Search results for: 'Radar Technology'

Airports are changing considerably amid multiple challenges: air travel demand soars, surpassing infrastructure capacity; airspace becomes more congested than ever; workforce shortages persist; supply chain disruptions add layers of complexity; and airports must address geopolitical uncertainty, climate risks, and rising costs.To address these chal...

28 Jun 2019  |  Global  |  Market Research

Impact of Future Technologies on the Global Defense Market, 2019–2029

A Number of Intertwined Technological Areas are Advancing in Synergy, Creating a Level of Mutual Dependency that will Transform the Future Battlespace

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This is an age of rapid technological change, with new lines of thought driving novel innovations and business models. As a result, limitations are beginning to emerge in the technological capabilities of the current military to counter new threats. The emergence of new technologies has exposed military forces to new vulnerabilities, which requires...

22 Dec 2020  |  Global  |  Market Research

New Sensor Technologies Driving the Global EO/IR Market, 2020

Future Growth Potential Enhanced by Growth Opportunities in Vehicular Sensor Suites and Handheld Surveillance Systems

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Ministries of defense are procuring a range of new equipment to ensure that soldiers are more lethal and less vulnerable on the modern battlefield. There is an increased demand for weapon sights and night-vision goggles as part of soldier modernization programs. Newer companion technologies, such as unmanned ground vehicles, are being combined wit...

28 Nov 2025  |  Global  |  Market Research

Growth Opportunities in the Asia-Pacific C4ISR Industry, 2023–2028

C4ISR Industry Is Experiencing Transformational Growth Due to Growing Emphasis on Interoperability and Multi-Domain Capabilities

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This research service analyzes the Asia-Pacific military command, control, communication, intelligence, surveillance, and reconnaissance (C4ISR) industry. It segments the industry into 5 categories: command and control, communication, computers, ISR, and electronic warfare. The assessment covers four major Asia-Pacific defense leaders: Australia, I...

This study will benefit those who are interested in learning about the current state of electro-optic /infrared (EO/IR) operating concepts and how they will evolve with the emergence of new technologies and threats. This study identifies emerging trends that will have an impact on the EO/IR industry and highlights areas of opportunities in the land...

27 Jan 2020  |  Global  |  Market Research

Global Land Tactical Communications Market, Forecast to 2028

Increased Adoption of the C4ISR Warfare Paradigm and the Proliferation of Emerging Technologies Drive the Modernization of Tactical Communications Systems

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Over the past few years, land tactical communications has gained precedence as a major modernization objective of militaries worldwide. Whilst the current tactical communications systems used by Western majors proved to be useful against a technologically less advanced adversary in the past, recent high-intensity conflicts in dense Electronic Warfa...

19 Oct 2020  |  Global  |  Market Research

Budget Constraints in the Asia-Pacific Region Driving the Development of the Defense Market, 2020

Unmanned Systems Represent Key Growth Opportunities

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This study will benefit those who are interested in learning about the changing landscape of the global defense technology industrial base (DTIB). It identifies emerging trends that will have an impact on the DTIB and identifies areas of opportunities in the land, air, and naval security segments and technology adoption that will potentially add va...

This research provides a comprehensive overview of the US foreign military sales industry outlook. Based on major arms segmentation, it categorizes the industry into: • Missiles • Command, Control, Communications, Computers, Intelligence, Surveillance, and Reconnaissance • Fixed-Wing Aircraft • Rotary-Win...

Quantum sensing is transitioning from laboratory research to industrial deployment, driven by the need for ultra-precise, reliable measurement in high-impact sectors such as healthcare, defense, and advanced manufacturing. This shift reflects a broader move from controlled, research-grade environments toward scalable, field-ready systems that meet ...