VisionWave Holdings, Inc Stock Price, News & Analysis

VisionWave Holdings (Nasdaq: VWAV) entered a non-binding letter of intent with Evie Autonomous to explore a up to £500,000 Proof‑of‑Concept program to integrate Evie’s autonomous vehicle tech into VisionWave Unmanned Ground Vehicles.

Discussions began in August 2025; the companies expect the POC, if agreed, to commence in 2026 subject to definitive agreements. This would be VisionWave’s first strategic initiative since its July 2025 de‑SPAC listing. VisionWave is also negotiating acquisitions of Monte drones and related robotics to complement RF‑perception and autonomy efforts.

VisionWave (Nasdaq: VWAV) said on Dec 10, 2025 it has begun preparing provisional patent applications for Argus, its space-enabled, AI-driven counter‑UAS platform. Initial filings focus on SkyWeave high-frequency AI communications, space- and ground-based detection/recognition, HF-assisted resilient networking, and Argus’s end-to-end detection/classification/tracking/engagement framework.

The company intends follow-on filings covering HF sensor fusion, multi-layer decision/control logic, secure key-exchange/encryption for contested environments, and multi-interceptor orchestration. No patents have been granted and the company warned no assurance exists that patents will be issued or what scope they might have.

VisionWave Holdings (Nasdaq: VWAV) signed a definitive Share Purchase Agreement to acquire 100% of Solar Drone Ltd., an autonomous robotics company and subsidiary of BladeRanger (TASE: BLRN), with closing expected on or about December 10, 2025 subject to customary conditions.

The deal consideration targets $21.6 million via issuance of 1,800,000 VWAV shares (with pre-funded warrants possible if VWAP conditions apply). VisionWave expects near-term synergies across defense/security and solar O&M robotics, and says 2026 could be a revenue year for the solar segment if integration and commercial talks succeed.

VisionWave (Nasdaq: VWAV) on Dec 2, 2025 announced R&D on Argus, a space-enabled, AI-driven counter-drone (C-UAS) system developed with BladeRanger to detect, classify, track, and defeat hostile unmanned aircraft over wide areas.

Argus combines space-based EO/IR (optional SAR/RF), AI object-recognition, a resilient HF communications backbone, asynchronous encryption for C2/GPS integrity, and layered interceptors (drones, RF jammers, deceptive navigation, lasers/HPM). VisionWave completed the system architecture and plans a patent filing in the coming weeks; prototyping and field demonstrations are targeted next.

VisionWave (NASDAQ: VWAV) advanced its European growth push after Solar Drone completed a 100-day Proof of Concept with DB InfraGO AG and received a formal recommendation to advance discussions with three departments: Sky Operations, DB Services, and DB Energie. VisionWave appointed Judit Nagypal, based in Munich, as European lead and under consideration for the company board to coordinate potential deployments, engineering integration, and partner engagement across the EU.

The PoC demonstrated feasibility of Solar Drone’s automated cleaning technology for large glass rooftops at major train stations, and VisionWave posted a demonstration video for investors and partners.

VisionWave (NASDAQ: VWAV) announced that, following a Letter of Intent to acquire Solar Drone Ltd. (a subsidiary of BladeRanger), Solar Drone CEO Shmulik Yannay is in Greece on Nov 24, 2025 for technical meetings with Greek government ministries, the national grid operator, and emergency-response organizations.

Discussions focus on drone applications for wildfire detection/containment, UV-based power-line defect ID, high-pressure insulator cleaning, and autonomous inspection. VisionWave said it may explore integrating its VisionRF sensing and geospatial intelligence if the acquisition closes; the LOI and any integration remain subject to closing conditions and no assurances were given.

VisionWave (Nasdaq: VWAV) has assembled a multidisciplinary due-diligence team and begun final diligence for its proposed acquisition of Solar Drone Ltd. Teams are working on-site in Israel and remotely from the U.S. to advance toward a definitive Share Purchase Agreement as soon as practicable.

The review covers technology verification, IP ownership, manufacturing scalability, commercial readiness, financial and tax validation, legal/M&A compliance, and regulatory considerations across the U.S., Israel and international markets. VisionWave said it may explore integrating its Vision-RF sensing and autonomy technologies into Solar Drone if the deal closes. The transaction remains subject to due diligence, negotiation, regulatory approvals and customary closing conditions.

VisionWave (Nasdaq: VWAV) filed U.S. Provisional Patent Application No. 63/892,721 on Nov 17, 2025 for WaveStrike, an RF-native, rifle-mountable fire-control system that converts RF returns into real-time visualized situational awareness and predictive fire-control cues.

The system uses VisionWave’s multi-patented Vision-RF AI stack to deliver range-informed targeting, day/night and all-weather operation, operation through obscurants without active IR/laser emissions, and a red/green fire-eligible cue for soldier weapons, vehicle turrets, and RWS. VisionWave completed a functional prototype in Q4 2025 and plans field trials with select defense agencies in 2026.

VisionWave (NASDAQ: VWAV) signed a binding Letter of Intent to acquire Solar Drone Ltd., a subsidiary of BladeRanger (TASE: BLRN), by issuing 1.8 million shares of common stock as consideration. Parties aim to negotiate a definitive Share Purchase Agreement by Dec 10, 2025 with closing targeted for Dec 31, 2025, subject to customary conditions and regulatory approvals.

The deal would integrate BladeRanger’s modular drones — including a 4.5 kW airborne pump, AI UV/visible sensors, and configurable nozzles — with VisionWave’s AI sensor-fusion and command-and-control platform to address fire suppression, infrastructure inspection, and emergency response. Registration and exclusivity terms are included.