The Next Defense Spending Wave Predicted to Be Built Around AI-Powered Drones

A Rapidly Expanding Military Drone Market Is Creating Massive Opportunities Across Autonomy, Sensors and AI

NEW YORK, Sept. 14, 2026 (GLOBE NEWSWIRE) -- Market News Updates News Commentary - The AI-driven defense drone market could be one of the most explosive growth stories in next-generation military technology. This is no longer about putting a camera on a remotely controlled aircraft. Defense departments are spending aggressively on drones that can see, analyze, navigate and respond with increasing levels of autonomy—and the urgency is being driven by real-world battlefield demand. One forecast estimates the global military drone market could surge from approximately $18.2 billion in 2025 to $66.5 billion by 2035. Meanwhile, the global AI-in-drones market is projected to jump from roughly $821 million in 2025 to $2.75 billion by 2030, representing a 27.4% annual growth rate. For investors, those numbers signal a potentially enormous capital cycle. As governments prioritize autonomous systems, intelligence, surveillance, electronic warfare and counter-drone capabilities, spending could increasingly flow toward the companies supplying the AI, sensors, autonomy, communications and software that make these platforms smarter and more effective.   Companies leading the Autonomous and AI technology Defense Operations boom include: VisionWave Holdings Inc. (NASDAQ: VWAV), Red Cat Holdings, Inc. (NASDAQ: RCAT), Kratos Defense & Security Solutions, Inc. (NASDAQ: KTOS), AeroVironment, Inc. (NASDAQ: AVAV), Ondas Inc. (NASDAQ: ONDS).

The bigger opportunity may be just beginning. Military planners are increasingly looking for more capability, more persistence and more autonomous systems without proportionally increasing risk to personnel. That creates powerful demand for intelligent drones capable of operating in dangerous or contested environments, gathering battlefield intelligence and coordinating with other unmanned systems. AI also creates the possibility of moving from individual aircraft to networks of drones that can share information and operate as a coordinated force. The U.S. AI-in-drones market alone is forecast to grow from about $273 million in 2025 to $860 million by 2030. That growth comes as defense budgets around the world place greater emphasis on unmanned warfare, ISR, electronic warfare and counter-UAS technology. The potential upside is substantial: companies that establish themselves as critical suppliers of AI autonomy, mission software, advanced sensors, secure communications and drone intelligence could find themselves positioned directly in the path of one of defense technology's most aggressive spending trends.

Key AI-Drone Growth Catalysts:

• $109+ Billion Drone-Services Opportunity: Mordor forecasts global drone-services revenue reaching approximately $109.2 billion by 2030.
• 27.4% AI-Drones CAGR: The dedicated AI-in-drones market is projected to grow from $821 million to $2.75 billion by 2030.
• $51 Billion Services Opportunity: Counterpoint projects drone-services revenue could reach $51 billion by 2035, highlighting the shift from hardware toward recurring services and AI.
• Autonomy Is the Game Changer: AI enables autonomous navigation, obstacle avoidance, real-time analytics, fleet coordination and increasingly sophisticated mission execution.
• Multiple Massive End Markets: Defense, agriculture, energy, construction, infrastructure, logistics and public safety are all potential growth engines, giving AI-drone companies multiple paths to scale.
  

VisionWave (NASDAQ: VWAV) Files U.S. Non-Provisional Patent Application Describing ARGUS™, a Proposed Space-Enabled, AI-Driven Counter-Drone Defense Architecture   -- VisionWave Holdings Inc. (“VisionWave” or the “Company”), an advanced defense technology company specializing in artificial intelligence, autonomous systems, RF sensing, and next-generation defense technologies, today announced that it has filed a U.S. non-provisional patent application with the U.S. Patent and Trademark Office (the “USPTO”) describing ARGUS™, a proposed space-enabled, AI-driven counter-unmanned aircraft system (C-UAS) architecture that the Company is developing.

• Application describes a proposed architecture integrating space-based sensing, artificial intelligence, resilient HF communications, secure command and control, and coordinated multi-effector defense against drones and autonomous aerial threats; ARGUS remains in development, and no patent has been issued
  

The U.S. patent application, Serial No. 19/797,497, filed on September 4, 2026, 2026, is titled “Systems and Methods of Detecting and Countering Drone Attacks by Space-Enabled, AI-Driven Counter-UAS Architecture.” The application claims priority to U.S. provisional patent application Serial No. 63/940,940, filed on December 15, 2025, and describes an integrated architecture intended to detect, classify, track, evaluate, and respond to hostile drones and other low-altitude aerial threats over wide geographic areas. The application has not yet been examined by the USPTO. Patent applications are frequently rejected or allowed only with claims narrower than those originally filed, and there can be no assurance that any patent will issue from the application, that the scope of any issued claims will be the same as the claims as filed, or that any patent that issues will provide VisionWave with a competitive advantage or withstand challenge.

As described in the application, ARGUS is intended to combine space-based surveillance, artificial intelligence, ground-based sensing, resilient communications, cybersecurity, command and control, and multiple types of defensive effectors into a coordinated counter-UAS system.

ARGUS is an architecture described in a pending patent application and remains in development. ARGUS has not been built, integrated or tested as a system, and no prototype of the complete architecture exists. VisionWave does not own or operate any satellites and has no agreement with any satellite operator, launch provider, government agency or other party for the space segment or any other element of ARGUS. The capabilities described in this press release are those set out in the application; they have not been demonstrated or independently validated. Developing, testing and fielding ARGUS would require substantial additional capital, third-party participation and government authorizations, none of which is assured, and ARGUS has not generated any revenue.

The patent application describes a space segment incorporating satellites equipped with electro-optical and infrared sensors, with optional synthetic aperture radar and RF sensing capabilities, intended to provide wide-area surveillance and early detection. Under the described architecture, information collected from space would be combined with information from ground-based radar, RF, and EO/IR sensors to form a unified recognized air picture.

A central element of the described architecture is an AI-based object-recognition methodology designed to analyze the structural geometry of airborne objects. Rather than relying solely on conventional image classification, the methodology described in the application is designed to identify structural key points such as rotor hubs, arms, fuselage features, wings, and payload attachment points and to use multi-view information to generate virtual three-dimensional representations of potential targets. This approach is intended to improve classification where a target is partially obscured or observed from difficult viewing angles; its performance has not been validated through testing.

The application also describes multi-sensor fusion and AI-based threat assessment, combining information from satellites, radar, RF detectors, EO/IR sensors, and other sources. The described system is designed to update target tracks and threat scores continuously as additional evidence becomes available and to use those assessments within command-and-control logic to determine whether an object should be monitored, generate a warning, or be considered for engagement, with any engagement subject to authorization by a human operator.   

Another component of the disclosed architecture is SkyWeave™, an AI-controlled high-frequency (HF) communications backbone, also in development, designed to provide resilient beyond-line-of-sight command and control. As described in the application, the HF network would dynamically evaluate ionospheric conditions, interference, link quality, mission requirements, and other factors to select frequencies, transmission power, antenna configurations, relay nodes, and communications routes. The architecture is intended to maintain command connectivity when SATCOM, cellular, microwave, or terrestrial communications are degraded, jammed, or unavailable.   Continued… Read this full release and additional news for VWAV by visiting: https://www.vwav.inc/newsroom/

Other recent developments in the autonomous, defense/military/UAV/drone industries of note include:

AeroVironment, Inc. (NASDAQ: AVAV) recently announced it has received its first international purchase order for the LOCUST® Laser Weapon System. The landmark, first of its kind direct commercial sale (DCS) order, valued at more than $50 million, marks a significant milestone in the global adoption of AV’s directed energy counter‑drone capabilities.

The purchase order covers an initial delivery of AV’s mission‑proven LOCUST systems and associated support. The award follows AV’s recent selection by the U.S. Army for a $464.8 million Enduring-High Energy Laser (E-HEL) contract, representing the first-ever production contract for high energy laser weapon systems in United States history.

Red Cat Holdings, Inc. (NASDAQ: RCAT), a U.S.-based provider of advanced all-domain drone and robotic solutions for defense and national security, and Havoc, a leader in all-domain collaborative autonomy, announced a partnership recently, formalized through Red Cat’s maritime division, Blue Ops.

Under the partnership, Blue Ops and Havoc plan to integrate Havoc’s collaborative autonomy software and command-and-control capabilities across multiple Blue Ops uncrewed surface vessels, including the Variant 7 and additional platforms as they are introduced. The integration is intended to enable coordinated multi-vessel operations and expand the range of autonomous functions available to U.S. and allied defense customers.

Ondas Inc. (NASDAQ: ONDS), a leading provider of autonomous systems and next-generation defense and security technologies, announced recently that it has entered into a definitive agreement to acquire Aran Defense Ltd., the defense-focused division of Aran Ltd. (TASE: ARAN), an established Israeli engineering and manufacturing company. The acquisition is expected to add multidisciplinary defense engineering manufacturing operations to support local growing demand for Ondas’ autonomous platform solutions.

The acquisition is expected to significantly expand Ondas’ local manufacturing and industrialization capacity in Israel, providing dedicated engineering, integration and production resources to support increasing demand across the Company’s autonomous defense businesses. Aran Defense supports programs for governmental customers in Israel, as well as leading international defense companies. The acquisition will deepen Ondas' investment in Israel's sovereign defense-industrial base, expanding domestic engineering and production capacity for critical autonomous defense systems.

Kratos Defense & Security Solutions, Inc. (NASDAQ: KTOS), a technology company in defense, national security and global markets, announced recently that it has been awarded a contract valued at more than $20 million to deliver mobile satellite communication (SATCOM) gateways for a defense customer in Asia.

Around the world, fixed communications infrastructure is becoming increasingly vulnerable to emerging threats. Recent conflicts and contested environments have shown that stationary SATCOM facilities can be easily targeted or disrupted, and modern operations often face denied spectrum and damaged public networks. These conditions highlight a critical need for defense organizations to deploy mobile SATCOM gateways that can maintain secure, reliable connectivity when traditional systems fail. With this capability, warfighters gain access to real‑time situational awareness and mission‑critical data where and when it matters most.

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