• Successful proof-of-concept test demonstrating graphene-enhanced composites can reduce radar reflection by up to 20dB
• Further optimization targeting 30dB reduction, reducing radar cross-section by a factor of 1,000
• Potential applications in UAV, defence, aerospace, and advanced composite materials markets

Adisyn Ltd (ASX: AI1) has completed an initial proof-of-concept (POC) program in collaboration with Ramot, the technology transfer company of Tel Aviv University (TAU), demonstrating radar reflection reduction using graphene-enhanced composite materials. Laboratory testing of composite samples confirmed up to 20dB reduction in radar reflection coefficient relative to baseline materials under controlled testing conditions. The Company's development of its graphene deposition technology for semiconductor interconnects is ongoing, and shareholders will receive an update on this program in the coming weeks. The interconnect program is on schedule and making great progress. In addition, the Company has identified alternative industries that would also benefit from Adisyn's core technology, including the UAV, aerospace, and defence sectors, where radar signature management is a critical design consideration. Further optimization work is underway targeting up to a 30dB reduction in radar signatures, which would reduce the actual physical radar cross-section by a factor of 1,000. The radar research program is led by Professor Pavel Ginzburg, Full Professor of Electrical Engineering at Tel Aviv University, who specializes in radar physics, electromagnetics, and scattering control. While this radar-related initiative leverages Adisyn's graphene materials expertise, the Company's primary focus remains on the development and commercialization of its low-temperature ALD graphene deposition technology for semiconductor interconnect applications.

The Company is at an early stage of technical validation for the radar signature reduction technology. However, the Board considers that successful optimization could position Adisyn within a specialized segment of the advanced 2D materials market focused on signature-aware composite systems.