We will strengthen technological research and development and innovation

1. Detection and identification technology:

Detection technology: including radar detection, infrared detection and radio detection, used to sense the existence of the UAV and determine its position. For UAV clusters, more advanced detection technologies, such as phased array radar and multi-spectral infrared detector, are needed to improve the accuracy and range of detection.

Identification technology: After detecting the information of the UAV, accurately analyze the signal characteristics and image characteristics of the type and manufacturer. For UAV clusters, developing AI-based image recognition and signal processing technologies are needed to achieve fast and accurate identification.

2. Interference and destruction technology:

Interference technology: including radio frequency interference (RF interference), global positioning system (GPS) interference, etc., used to disrupt uav communication and navigation. For UAV clusters, more powerful interference technologies, such as directional interference and multi-band interference, are needed to destroy the communication and navigation coordination between UAVs.

Destruction technology: the use of high-energy laser, microwave beam and other physical means to directly illuminate the UAV, destroy its key components or make them lose their function. For UAV clusters, laser-based cluster strike technology can be developed to achieve simultaneous strikes to multiple UAVs by precisely controlling the emission and focus of the laser beam.

Build a joint reconnaissance and countermeasures system

1. Establish a joint reconnaissance network: link various kinds of land, sea and air reconnaissance and detection equipment with each other, form a reconnaissance and early warning network, rationally configure and optimize the deployment, and form an air situation early warning and detection system combining high, middle and ow altitude, far, medium and short range. This helps to detect and track the movements of the drone clusters in time.

2. Enhance reconnaissance and detection capability: According to the characteristics of uav cluster, the "low, slow and small" target detection system should be improved to improve the detection capability of "low, slow and small" targets. At the same time, multi-sensor integration technology and multi-feature comprehensive identification technology are used to detect, track and identify the uav cluster.

Adopt a variety of countermeasures and strategies

1. Electronic countermeasures means: destroy the communication and navigation equipment of the uav by means of interference and deception, so that it can lose control or deviate from the predetermined route. This includes turning off radio technology equipment to avoid drones getting information about radiation sources, and using camouflage methods to make it difficult for drones to detect.

2. Network attack means: By invading the command and control system of the UAV, it is inactivated and even controlled. This requires the development of attack technologies targeting UAV communication protocols and network architecture.

3. Physical strike means: use laser weapons, conventional weapons and other hard means to damage drones. At the same time, it could be possible to use net capture systems to capture drones or train animals for aerial capture.

Strengthen top-level planning and system construction

1. Develop countermeasures: Formulate countermeasures according to the characteristics of the UAV swarm and the degree of threat. This includes capability requirement analysis and technology pedigree construction in the stages of early warning detection, alert identification, disposal decision-making, defense implementation, and effectiveness evaluation.

2. Improve regulations and standards: Formulate regulations and standards for drone swarm countermeasures, and clarify the scope and restrictions on the use of countermeasure technologies. At the same time, strengthen international cooperation and exchanges to jointly address the security challenges brought by UAV swarms.

3. Strengthen talent training and training: Cultivate professional UAV countermeasure talents and technical teams to improve their professional quality and technical level. At the same time, strengthen training and actual combat drills to improve the actual combat ability to deal with the threat of UAV swarms.