Projects

A European initiative focused on developing advanced simulation, measurement, and Radar Cross Section (RCS) evaluation methods for complex military platforms. Its primary mission is to strengthen the defense capabilities of the European Union by standardizing and optimizing the design processes of defense systems within the electromagnetic domain.

An advanced scientific initiative aimed at realizing an innovative system of polarimetric radar sensors. Spanning both ground-based and airborne segments, this solution is set to revolutionize target detection and imaging, significantly enhancing the operational potential of modern defense systems.

An advanced technological initiative funded by the European Defence Fund (EDF 2025). XYSensing, as a Polish partner in this prestigious consortium, participates in the development of innovative solutions aimed at protecting the interests of the European Union and its armed forces from unwanted observation from space.

ARRAYS – Advanced European RF Components for Wideband Array-Type Radar, Electronic Warfare and Communication Systems is a European research and development project focused on the development of advanced RF technologies for next-generation radar, electronic warfare, and communication systems.

An initiative funded by the European Defence Fund (EDF 2023). Its goal is to strengthen the defense potential and technological sovereignty of the European Union through the development of modern and secure end-user devices intended for command, control, and communication systems.

A key development initiative carried out under the European Defence Fund (EDF) 2023. It focuses on the development of an architecture framework tool (EAFT) that will enable the integration and scalability of diverse weapon systems, sensors, and fire control centers (FCC). This solution will allow for the construction of a dynamic, network-centric structure, increasing operational efficiency on the modern battlefield.

A flagship initiative funded by the European Defence Fund (EDF 2022). Its primary goal is to significantly enhance the defense capabilities of the European Union's aviation sector through the development of state-of-the-art Airborne Electronic Attack (AEA) solutions.

An initiative funded by the European Defence Fund (EDF 2021). Its primary objective is to define and develop next-generation sensor technologies that address the security needs and technological sovereignty of the European Union.

A flagship research initiative conducted under the European Defence Fund (EDF) 2022. It focuses on the development of advanced radar technologies designed to counter evolving threats, including hypersonic missiles, by significantly enhancing the resilience and durability of sensors.

A strategic research initiative funded under the European Defence Fund (EDF 2024). The objective of the undertaking is to develop a fundamental architecture for Unmanned Collaborative Combat Aircraft (U-CCA) systems that work alongside manned aviation. 

A prestigious research initiative implemented under the European Defence Fund (EDF) 2024. It focuses on creating an advanced, multifunctional system that integrates radar functions, electronic warfare, and communications, while utilizing adaptive cognitive features.

An advanced technological initiative funded by the European Defence Fund (EDF 2025). XYSensing, as the Polish partner within this prestigious international consortium, is committed to developing a new generation of affordable and highly effective unmanned systems designed to revolutionize operational capabilities in demanding environme

A breakthrough technological initiative funded by the European Defence Fund (EDF 2025). XYSensing, serving as the Polish partner within this prestigious international consortium, is participating in the development of the first fully European multi-functional, multi-band radar architecture designed for modern naval platforms.

“NAVISAR” is to develop and study a navigation system making use of a Synthetic Aperture Radar (SAR) for GNSS-denied navigation.