This article reviews the development of China’s radar technology from its inception, highlighting its critical role in national defense security and offshore monitoring, and explores future directions such as intelligent systems, multi-band integration, and breakthroughs in quantum technology.

As a critical equipment for safeguarding national maritime rights and interests, coastal security radar plays an increasingly vital role in the complex international environment. This article systematically analyzes its types, performance, and challenges, while also exploring future development trends with the deep integration of artificial intelligence. It aims to provide technical references for enhancing China’s coastal security capabilities.

With the rapid advancement of drone technology, counter-unmanned aerial vehicle (UAV) warfare has become a critical component of modern military defense. This article explores various countermeasure technologies, including detection and identification, radio frequency jamming, and phased array radar, while analyzing future trends toward intelligent and integrated systems. It emphasizes the urgency of addressing the security threats posed by drones.

This article systematically introduces the development status, key technologies, and future trends of counter-unmanned aerial vehicle (UAV) technology, covering methods such as radar detection and soft/hard kill measures. It provides an important reference for addressing the threats posed by “low, slow, and small” targets and enhancing security capabilities.

The 10th China (Beijing) Military Intelligent Technology Equipment Expo will be held from May 15 to 17, 2025, at the Beijing National Convention Center. Wuhan Lakeda will showcase its radar security systems, anti-drone systems, and other products at Booth T023b. We sincerely invite professionals from all sectors to exchange ideas and collaborate, jointly promoting innovation and development in the industry.

This document provides a detailed introduction to the technical specifications of fixed UAV detection and countermeasure equipment, covering functional, performance, and detection and countermeasure requirements. It is applicable to defense systems for micro, light, and small UAVs, offering authoritative guidance for research, development, and deployment.

This article analyzes the technical support system of Lakeda’s individual equipment products, covering pre-sales consultation, in-sales training, after-sales support, and continuous optimization services. It provides users with full-cycle technical assurance to ensure efficient and stable operation of the equipment.

This article explores the application of non-kinetic counter-unmanned aerial vehicle (UAV) systems in maritime operations, analyzing their working principles, technical advantages, and existing challenges. It also looks ahead to future development trends such as integration and intelligence, offering critical defensive solutions to address UAV threats.

The advancement of drone technology has brought conveniences to both military and civilian applications, but it has also introduced significant security threats. Globally, efforts are actively underway to develop counter-drone systems. Through technologies such as electro-optical and acoustic detection, these systems enable precise identification, tracking, and neutralization of drone threats to address emerging challenges.

This article introduces the “Owl” anti-drone system, which effectively addresses drone threats through radar detection, spectrum analysis, and jamming technology, ensuring the security of key areas and public events.