VisionWave Expands IP Portfolio and Files Patent for WaveStrike — RF Computer-Vision Fire-Control Built for Real-World Combat Environments

Rhea-AI Summary

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.

Insights

Defense-systems IP & product commercialization analyst

VisionWave filed a provisional patent for WaveStrike, expanding its RF-native fire-control IP and planning 2026 field trials.

WaveStrike extends VisionWave’s Vision-RF approach by converting RF returns into image-like, range-informed cues and a simple red/green "fire-eligible" indicator for soldier and vehicle weapons. The filing describes a rifle-mountable RF sensing module, an on-edge AI stack that reconstructs 3-D scenes, low-latency aim-point computation, and modular scaling from rifle modules to RWS and ship/air integrations.

The announcement’s operational claims rest on a provisional patent and a reported functional prototype demonstrated in controlled settings; meaningful operational validation depends on field trials and qualification steps. Key risks include how the prototype performance translates to soldier and vehicle use, integration with rules-of-engagement and logging, and whether RF-derived range and predictive leads meet real-world latency and accuracy requirements.

Watch for concrete milestones: completion of advanced system development after Q4 2025, documented outcomes from the planned 2026 field trials, and any follow-on patent prosecutions or government qualification contracts. Near-term (6–12 months) items to monitor are trial schedules and demonstrable metrics for range, tracking persistence, and latency; medium-term (12–24 months) items include qualification results and any formal program awards.

Extends Vision-RF sensing technology into soldier- and vehicle-level fire-control that performs day or night, in all weather, and through obscurants — without exposing the operator

WEST HOLLYWOOD, Calif., Nov. 17, 2025 (GLOBE NEWSWIRE) -- VisionWave Holdings, Inc. (Nasdaq: VWAV) (“VisionWave” or the “Company”) today announced the filing of U.S. Provisional Patent Application No. 63/892,721, titled “AI-Assisted Multi-Modal RF Fire-Control System for All-Domain Target Engagement.”

The new application expands VisionWave’s Vision-RF patent portfolio with a rifle-mountable RF-sensing module that converts radio-frequency (RF) returns into real-time, visualized situational awareness and predictive fire-control cues.

Operating day and night and in all weather or obscured conditions where electro-optical “smart” sights may experience degraded performance, the system’s RF-based, AI-driven computer-vision engine transforms complex RF scene data into a simple red/green “fire-eligible” cue and predictive-lead solution for soldier weapons, vehicle turrets, remote-weapon stations (RWS), and potential future air- and sea-platform integrations.

Why RF-Native Fire-Control Matters

WaveStrike, built on VisionWave’s multi-patented Vision-RF core technology, transforms RF waveforms into image-like data without the use of cameras.

This RF-first approach provides inherent range and Doppler information, enabling intended detection, classification, tracking, and firing-solution computation against moving or static threats — even in various environmental conditions, including reduced visibility.

By contrast, optics-based systems rely on infrared illumination at night and laser rangefinders to calculate distance — techniques that may increase the risk of exposing a soldier’s position and experience performance degradation in obscurants, making them less effective for certain combat conditions.

VisionWave’s RF-native design requires no active IR or laser emissions, minimizing tactical signature while aiming to support sustained target tracking and fire-control decision-making. Because the system measures range as part of the RF solution itself, it is designed to provide range-informed targeting under certain conditions.

“With extensive combat experience, it’s clear that systems must be built to perform in real combat environments — day and night — allowing operators to see the unseen from a safe distance,” said Noam Kenig, Chief Executive Officer of VisionWave. “WaveStrike brings RF-native computer vision to the sensor-to-shooter loop, with the goal of reducing engagement timelines and supporting improved first-shot probability regardless of weather or visibility — all without exposing the operator.

By eliminating dependence on active optics and providing a clear, operator-centric cue, we’re delivering a potentially advantageous capability that is intended to operate in conditions where optical systems may be limited — across soldier weapons, vehicle turrets, RWS platforms, and ultimately air and maritime systems.”

How WaveStrike and Vision-RF Work (Technical Highlights)

• RF Computer Vision: RF waveforms are reconstructed into a dense 3-D scene fused by VisionWave’s Evolved Intelligence™ (EI) on-edge stack, intended to enable range-informed target localization.
• Edge Cognitive Fire-Control: Low-latency AI filters clutter, sustains lock in dense environments, and computes predictive aim points and lead solutions for agile aerial and ground threats.
• Human-in-the-Loop: Micro-correction arrows and a red-to-green confidence indicator ensure the operator remains firmly in control.
• ROE & Accountability: Customizable rules-of-engagement logic and tamper-evident logs provide auditability and command oversight.
• Modular Scalability: Architecture is designed to scale from compact rifle modules to crew-served weapons, vehicle integrations, naval arrays, and networked RWS clusters.
  

“Vision-RF reconstructs stabilized, visualized feeds in real time by converting RF returns through a temporal-spatial EI stack,” said Dr. Danny Rittman, Chief Technology Officer of VisionWave. “That native 3-D RF data provides range and motion cues that optical systems simply can’t replicate in degraded environments. WaveStrike uses this to deliver predictive fire-control recommendations — even in certain material-penetrating scenarios — while keeping operators safely out of harm’s way.”

Planned Development and Trials

VisionWave plans to advance development of Vision-RF following Q4 2025, began advanced system development of Vision-RF in Q4 2025, following completion of a functional prototype that demonstrated RF signal reconstruction into visualized outputs in controlled settings.

Field trials with select defense agencies are currently anticipated in 2026, including demonstrations of soldier-scale rifle modules, vehicle integrations, and RWS implementations as part of an incremental qualification program.

Why This Matters to Operators and Programs

• Persistent Sensing: RF-native solutions are designed to support detection and tracking when optical systems experience reduced performance.
• Lower Tactical Signature: No IR illuminators or laser rangefinders —reduce active emissions.
• Broader Operating Envelope: Day/night, all-weather, and through-obscurant performance aims to support extended operational conditions.
• Networked Scalability: Modular design supports rapid integration across dismounted, vehicle, and fixed-site platforms.

About VisionWave Holdings, Inc.

VisionWave Holdings, Inc. (Nasdaq: VWAV) is a defense-technology company specializing in AI-powered sensing, on-edge autonomy, and threat-response systems.

Its portfolio includes super-resolution radar, multispectral/RF imaging, and the Evolved Intelligence™ (EI) engine for real-time perception, prediction, and control across air, land, and sea.

Important Notes on Patent Status

A provisional patent application establishes a priority date but is not examined and does not grant patent rights.

Any ultimate scope of protection, performance claims, or deployment timing is uncertain and subject to change. VisionWave may file corresponding non-provisional applications within the statutory period to pursue full patent protection.

Forward-Looking Statements

This press release contains forward-looking statements within the meaning of Section 27A of the Securities Act of 1933 and Section 21E of the Securities Exchange Act of 1934, including without limitation statements regarding the anticipated capabilities of Vision-RF and WaveStrike, development timelines, planned integrations, and patent protection. Words such as “will,” “expects,” “believes,” “potential,” “anticipated,” and similar expressions identify forward-looking statements. Actual outcomes may differ materially. Forward-looking statements are based on current expectations and are subject to risks and uncertainties described in VisionWave’s filings with the U.S. Securities and Exchange Commission. VisionWave undertakes no obligation to update these statements except as required by law. See VisionWave’s most recent Form 10-K and 10-Q for a fuller list of risk factors. The Company undertakes no obligation to update these statements.

Investor Contact: investors@vwav.inc

Website: https://www.vwav.inc

A photo accompanying this announcement is available at https://www.globenewswire.com/NewsRoom/AttachmentNg/cfdf7a15-90e7-48d5-96a1-f4aad8b5c6b5

FAQ

What did VisionWave (VWAV) file on November 17, 2025?

VisionWave filed U.S. Provisional Patent Application No. 63/892,721 for the WaveStrike RF fire-control system.

What is WaveStrike and how does it work for VWAV?

WaveStrike is an RF-native, AI-driven computer-vision fire-control module that converts RF returns into range-informed, visualized cues and predictive lead solutions.

When did VisionWave complete a prototype of Vision-RF and what are next steps?

VisionWave completed a functional prototype in Q4 2025 and plans field trials with select defense agencies in 2026.

Which platforms does VisionWave target with WaveStrike (VWAV)?

WaveStrike targets soldier weapons, vehicle turrets, remote-weapon stations (RWS), and potential future air and maritime integrations.

How does WaveStrike reduce tactical signature for VWAV customers?

WaveStrike is RF-native and requires no active IR illuminators or laser rangefinders, reducing active emissions and tactical signature.

Does VisionWave claim WaveStrike works in obscured or degraded conditions?

Yes; VisionWave says WaveStrike is designed to operate day or night, in all weather, and through obscurants where optical systems may degrade.