Adisyn Ltd (ASX:AI1) has delivered its Q3 FY26 quarterly report covering two distinct graphene advances. The first is the post-period confirmation of full coverage graphene deposited on a 1cm by 1cm coupon using an industrial Atomic Layer Deposition system at temperatures well below the semiconductor industry’s 450 degree thermal ceiling. The second is an initial proof of concept showing that graphene-enhanced composite materials can reduce radar reflection by 20dB, with a development program now targeting 30dB.
A 30dB reduction is worth translating into physical terms. It represents a 1,000-fold decrease in radar return signal strength, meaning a standard UAV with a radar cross section of approximately one square metre would, if that target is achieved, appear on radar closer to the size of a large insect. That is not a marginal improvement in stealth performance. It is the kind of reduction that changes how drones are perceived and deployed in contested environments where radar detection is a defining operational constraint.
Adisyn has now secured exclusive worldwide commercialisation rights to the graphene-based radar absorption technology from Ramot, the technology transfer company of Tel Aviv University, through a binding licence and research agreement. A 12-month research program led by Professor Pavel Ginzburg, who specialises in radar physics and electromagnetics, will focus on optimising absorption performance, manufacturability, and scalability. The total cost of that program is expected to be below A$100,000.
The ALD Semiconductor Result Solves Three Problems That the Industry Has Never Solved Together
The semiconductor breakthrough announced post period end involves achieving continuous graphene layer formation on an industrial ALD system at semiconductor-compatible temperatures. Each of those three requirements has been demonstrated individually before. Demonstrating all three within a single repeatable process is what positions Adisyn to enter the commercial engagement phase with Tier 1 semiconductor manufacturers rather than remaining in academic validation.
Temperature compatibility is the binding constraint. Graphene growth has historically required much higher temperatures than the approximately 450 degree ceiling that governs what materials can be introduced into semiconductor fabrication without damaging existing structures. By operating well below that ceiling using commercially available equipment, 2D Generation has demonstrated a pathway that bypasses the main barrier that has kept graphene a laboratory material rather than a manufacturing one.
The next milestones on the semiconductor track are demonstrating repeatable industry-quality films and scaling from coupon level to wafer-level substrates. Both are required before Tier 1 partners can seriously evaluate integration. That pathway is now defined and the company is actively working through it alongside initial commercial engagement.
A$14m Raise Cornerstoned by Regal and Meitav Provides Validation and Runway
Post period end, Adisyn raised A$14 million through an institutional placement at A$0.0675 per share, a 10% discount to the last closing price. The placement was cornerstoned by Regal Funds Management, one of Australia’s most active institutional investors managing over A$20 billion, and Meitav, Israel’s largest investment house managing approximately A$190 billion in assets.
Regal and Meitav are not generalist investors making a speculative allocation. Both carry deep technology and defence sector expertise, and their decision to cornerstone a placement at this stage of development is a meaningful signal of institutional conviction across the graphene platform and its dual commercial pathways. Chairman Kevin Crofton and Non-Executive Director Dominic O’Hanlon have also committed A$200,000 subject to shareholder approval, adding insider alignment to the institutional backing.
The Investors’ Takeaway for Adisyn
Adisyn is now operating two genuinely differentiated graphene programs with separate commercial trajectories. The semiconductor interconnect program addresses the most significant long-term market, with Tier 1 engagement now commercially accessible following the ALD breakthrough. The radar absorption program addresses the near-term defence and drone market, is backed by exclusive IP from Tel Aviv University, and carries a research cost below A$100,000 for a 12-month program that could open early licensing conversations.
The risks to hold in view are that both programs remain pre-revenue with further milestones required before commercial contracts can follow, and that the A$3.7 million cash position at quarter end meant the A$14 million placement was timely rather than opportunistic. Investors should track the repeatability trial outcomes on the semiconductor side and the 30dB development program progress on the radar side as the two clearest near-term signals of commercial readiness. Coverage of ASX-listed graphene and deep tech names is available at stocksdownunder.
