The development trends of drone countermeasure technology are mainly reflected in the integration and integration of technologies, intelligence, expansion of application fields, policy support and coordinated development of industrial chains, multi-sensor fusion, intelligent jamming and confrontation, miniaturization and portability, improvement of laws and regulations, international cooperation and standardization, autonomous learning, and green environmental protection. The following is a detailed introduction:

Development Trends of Drone Countermeasure Technology
Integration and Integration of Technologies: By organically combining active and passive detection methods with various interception weapons, a complete combat system is formed.
Intelligence: Introduce advanced technologies such as artificial intelligence, machine learning, and big data to achieve automatic identification, classification, and threat assessment.
Expansion of Application Fields: From military, public safety to civil aviation, the market demand for anti-drone systems will further increase.
Policy Support and Coordinated Development of Industrial Chains: Governments of various countries introduce relevant policies and regulations to support technological innovation and market expansion.
Multi-sensor Fusion: Combining radar, optics, acoustics, and other detection methods to improve detection accuracy and range.
Intelligent Jamming and Confrontation: Using artificial intelligence and machine learning algorithms to achieve intelligent jamming and confrontation of drone communication links and navigation systems.
Miniaturization and Portability: Easy for operators to carry and deploy, improving rapid response capabilities.
Improvement of Laws and Regulations: Provide a legal basis and market norms for the legitimate use of drone countermeasure technology.
International Cooperation and Standardization: Strengthen international cooperation in the field of drone countermeasure technology and formulate unified international standards.
Autonomous Learning: Enable anti-drone systems to adapt in real-time and have intelligent response strategies to improve interception success rates.
Green Environmental Protection: Adopt pollution-free laser strike technology to replace traditional physical strike methods, reducing the impact on the environment.
Related Case Analysis
In recent air shows, drone countermeasure technology has shown systematic and comprehensive characteristics. For example, China Electronics Technology Group Corporation's "Tianqiong" comprehensive anti-drone combat system integrates radar, photoelectric, electronic detection, and other detection methods, as well as laser, microwave, electronic jamming, navigation deception, anti-aircraft artillery, air defense missiles, and other interception weapons, forming a complete combat system. This systematic design has greatly improved the combat effectiveness of anti-drone capabilities and can cope with various threats including small rotary-wing, medium and small fixed-wing, and reconnaissance and strike integrated drones.

The continuous innovation and development of drone countermeasure technology not only provide more comprehensive and efficient security guarantees for various fields but also offer strong solutions to the security threats posed by drones.