Live-fire demo at Tawazun Industrial Park, Abu Dhabi, validating VisionWave’s proprietary 4D super-resolution radar powered by EI for Active Protection System (APS) applications – combining millisecond detection, ultra-low false positives, and cost-effective, fleet-scale fielding

West Hollywood, CA & Abu Dhabi, UAE – September 15, 2025  – VisionWave Holdings, Inc. (NASDAQ: VWAV) (“VisionWave” or the “Company”) today announced a live-fire demonstration of its 4D super-resolution radar combined with the Company’s Evolved Intelligence (EI) edge-autonomy engine. The trial- conducted at a highly secure facility in Tawazun Industrial Park (TIP), Abu Dhabi with a government-owned defense partner – is designed to validate real-time detection, classification, and tracking of bullets, rockets, missiles, drones, and hypersonic-class threats.

What the trial will show:

• APS-grade detection where every millisecond counts: The 4D radar (volumetric + Doppler), fused with EI, is engineered to initiate tracks within milliseconds while maintaining extremely low false-positive rates, enabling reliable cueing of hard- and soft-kill countermeasures.
• Super-resolution capabilities: High-fidelity sensing for fine-grain localization and classification -including micro-motion/trajectory discrimination—to support early, accurate cueing in dense, cluttered environments.
• Threat set & realism – including hypersonic-class profiles: Scenarios will span diverse RCS, velocities, and trajectories – from small-caliber projectiles to faster rockets, UAVs, and hypersonic-class threats – executed on a live range to evaluate performance under clutter and environmental stressors. (Performance outcomes remain subject to range constraints and test results.)
• Product maturity: The radar/EI stack is currently assessed at the highest Technology Readiness Level (TRL) 9, indicating operational maturity appropriate for near-term integration and deployment, subject to partner/customer validation.
• Cost-effectiveness. SWaP-optimized, modular design: and open interfaces support -enabling cost-effective fielding at scale.
• Integration path: Data products from the radar/EI stack are intended to integrate with APS fire-control and C2 pipelines for layered survivability architectures. (Timelines and outcomes remain subject to partner testing and approvals.)

Management commentary – “Precision at speed – that’s the standard,” said Noam Kenig, Chief Executive Officer of VisionWave. “Our EI-powered 4D super-resolution radar is engineered to detect, classify, and track bullets, rockets, missiles, drones – and even hypersonic-class threats -in real time, and is purpose-built as the backbone detection layer for our Active Protection System (APS). With operational maturity and demonstrated super-resolution performance, the stack is built for rugged, contested environments: millisecond decisions, ultra-low false positives, and clean handoff to hard- and soft-kill effects. Just as important, the architecture is cost-effective and cutting-edge, giving programs a competitive path to fielding at scale. The mission is clear: enhance survivability and help protect crews and civilians by neutralizing incoming aerial threats.”

Dr. Moshik Cohen, VisionWave’s defense JV partner, said:  “From a radar-physics perspective, VisionWave’s 4D super-resolution approach- volumetric sensing combined with Doppler and micro-Doppler exploitation—provides the separation needed to pull small, fast threats out of clutter at low SNR. In live fire we’ll be validating millisecond track initiation, robust kinematic classification (including high-Mach profiles), and the ultra-low false-positive rates an APS layer demands. The architecture’s compact form factor and efficient power profile also make it practical for vehicle integration and cost-effective fielding.”

Why it matters:

• New breed of APS detection: Super-resolution sensing plus EI edge autonomy is designed to shorten detect-to-cue timelines and improve survivability with millisecond decisions and ultra-low false positives.
• Operational maturity for contested environments: The radar/EI stack is TRL-9 and engineered for rugged, battleground conditions (temperature, shock, vibration, EW/clutter)—supporting reliable performance in live-fire scenarios.
• Scalable, integratable architecture: A modular 4D radar + EI design with open interfaces enables rapid integration across vehicles, fixed-site defenses, and expeditionary systems—supporting fleet-level standardization.
• Pathway to production and scaled deployment: Built for manufacturability and cost-effective fielding, with a route into APS fire-control and C2; pending successful trials, partner validation, and required approvals, the parties intend to pursue next-phase integration and large-scale deployment.

About VisionWave Holdings, Inc.

VisionWave (Nasdaq: VWAV) is a defense technology company specializing in AI-powered sensing and autonomous threat-response systems. The Company’s portfolio includes super-resolution radar, multispectral/RF imaging, and the Evolved Intelligence (EI) engine for real-time, on-device perception, prediction, and control across air, land, and sea.

Forward-Looking Statements

This press release contains forward-looking statements, including statements regarding the expected conduct, objectives, and potential outcomes of the UAE live-fire demonstration; potential detection performance (including hypersonic-class profiles); integration paths; cost-effectiveness; and possible production collaborations. These statements are based on current expectations and are subject to risks and uncertainties, including test scheduling, range and export approvals, performance results, qualification and safety standards, contract negotiations, funding, and other factors described in VisionWave’s filings with the U.S. Securities and Exchange Commission. VisionWave undertakes no obligation to update forward-looking statements, except as required by law.

Investor Contact: investors@vwav.inc
Website: https://www.vwav.inc

Source:  VisionWave Holdings, Inc.

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