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VisionWave to Unveil DeepWave RF™ Near-Bit Subsurface Sensing Initiative at AOW Energy 2026

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VisionWave (NASDAQ: VWAV) plans to unveil its development-stage DeepWave RF™ near-bit subsurface sensing initiative at AOW Energy 2026 in Accra, Ghana, on September 1-3, 2026.

The company filed U.S. Provisional Patent Application No. 64/032,626 and is exploring multi-sector exploration and drilling applications.

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News Market Reaction – VWAV

-2.15%
1 alert
-2.15% News Effect

On the day this news was published, VWAV declined 2.15%, reflecting a moderate negative market reaction.

Data tracked by StockTitan Argus on the day of publication.

Key Figures

Conference dates: September 1–3, 2026 Provisional patent number: No. 64/032,626 Patent filing date: April 8, 2026 +5 more
8 metrics
Conference dates September 1–3, 2026 AOW Energy 2026 in Accra, Ghana
Provisional patent number No. 64/032,626 U.S. provisional patent for DeepWave RF™ filed with USPTO
Patent filing date April 8, 2026 U.S. Provisional Patent Application for DeepWave RF™
52-week high $15.80 Pre-news 52-week trading range reference
52-week low $2.0607 Pre-news 52-week trading range reference
Market cap $160,450,435 Pre-news valuation snapshot for VWAV
Price change 24h -4.11% Move into DeepWave RF™ announcement
Current price $6.06 Pre-news share price versus technical levels

Market Reality Check

Price: $5.93 Vol: Volume 702,435 versus 20-...
normal vol
$5.93 Last Close
Volume Volume 702,435 versus 20-day average 582,602 (relative volume 1.21x). normal
Technical Shares at $6.06, trading below the 200-day MA of $8.90 and about 62% under the $15.80 52-week high.

Peers on Argus

VWAV was down 4.11% pre-news while momentum peers were mixed: SPCE appeared in s...
1 Up 1 Down

VWAV was down 4.11% pre-news while momentum peers were mixed: SPCE appeared in scanners down 7.18% and CODA up 5.71%, indicating stock-specific dynamics rather than a unified sector move.

Historical Context

5 past events · Latest: May 28 (Positive)
Pattern 5 events
Date Event Sentiment Move Catalyst
May 28 Defense expo showcase Positive +19.5% Expanded Eurosatory 2026 presence showcasing expeditionary autonomy ecosystem and VARAN platform.
May 19 UGV private demo Positive -7.2% Invitation-only showcase of Varan UGV and tactical drone fleet in Paris.
May 11 Investor outreach events Neutral +1.8% Exclusive investor events outlining strategic initiatives and defense-sector focus.
May 06 AI platform integration Positive +6.2% Operational integration and commercialization plans for xCalibre AI across autonomous platforms.
Apr 28 AI patent filing Positive -4.6% Provisional patent application for xCalibre camera-as-sensor AI intelligence platform.
Pattern Detected

Recent news has produced mixed reactions: product and patent announcements sometimes rallied sharply, but similar positive updates have also seen selloffs.

Recent Company History

Over the last few months, VisionWave has highlighted multiple growth and technology initiatives. News on April 28 and May 6 focused on the xCalibre™ AI platform and provisional patent filings, with one update drawing a 6.24% gain and another a 4.57% decline. Defense-focused and autonomy ecosystem showcases around Eurosatory 2026 led to both a notable 19.49% rise and a 7.2% drop on separate days. Investor-focused events in mid-May coincided with a modest 1.83% gain. Today’s DeepWave RF™ initiative and patent filing fit this pattern of IP- and showcase-driven milestones.

Market Pulse Summary

This announcement introduces DeepWave RF™, a near-bit subsurface RF sensing initiative backed by a U...
Analysis

This announcement introduces DeepWave RF™, a near-bit subsurface RF sensing initiative backed by a U.S. provisional patent filing (No. 64/032,626) and a planned unveiling at AOW Energy 2026 from September 1–3, 2026. It extends VisionWave’s sensing and AI strategy into exploration markets, complementing earlier autonomy and AI-platform news. Investors may monitor progress toward commercialization, future patent developments, and how these initiatives interact with the company’s existing defense and autonomy ecosystem.

Key Terms

radio-frequency, artificial intelligence, software-defined radio, edge computing, +4 more
8 terms
radio-frequency technical
"use of advanced radio-frequency (“RF”) sensing, artificial intelligence"
Radio-frequency describes electromagnetic waves in the portion of the spectrum used to carry energy or signals for things like wireless communication, medical devices, and industrial equipment. Investors should care because designs that use radio-frequency determine how well a product works, whether it meets safety and regulatory rules, and how crowded or protected its market is—much like choosing the right radio channel affects clarity and interference.
artificial intelligence technical
"advanced radio-frequency (“RF”) sensing, artificial intelligence (“AI”), software-defined"
Artificial intelligence is the ability of computers and machines to perform tasks that typically require human thinking, such as understanding language, recognizing patterns, or making decisions. For investors, it matters because AI can enhance efficiency, uncover new insights, and enable smarter strategies, potentially impacting the value and performance of companies that develop or utilize this technology.
software-defined radio technical
"artificial intelligence (“AI”), software-defined radio architectures, and real-time"
A software-defined radio is a radio system where functions traditionally done by fixed hardware—like tuning, filtering and decoding signals—are performed by software running on general-purpose processors. For investors, it matters because this flexibility can cut development costs, speed product updates, expand applications across markets, and concentrate value in software and services rather than specialized chips, while also raising considerations about regulatory compliance and cybersecurity.
edge computing technical
"radio platforms, edge computing, physics-informed neural networks, machine learning"
Edge computing is a technology that processes data close to where it is generated, such as sensors or devices, rather than sending it all to a distant central location. This allows for faster decision-making and reduces delays, much like having a local office handle urgent matters instead of waiting for instructions from a main headquarters. For investors, it signifies improved efficiency and real-time insights, which can enhance the performance of technology-dependent industries.
physics-informed neural networks technical
"edge computing, physics-informed neural networks, machine learning models, and real-time"
Physics-informed neural networks are computer models that learn patterns from data while being guided by known physical laws or equations, like a student taught both from examples and a rulebook. They matter to investors because they can produce more reliable and efficient predictions for engineering, energy, or drug development problems, reducing uncertainty, speeding product development, and potentially lowering costs and risk compared with purely data-driven models.
machine learning models technical
"physics-informed neural networks, machine learning models, and real-time inversion"
Machine learning models are computer programs that learn patterns from past data to make predictions or decisions without being explicitly programmed for each task. For investors, they matter because they can improve forecasting, automate routine work, reduce costs or introduce new risks; think of them as a smart assistant that learns from past results like a chef refining recipes, helping businesses spot opportunities or mistakes faster.
provisional patent application regulatory
"announced that it has filed U.S. Provisional Patent Application No. 64/032,626"
A provisional patent application is a lightweight, temporary filing that records an inventor’s idea and sets an official filing date without starting the full patent review process. Think of it as placing a hold on an idea while you prepare the complete paperwork; it doesn’t grant a patent but can preserve the right to seek one later. For investors, it signals a company is protecting potential intellectual property, which can affect future competitive advantage and valuation, but it is not a guarantee of patent protection.
subsurface imaging technical
"AI-assisted interpretation systems, and subsurface imaging techniques."
Subsurface imaging is a set of techniques that create pictures of what lies below the ground or beneath a surface, using waves or sensors rather than digging. Think of it as a medical scan for the earth or infrastructure that reveals hidden layers, voids, pipes, minerals or fluid pockets. Investors use these images to reduce uncertainty about resources, construction risks or environmental liabilities, which can change a project’s cost, timeline and value.

AI-generated analysis. Not financial advice.

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WEST HOLLYWOOD, Calif., June 02, 2026 (GLOBE NEWSWIRE) -- VisionWave Holdings, Inc. (NASDAQ: VWAV) (“VisionWave” or the “Company”), a technology company focused on advanced sensing, artificial intelligence, imaging, and autonomous technologies, today announced that it plans to unveil DeepWave RF, its proprietary near-bit subsurface sensing initiative, at AOW Energy 2026, scheduled to be held September 1-3, 2026, in Accra, Ghana.

DeepWave RF is a development-stage technology initiative designed to evaluate the use of advanced radio-frequency (“RF”) sensing, artificial intelligence (“AI”), software-defined radio architectures, and real-time computational modeling to assist in the detection, characterization, and interpretation of subsurface geological structures during drilling operations.

The Company continues to evaluate DeepWave RF but believes it may represent a novel approach to the significant challenges in the exploration industry: obtaining actionable information regarding geological conditions ahead of the drill bit before drilling into a formation.

VisionWave also announced that it has filed U.S. Provisional Patent Application No. 64/032,626, entitled “Near-Bit Subsurface RF Sensing Systems,” with the United States Patent and Trademark Office on April 8, 2026. The provisional patent application relates to various aspects of the DeepWave RF initiative, including near-bit RF sensing architectures, signal processing methodologies, AI-assisted interpretation systems, and subsurface imaging techniques.  The filing of a provisional patent application does not guarantee the issuance of a patent or any particular scope of claims.

DeepWave RF is being developed with the goal of evaluating whether adaptive RF sensing techniques can provide drilling operators and exploration teams with enhanced awareness of subsurface conditions ahead of the drilling assembly. The initiative seeks to bridge the gap between traditional deep resistivity tools and high-resolution radar technologies by pursuing a practical balance between sensing range and spatial resolution.  

The technology architecture under evaluation incorporates advanced sensing hardware, software-defined radio platforms, edge computing, physics-informed neural networks, machine learning models, and real-time inversion techniques designed to transform RF measurements into actionable geological information.  

Although there is no assurance of commercialization, potential future applications under evaluation include:

* Oil and natural gas exploration;

* Geothermal resource development;

* Critical mineral and rare-earth element exploration;

* Metallic mineral discovery;

* Groundwater resource identification;

* Geological mapping and subsurface characterization; and

* Geosteering and drilling optimization.  

VisionWave Chief Technology Officer Dr. Danny Rittman, inventor of the DeepWave RF technology, is expected to present the initiative during AOW Energy 2026 before an audience that includes national oil companies, ministries of energy, regulators, exploration companies, investors, and technical professionals from across Africa and the international energy sector.

“AOW Energy provides an exceptional platform to introduce DeepWave RF to industry leaders, regulators, national oil companies, and potential strategic partners,” said Douglas Davis, Chief Executive Officer and Executive Chairman of VisionWave. “We believe the filing of U.S. Provisional Patent Application No. 64/032,626 marks an important milestone in the development of this initiative and reflects VisionWave’s commitment to advancing innovative sensing technologies that may create new opportunities within the global exploration industry.”

Dr. Danny Rittman added:

“For decades, the drilling industry has pursued the goal of obtaining meaningful visibility ahead of the drill bit before entering a formation. We believe DeepWave RF represents our effort to evaluate whether advances in radio-frequency sensing, artificial intelligence, software-defined radio technology, and real-time computational modeling can contribute to achieving that objective. While the initiative remains in the research and development stage, we believe the concepts merit discussion and evaluation by the global exploration community.”

VisionWave’s participation at AOW Energy 2026 follows ongoing discussions regarding the application of advanced sensing technologies to frontier exploration opportunities and reflects the Company’s broader strategy of expanding the use of its sensing and AI capabilities into additional commercial markets.

The Company expects to participate in conference activities, engage with government and industry stakeholders, exhibit its technology initiatives, and discuss potential future applications of DeepWave RF within the exploration and resource development sectors.

About VisionWave Holdings, Inc.

VisionWave Holdings, Inc. (Nasdaq: VWAV) is a defense and advanced sensing technology company developing AI-driven, RF-based sensing, autonomy, and computational acceleration technologies for defense, homeland security, and commercial infrastructure applications. VisionWave's mission is to connect defense innovation with civilian progress through shared core technologies deployed across air, land, and fixed-site environments. The Company’s website is https://www.vwav.inc.

Forward-Looking Statements

This press release contains forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995 and Section 21E of the Securities Exchange Act of 1934, as amended, including statements regarding DeepWave RF development, patent filings, conference participation, technology evaluation, potential applications, operational deployment across platforms, proof-of-concept timelines, intellectual property realization, strategic initiatives, and the Company’s future business plans. These statements are based on current expectations, assumptions, and beliefs and are subject to numerous risks and uncertainties, many of which are beyond the Company’s control.

Forward-looking statements are generally identified by words such as “believe,” “may,” “will,” “estimate,” “continue,” “anticipate,” “intend,” “expect,” “should,” “would,” “plan,” “project,” “forecast,” “predict,” and similar expressions, or by statements that events or trends “may,” “will,” or “could” occur.

Forward-looking statements are subject to risks and uncertainties that could cause actual results to differ materially from those expressed or implied, including but not limited to: risks associated with the research, development, testing, and technical feasibility of early-stage technologies such as DeepWave RF; uncertainties regarding the issuance, scope, or enforceability of patents from provisional applications; challenges in integrating acquired intellectual property; delays or failure to achieve proof-of-concept validation or commercial adoption; availability of funding; regulatory approvals and defense contracting requirements; market acceptance of new sensing and AI platforms; competition in autonomous defense and resource exploration sectors; general economic conditions; and other risks described in the Company’s filings with the U.S. Securities and Exchange Commission. All forward-looking statements speak only as of the date of this press release and are expressly qualified in their entirety by the cautionary statements included in this press release and in the Company's SEC filings. VisionWave undertakes no obligation to update or revise any forward-looking statements, whether as a result of new information, future events, or otherwise, except as required by law. Investors are cautioned not to place undue reliance on these forward-looking statements.

Contact: investors@vwav.inc


FAQ

What is VisionWave's DeepWave RF™ initiative and what problem does it aim to solve (NASDAQ: VWAV)?

DeepWave RF™ is a development-stage near-bit subsurface sensing initiative designed to aid drilling operations. According to VisionWave, it evaluates advanced RF sensing, AI, and real-time modeling to help detect, characterize, and interpret geological structures ahead of the drill bit during drilling.

What will VisionWave (NASDAQ: VWAV) present about DeepWave RF™ at AOW Energy 2026?

VisionWave plans to unveil the DeepWave RF™ initiative at AOW Energy 2026 in Accra, Ghana. According to VisionWave, CTO Dr. Danny Rittman is expected to present the technology to national oil companies, regulators, exploration firms, investors, and technical professionals across Africa and the global energy sector.

What is the significance of U.S. Provisional Patent Application No. 64/032,626 for VisionWave's DeepWave RF™?

VisionWave filed U.S. Provisional Patent Application No. 64/032,626 covering aspects of DeepWave RF™. According to VisionWave, it addresses near-bit RF sensing architectures, signal processing, AI-assisted interpretation, and subsurface imaging, though the filing does not guarantee any patent issuance or specific scope of claims.

Which potential applications is VisionWave evaluating for DeepWave RF™ technology (NASDAQ: VWAV)?

DeepWave RF™ is being evaluated for multiple exploration and resource uses. According to VisionWave, potential future applications include oil and gas exploration, geothermal development, critical mineral and rare-earth exploration, metallic mineral discovery, groundwater identification, geological mapping, subsurface characterization, and geosteering and drilling optimization.

Is DeepWave RF™ from VisionWave commercially available yet, and what stage is it in?

DeepWave RF™ remains in the research and development stage and is not assured of commercialization. According to VisionWave, the initiative currently focuses on evaluating whether adaptive RF sensing, AI, and real-time inversion can provide actionable geological information ahead of the drilling assembly.

How does DeepWave RF™ aim to improve subsurface sensing compared with traditional tools for VWAV investors?

DeepWave RF™ seeks to bridge the gap between deep resistivity tools and high-resolution radar. According to VisionWave, its architecture combines advanced RF hardware, software-defined radio, edge computing, physics-informed neural networks, and inversion techniques to balance sensing range with spatial resolution for actionable geological insights.