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Adisyn has announced the establishment of a new defence technology subsidiary, 2D Radar Absorbers.
Adisyn, which develop graphene-based semiconductor technology, has set up 2D Radar Absorbers to enhance the reduction technology used in a range of defence applications and existing weapons.
This announcement follows the successful test of using Adisyn’s graphene tech to demonstrate up to 20 decibels of radar detection, which indicated that drones and uncrewed aerial vehicles (UAV) will be able to easily avoid radar detection, increasing stealth and effectiveness.
“Recent laboratory results demonstrating a 20dB radar signature reduction highlight the potential of graphene-enhanced materials in radar absorption applications,” managing director Arye Kohavi said.
“The establishment of 2D Radar Absorbers allows us to focus targeted resources on advancing this technology alongside our core semiconductor program.”
A targeted development program has also been established in collaboration with Tel Aviv University to lead additional research and development of the evolving technology.
In coordination with the university, Adisyn is preparing an application to the Israeli Ministry of Defence for grant funding, which they said reflects the “potential strategic relevance of radar signature reduction technologies in modern drone, UAV and defence systems”.
“While our primary focus remains on graphene interconnect solutions for next-generation semiconductors, the radar absorption program represents an exciting additional opportunity emerging from our graphene expertise,” Kohavi said.
“I can envisage a time in the not-too-distant future where this incredible technology could be spun out into a separate vehicle for the benefit of our shareholder.”
Adisyn said it will continue its proven effectiveness by working towards achieving 30dB radar signature reduction.
