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VisionWave Assembles Full Multidisciplinary Due-Diligence Team for Solar Drone Acquisition; Enters Final Due Diligence for Proposed Solar Drone Acquisition; Intends to Explore Vision-RF Integration if Deal Closes
Globenewswire· 2025-11-20 13:30
WEST HOLLYWOOD, Calif. and RAMAT EFAL, Israel, Nov. 20, 2025 (GLOBE NEWSWIRE) -- VisionWave Holdings, Inc. (Nasdaq: VWAV) (“VisionWave” or the “Company”) announced today that it has completed assembling its full due-diligence team for the proposed acquisition of Solar Drone Ltd., a wholly-owned subsidiary of BladeRanger Ltd. (TASE: BLRN), as previously disclosed in the Company’s LOI and Form 8-K filings. The Company has mobilized a combined force of legal, technical, regulatory, financial, strategic, and ad ...
VisionWave Expands IP Portfolio and Files Patent for WaveStrike — RF Computer-Vision Fire-Control Built for Real-World Combat Environments
Globenewswire· 2025-11-17 13:30
Core Insights - VisionWave Holdings, Inc. has filed a U.S. Provisional Patent Application for an "AI-Assisted Multi-Modal RF Fire-Control System for All-Domain Target Engagement," expanding its Vision-RF patent portfolio with a new rifle-mountable RF-sensing module [1][11] Technology Overview - The new RF-based system operates effectively day and night, in all weather conditions, and through obscurants, where traditional electro-optical systems may fail [2][4] - VisionWave's RF-native technology transforms RF waveforms into image-like data, providing range and Doppler information for detecting, classifying, and tracking threats [3][10] - The system eliminates the need for active infrared or laser emissions, reducing tactical signatures and enhancing operator safety [5][6] Development and Trials - VisionWave plans to advance the development of Vision-RF following Q4 2025, with field trials anticipated in 2026 involving soldier-scale rifle modules and vehicle integrations [11][12] Operational Benefits - The RF-native design supports persistent sensing and tracking capabilities, even when optical systems are compromised [15] - The modular architecture allows for scalability across various platforms, including dismounted, vehicle, and fixed-site systems [14][15] - The system aims to improve first-shot probability and reduce engagement timelines, enhancing operational effectiveness in combat scenarios [6][7]