Quantum Cyber Invited to Present Quantum Antenna Technology at QuantumCT Quantum Sensing Convening

(NASDAQ:QUCY) Quantum Cyber N.V. announced that Nadab Akhtar and William Skidd participated as invited industry presenters at QuantumCT’s Phase 3 Pilot Collaboration RFP Convening on Quantum Sensing, held on October 16, 2026. The event marked the official launch of QuantumCT’s Phase 3 request for proposals process. Quantum Cyber’s presentation introduced the Company’s antenna research and its potential relevance to emerging quantum sensing applications. The speakers identified magnetic navigation, or MagNav, as the first development milestone on the Company’s proposed commercial roadmap, especially for positioning and navigation where conventional satellite-based systems may be unavailable or degraded. They also discussed potential longer-term research applications in quantum communications and energy harvesting, noting that these use cases remain subject to further research, engineering, and validation. William Skidd is Chief of Staff at Project LightShift. The convening included welcome remarks and framing from QuantumCT and Yale leadership, presentations from previously awarded project teams, and short talks by invited academic and industry speakers. Participants discussed technical considerations behind QuantumCT’s sensing challenge, possible quantum sensing applications across industry sectors, and the Phase 3 proposal framework, including review criteria and timelines. Breakout discussions and a networking reception provided additional opportunities for researchers and industry participants to exchange ideas. QuantumCT is a public-private partnership involving the University of Connecticut, Yale University, and the State of Connecticut. Quantum Cyber has an operating presence in Connecticut, connecting it to the regional innovation ecosystem. The Company’s participation was limited to a presentation and discussion opportunity. The event did not represent a research award, a funded collaboration, a procurement commitment, or selection for funding under QuantumCT’s Phase 3 process. Quantum Cyber N.V. is assembling an AI-powered, quantum-accelerated System-of-Systems autonomous defense platform that integrates drone warfare, counter-UAS, autonomous naval mine countermeasures, EMP shielding, anti-drone ammunition, command-and-control, and quantum antenna applications. The Company acquires, licenses, and develops autonomous technologies, deploying them as a coordinated, multi-domain portfolio across air, land, and sea.

StreetWatch: As Federal Funding Floods the Drone Market, Quantum Cyber Is Assembling a Next Generation Platform

(NASDAQ: QUCY) Quantum Cyber N.V. has acquired an equipped 50,000-square-foot manufacturing facility in Connecticut through its U.S. subsidiary, Quantum Drones Corporation. The company has publicly stated a targeted annual production capacity of approximately 100,000 drones across kamikaze, interceptor, surveillance, VTOL, and long-range Phantom 950 platforms once buildout is complete. Quantum Cyber draws on Israeli and Ukrainian battlefield-proven systems, and its engineering team includes personnel with active electronic warfare combat experience. On July 15, 2026, Quantum Drones Corporation closed the acquisition of the Bridgeport, Connecticut facility, which arrives with CNC machining centers, overhead crane systems, 3D printers, stamping presses, lathes, milling machines, and surface grinders already installed. Quantum Cyber reports approximately $2 Million of purchase orders for Quantum Drone Corporation. The company has established a federal procurement vehicle and structured Quantum Drones Corporation as a Nevada-incorporated, FOCI-eligible procurement vehicle expressly to serve DIU, SOCOM, DHS, and allied Foreign Military Sales customers. The company projects a targeted annual production capacity of approximately 100,000 drones once buildout is complete.

Quantum Cyber N.V.: Termination of a Material Definitive Agreement

(NASDAQ:QUCY) announced the termination of a material definitive agreement.