Tillkännagivande • Jun 23
Quantum Cyber Unveils Quantum Station As Battlefield Command-And-Control Platform For Multi-Domain Autonomous Operations Quantum Cyber N.V. unveiled Quantum Station, the Company’s purpose-built battlefield command-and-control platform engineered to serve as the central nervous system of multi-domain autonomous operations. Quantum Station replaces every piece of improvised command setups with a single IP67-rated, backpack-portable tactical suitcase containing everything a drone crew needs to command, observe, record, debrief, and disseminate from insertion to mission close. The system is the hardware, software, and communications layer. All three are unified under one architecture designed for the operator who cannot afford for any of them to fail. Quantum Station is built around open architecture and universal drone compatibility. Supporting ArduPilot, PX4, and custom platforms through native Pixhawk flight-controller integration with CAN bus and telemetry passthrough, the system is designed to command any drone in any inventory, not just the drones it was sold with originally. The operator interface centers on a 15.6-inch QLED capacitive touchscreen primary display running a cyber-secure Linux operating system with system-wide AES-256 encryption. Up to four additional external field monitors can be connected simultaneously, enabling multi-channel video management, live debrief, and real-time mission analysis across an entire drone swarm. Event logging supports complete timeline reconstruction. An Android ground control application and a cloud layer for fleet management and mission archiving extend command reach beyond the tactical edge. Quantum Station integrates a full communications stack engineered for degraded and denied environments. The primary control link operates over ELRS 900 MHz with a range of 10 to 50 kilometers, sub-50 millisecond latency, and dual TX/RX full-duplex capability. A 2.4 GHz option is commonly available for closer-range operations. A BLE layer handles close-range configuration, calibration, and mission planning without breaking the primary link. Dedicated video telemetry (VRX/VTX) operates with simultaneous telemetry over UART. When tactical communications infrastructure is available, 4G LTE failover and fiber-optic backhaul for tethered or fixed-site operations extend the command reach. The architecture is Starlink-ready. Quantum Station is architected to integrate with Quantum Cyber’s quantum antenna technology currently in development, which the Company anticipates will enable secure, frequency-agile photonic communications that eliminate dependence on conventional RF links entirely. Quantum Station is engineered for sustained operations without resupply. Hot-swap dual military-standard batteries deliver 6.5 or more hours of continuous operation. The system accepts 220V AC wall power and 6S LiPo battery input, and integrates XT60 charging ports for drone batteries directly. A 25W integrated USB-C port charges drone remote controllers from the same unit. Active cooling via metal heat sinks and dual fans supports reliable operation from 0 to 50 degrees Celsius. The complete system weighs approximately 10 kilograms and measures 15 by 40 by 48.5 centimeters. Quantum Station represents the command-and-control tier of Quantum Cyber's growing System-of-Systems platform, which also encompasses autonomous drone warfare, counter-UAS perimeter defense, autonomous naval mine countermeasures, EMP-shielded drone manufacturing, anti-drone ammunition, and quantum antenna communications technology currently in development. Every planned autonomous system in the Company's portfolio -- across air, land, and sea -- is being designed to operate from a single Quantum Station. Board Change • Jun 01
High number of new and inexperienced directors There are 5 new directors who have joined the board in the last 3 years. The company's board is composed of: 5 new directors. 4 experienced directors. No highly experienced directors. Member of Strategic Advisory Board Soren Thestrup-Nielsen is the most experienced director on the board, commencing their role in 2021. The following issues are considered to be risks according to the Simply Wall St Risk Model: Lack of board continuity. Lack of experienced directors. Tillkännagivande • May 25
Quantum Cyber N.V., Annual General Meeting, Jun 29, 2026 Quantum Cyber N.V., Annual General Meeting, Jun 29, 2026. Location: cms, atrium, parnassusweg 737, 1077 dg amsterdam., Netherlands Tillkännagivande • May 23
Quantum Cyber N.V. Files Provisional Patent with USPTO for Quantum Drone Autonomous System Quantum Cyber N.V. had announced the filing of a provisional patent application with the United States Patent and Trademark Office (USPTO) for its Quantum Drone Autonomous System (QDAS). The application, assigned USPTO Application No. 64/069,586 and filed May 19, 2026, covers a novel multi-layer architecture combining quantum-sensor-fused GPS-denied navigation, sentinel drone rotation protocols, aerial LIDAR pathfinding, and an integrated 12-drone swarm interceptor defense system deployed from an autonomous amphibious ground vehicle platform. The patented architecture centers on a Quantum Sensing Navigation Core (QSNC) aboard a sentinel UAV, incorporating a miniaturized quantum magnetometer and quantum inertial navigation unit (QINU) to generate GPS-independent position, navigation, and timing (PNT) data with accuracy exceeding conventional inertial navigation by more than one order of magnitude. A Quantum Reference Beacon Protocol (QRBP) then transmits that quantum-derived PNT solution as an encrypted position reference to the host autonomous ground vehicle and to a swarm of up to 12 subordinate interceptor micro-drones simultaneously, enabling quantum-accurate coordinated navigation of an entire unmanned fleet from a single airborne quantum sensor platform. The QDAS patent further claims a Two-Sentinel Continuous Coverage System (TSCS), a rotation handoff algorithm ensuring zero temporal gap in airborne quantum PNT beacon coverage as sentinel drones alternate between active deployment and fast-charge docking aboard the host ground vehicle. The system also incorporates a Sentinel LIDAR Pathfinding Loop that transmits real-time 3D terrain mesh from the airborne sentinel to the ground vehicle navigation stack for AI-computed optimal path planning. The Integrated Swarm Interceptor Defense Architecture (ISIDA) deploys 12 dual-role micro-drones from hull-embedded launch cells: six anti-air kinetic interceptors and six anti-ground loiter munitions, coordinated via QRBP quantum navigation under autonomous threat classification and intercept assignment. An Adaptive Hydrodynamic CTIS System rounds out the architecture with closed-loop tire pressure optimization for amphibious operations. The filing of a provisional patent application does not guarantee issuance of a patent. These forward-looking statements reflect the current analysis of existing information and are subject to various risks and uncertainties. As a result, caution must be exercised in relying on forward-looking statements. Due to known and unknown risks, actual results may differ materially from the Company's expectations or projections. The following factors, among others, could cause actual results to differ materially from those described in these forward-looking statements: (i) the failure to meet projected development and related targets; (ii) changes in applicable laws or regulations; (iii) inability to successfully pursue our new initiatives; and (iv) other risks and uncertainties described herein, as well as those risks and uncertainties discussed from time to time in other reports and other public filings with the Securities and Exchange Commission (the "SEC") by the Company. Additional information concerning these and other factors that may impact the Company's expectations and projections can be found in its filings with the SEC, including its annual report on Form 20-F filed on March 31, 2025, its mid-year report on Form 6-K filed on September 26, 2025, and its subsequent filings with the SEC. The Company's SEC filings are available publicly on the SEC's website at www.sec.gov. Any forward-looking statement made by us in this press release is based only on information currently available to the Company and speaks only as of the date on which it is made. The Company undertakes no obligation to publicly update any forward-looking statement, whether written or oral, that may be made from time to time, whether as a result of new information, future developments or otherwise, except as required by law. Tillkännagivande • May 22
Quantum Cyber N.V. Files Provisional Patent For Quantum-Navigated Amphibious Autonomous Ground Vehicle Platform Quantum Cyber N.V. assembled an AI-powered System-of-Systems platform and filed a provisional patent application with the United States Patent and Trademark Office (USPTO) for its SCOUT-AX6 GUARDIAN: a quantum-navigated, amphibious, remote-controlled autonomous ground vehicle designed for multi-domain defense operations across land and water in GPS-denied environments. The provisional application, docket number QDI-2026-QDAS-001, was filed in May 2026. The sole inventor is Jacob Gitman, with Quantum Drone Inc. named as assignee. The Company has 12 months from the filing date to file a corresponding non-provisional application to establish full patent rights. The SCOUT-AX6 GUARDIAN is a 6x6 all-wheel in-hub electric amphibious remote-controlled platform engineered for autonomous multi-domain military operations. The vehicle carries a 200 kg payload, achieves 80 km/h on land and 6-8 km/h in water via wheel-paddle amphibious propulsion, and operates for up to 200 km per mission. Its hull is constructed from 6061-T6 aluminium with UHMWPE belly armor and is rated IP68 for full amphibious operations with no external jets or watercraft modifications required. The platform's defining innovation is its Quantum Sensing Navigation Core (QSNC): a miniaturized quantum magnetometer and quantum inertial navigation unit (QINU) mounted aboard an airborne sentinel UAV that operates as a persistent overhead navigation beacon for the ground vehicle. The sentinel continuously broadcasts a quantum-derived, GPS-independent position reference to the SCOUT-AX6 via the Quantum Reference Beacon Protocol (QRBP), achieving navigation accuracy below 10 meters RMS in fully GPS-denied environments — more than an order of magnitude better than conventional inertial navigation systems. All data links use post-quantum encryption standardized by NIST (CRYSTALS-Kyber), making the communications architecture resistant to both classical and quantum-based cyber attack. A novel Two-Sentinel Continuous Coverage System (TSCS) ensures zero-gap navigation availability: one sentinel UAV is always airborne as the active quantum beacon while a second charges aboard the vehicle's docking port, with an automated handoff algorithm maintaining uninterrupted position reference during transitions. The airborne sentinel additionally provides real-time aerial LIDAR terrain mapping, transmitting 3D path data to the vehicle's autonomous navigation stack for AI-computed route optimization in complex and obstacle-dense environments. The platform also incorporates a patented Adaptive Hydrodynamic Central Tire Inflation System (AH-CTIS), which uses in-wheel motor torque telemetry as a real-time proxy for paddle hydrodynamic efficiency, automatically optimizing tire pressure during amphibious operations to maximize swim speed per unit of power. The SCOUT-AX6 GUARDIAN directly addresses priority areas established by the Trump Administration across defense and homeland security policy. The U.S. Department of Defense Fiscal year 2027 Budget Request allocates approximately $55 billion toward drone and autonomous warfare capabilities, with GPS-resilient navigation identified as a critical operational requirement following documented GPS jamming and spoofing in active theaters in Ukraine and the Middle East. The SCOUT-AX6 GUARDIAN's quantum navigation architecture operates entirely passively, relying on no external radio frequency signals, making it immune to jamming, spoofing, and signal denial in contested environments. The platform's post-quantum encrypted communications align with the Trump Administration's National Cybersecurity Strategy directive to accelerate adoption of post-quantum cryptographic standards across national security systems. The U.S. Cybersecurity and Infrastructure Security Agency (CISA) and the Department of Homeland Security (DHS) have further identified GPS signal integrity and resilient autonomous navigation as critical infrastructure protection priorities -- requirements the SCOUT-AX6 GUARDIAN is engineered to meet. The vehicle's amphibious capability addresses a documented gap in U.S. autonomous defense platforms, which have historically been limited to single-domain (land or maritime) operations. The SCOUT-AX6 GUARDIAN operates across both domains without reconfiguration, enabling applications in border security, port defense, littoral zone operations, and rapid logistics resupply to forward positions -- all operational contexts prioritized under current DHS and DoD homeland security frameworks. Tillkännagivande • May 21
Quantum Cyber N.V. Files Non-Provisional Patent Application For Emp-Shielding 3D-Printable Composite Filament For Drone And Defense Electronics Quantum Cyber N.V. filed a non-provisional utility patent application with the United States Patent and Trademark Office (USPTO) for an Electromagnetic Pulse Shielding Composite Filament for Fused Deposition Modeling and Method of Manufacture Thereof. The patent application describes a multi-component composite thermoplastic filament formulated for use in standard fused deposition modeling (FDM) three-dimensional printers. The filament, composed of a PETG polymer matrix combined with aluminum flake, carbonyl iron powder, carbon black, and milled carbon fiber, produces 3D-printed drone enclosures that achieve broadband shielding effectiveness of 35 to 55 dB across the full frequency range of 10 kHz to 10 GHz, as measured per ASTM D4935. Unlike metallic Faraday enclosures or conductive gaskets that impose weight and manufacturing complexity penalties incompatible with modern UAV size, weight, and power constraints, the Company's filament is designed for use with commercially available desktop FDM printers, enabling on-demand production of EMP-hardened drone enclosures and electronics housings at the unit level. Electromagnetic pulse attacks represent one of the most consequential unsolved problems in autonomous drone warfare. A single EMP event -- whether generated by a high-altitude nuclear detonation, a non-nuclear electromagnetic device, or a high-power microwave weapon -- can simultaneously destroy the semiconductor components and flight control systems of an entire drone swarm. No publicly listed drone defense company, including platforms the Company monitors as market comparables, currently offers a fielded EMP-hardening solution at the drone enclosure level. Quantum Cyber believes this patent application establishes its first-mover position in EMP hardening for autonomous systems, a capability layer that management views as essential infrastructure for any serious drone defense platform. The Company intends to integrate this technology across its developing System-of-Systems portfolio. 