aperture, improving operational effectiveness while reducing electromagnetic interference and optimising system resources.

 

A central aspect of the project is the use of cognitive capabilities supported by artificial intelligence and machine learning. These technologies enable adaptive waveform design, intelligent resource management and enhanced target detection and classification, allowing the system to operate effectively in complex and congested electromagnetic environments.

 

SCEPTER also focuses on the development of modular and interoperable systems, with standardised hardware and software designed to increase flexibility and facilitate integration across different platforms. This modular approach supports scalability and ensures compatibility with external systems, while contributing to reduced electromagnetic spectrum consumption.