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Here are a few title options: * AI Legalese Decoder: Unlocking the Rise of Defense Tech * Smart Money Bets on Defense Tech: How AI Decoders are Revealing the Opportunity * Decoding the Defense Tech Shift: AI Legalese Tools Illuminate Investment Potential * AI’s Role in Defense Tech: Why “Smart Money” is Investing * The Defense Tech Revolution: How AI Legalese Decoders Are Shaping Investment Strategies

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The AI Revolution in Defense Technology: A Deep Dive and How AI legalese decoder Can Help

VANCOUVER, BC – February 2, 2026 /PRNewswire/ — Equity Insider News Commentary – The landscape of global defense is undergoing a radical transformation, driven by the pervasive integration of artificial intelligence (AI) into every facet of security operations. No longer confined to traditional hardware, sovereign security is now fundamentally reliant on the intelligent systems that power its functions. This pivotal shift is generating substantial capital inflow into a highly promising sector, poised for significant growth.

The United States Department of Defense (DoD) is projected to allocate a staggering $384 billion to defense technology in fiscal year 2026, representing a remarkable 71% increase from the levels observed in 2020. This surge in funding is directly channeling resources towards advanced digital platforms, creating a powerful catalyst for innovation within the defense technology industry. The bedrock of this digital transformation lies in Electronic Design Automation (EDA), a specialized software sector expected to reach $33.5 billion by 2033. This expansion is propelled by the transformative impact of AI workflows, which are dramatically reducing design cycles from lengthy months to manageable weeks.

This convergence of massive investment in digital platforms and the power of AI creates an exceptionally favorable environment for companies specializing in the software backbone of modern defense. Several prominent players are strategically positioned to capitalize on this burgeoning market, including VisionWave Holdings, Inc. (NASDAQ: VWAV), Leidos (NYSE: LDOS), Moog (NYSE: MOG.A, MOG.B), GE Aerospace (NYSE: GE), and Tenable (NASDAQ: TENB). These companies are not merely participating in the technological evolution; they are actively shaping its trajectory.

The momentum in AI-driven defense extends beyond traditional battlefield applications, permeating critical commercial infrastructure as well. The hybrid-electric aircraft market is experiencing aggressive growth, projected to reach $6.74 billion by 2030. This growth is fueled by the necessity of propulsion innovation to achieve cost-effectiveness. Furthermore, the regulatory environment is actively shaping this landscape. The recent release of the NIST Cybersecurity Framework Profile for AI has effectively established automated exposure management as the primary value driver for government contractors navigating the evolving technological and security landscape of 2026. These structural tailwinds unequivocally signal a pivotal moment for organizations at the forefront of building the digital architecture that will define the next decade of defense and beyond.

VisionWave Holdings Inc. (NASDAQ: VWAV) has recently achieved a significant milestone in its joint venture with Boca Jom Ltd., successfully transferring three comprehensive intellectual property (IP) portfolios focused on Electronic Design Automation (EDA) tools. This isn’t just abstract technology; the transferred IP encompasses complete system architectures, source code, algorithm definitions, detailed technical diagrams, comprehensive development methodologies, and structured development roadmaps. Management at VisionWave believes this robust IP will directly enable the joint venture to transition into the final stages of development, rigorous testing, and seamless integration.

This EDA IP directly supports three critical advanced semiconductor design tools, designed to address key bottlenecks in modern chip manufacturing:

  • AstraDRC: An automated design rule correction tool to enhance chip design accuracy.
  • VerityLVS: A layout verification tool for ensuring the integrity of chip layouts.
  • RelianceRV: A reliability testing tool specifically for advanced manufacturing nodes, ensuring chip robustness.

As semiconductor technology continues to shrink and become increasingly complex, manual verification of designs becomes increasingly impractical. These AI-powered EDA tools automate crucial workflows, addressing a significant efficiency challenge faced by semiconductor companies and potentially accelerating layout closure while substantially reducing costly design errors.

Simultaneously, VisionWave has strategically assembled a specialized team of seasoned radio-frequency (RF) experts to advance its VisionRF platform, a cutting-edge radio-frequency imaging system capable of providing real-time situational awareness through visual obstructions like walls. This team brings together decades of collective experience in RF engineering, antenna design, radar systems, and advanced signal processing. Management has set a target for a proof-of-concept demonstration with broad applications spanning emergency response, security, surveillance, reconnaissance, and tactical military operations.

This development builds upon VisionWave’s recent strategic exchange agreement with Israeli tech company SaverOne 2014 Ltd. (NASDAQ: SVRE) in a three-stage deal valued at $7.0 million. Under this agreement, VisionWave could potentially control approximately 51% of SaverOne on a fully diluted basis, contingent on achieving defined milestones and shareholder approval. This partnership strategically combines VisionWave’s advanced RF sensing and AI analytics capabilities with SaverOne’s Vulnerable Road User platform, enabling the detection of concealed threats where traditional optical cameras and LiDAR systems fall short.

Further bolstering its technological prowess, VisionWave has acquired the qSpeed computational acceleration engine, an independently valued technology at $99.6 million. This acquisition significantly reduces computation cycles from minutes to mere seconds, accelerating the response capabilities of time-critical threat detection systems. Notably, U.S. Patent No. 12,499,578 provides enforceable protection for the RF sensing and AI architecture underlying both the Argus counter-drone technology and the SkyWeave communications backbone.

VisionWave’s expansion into Southern Europe is also underway through its subsidiary, Solar Drone Ltd., with the company securing distribution agreements in Italy and Spain to serve critical infrastructure maintenance markets. Looking ahead, VisionWave plans to deploy up to $10 million in U.S.-based development over the next six to twelve months to accelerate the commercialization of its comprehensive technology platform.

CONTINUED… Read this and more news for VisionWave Holdings at:
https://equity-insider.com/2025/09/25/the-ai-defense-technology-developments-on-the-rise-in-2025-26/

Beyond VisionWave: Other Key Players in the AI-Driven Defense Landscape

The transformative power of AI is also being harnessed by other major defense technology companies:

Leidos (NYSE: LDOS) has formed a strategic partnership with OpenAI to integrate advanced artificial intelligence capabilities into national security priorities. This collaboration aims to enhance government agency efficiency and effectiveness by leveraging OpenAI’s powerful generative and agentic AI models across critical workflows in strategic sectors such as digital modernization, health services, national security, and infrastructure. This integration is a core component of Leidos’ NorthStar 2030 growth strategy.

“Leidos and OpenAI are harnessing the transformative power of AI to help improve how federal agencies operate,” stated Ted Tanner, Leidos’ Chief Technology Officer. “With OpenAI’s most powerful models in a secure configuration designed to protect Leidos and customer data, we’re working together to enhance productivity and accelerate product development and delivery.”

Furthermore, every Leidos customer will benefit from the internal automation and accelerated product design and delivery facilitated by thousands of Leidos employees utilizing OpenAI’s ChatGPT and API Platform on a daily basis. Leidos reported substantial annual revenues of approximately $16.7 billion for the fiscal year ended January 3, 2025.

Moog (NYSE: MOG.A, MOG.B) has reported robust financial performance, with record fiscal first quarter 2026 net sales reaching $1.1 billion, a 21% increase. Adjusted diluted net earnings per share stood at $2.63, reflecting strong execution and continued progress towards long-term financial objectives. Operating margin improved by 90 basis points to 12.3%, and adjusted operating margin reached 13.0%, both increases of 90 basis points compared to the first quarter of 2025.

“We delivered an outstanding start to fiscal 2026,” commented Pat Roche, Moog’s CEO. “Our customer focus has resulted in exceptionally strong orders that further secures our future growth.”

Bookings totaled $2.3 billion, primarily driven by anticipated growth in Commercial Aircraft and significant new awards in Space and Defense. The twelve-month backlog has increased by 30% to a record $3.3 billion. Space and Defense sales saw a substantial increase of 31%, reaching $324 million, fueled by broad-based defense demand, particularly strong in missile controls and satellite components. Military Aircraft sales also increased by 16%, reaching $247 million.

GE Aerospace (NYSE: GE) has successfully demonstrated a narrowbody hybrid-electric engine system through ground testing. The modified Passport engine demonstration conducted in 2025 at Peebles Test Operation exceeded NASA’s technical performance benchmarks, advancing the understanding of hybrid-electric engine system integration and controls beyond standalone components.

“Hybrid electric propulsion is central to how GE Aerospace is redefining the future of flight,” said Arjan Hegeman, Vice President of Future of Flight at GE Aerospace. “Our latest milestone successfully demonstrated a narrowbody hybrid-electric engine architecture that doesn’t require energy storage to operate.”

This ground test represents GE Aerospace’s first commercial hybrid-electric engine demonstrator, showcasing power transfer, extraction, and injection capabilities in a high-bypass commercial turbofan engine. The architecture is being developed through the CFM International RISE program, which has completed over 350 tests and 3,000 endurance cycles targeting

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