Once a drone is detected, anti-drone systems use tracking technologies to monitor its movement and determine its trajectory. Some systems also integrate identification features to classify the type of drone and assess the level of threat it poses.

Radio Frequency Jamming: Disrupt the communication link between the drone and its operator by emitting interference signals.
GPS Jamming: Block or interfere with the GPS signals that drones use for navigation.
Spoofing: Emit false GPS signals to trick the drone's navigation system, causing it to deviate from its intended path.

Anti-drone systems are typically equipped with a centralized command and control interface that allows operators to monitor and manage the system. This interface may include real-time data visualization, alerts, and response options.

Many anti-drone systems can be integrated with existing security infrastructure, including surveillance cameras, access control systems, and other sensors, to provide a comprehensive security solution.

Deploying anti-drone systems must adhere to local regulations and laws. Ensuring compliance is essential to avoid interfering with authorized drone operations and violating privacy laws.

Anti-drone systems are often deployed to protect critical infrastructure such as airports, power plants, government facilities, and public events from potential drone threats.

The field of anti-drone technology is evolving rapidly as new and sophisticated drones are developed. Continuous advancements are necessary to keep pace with emerging threats.

Deploying anti-drone systems must adhere to local regulations and laws. Ensuring compliance is essential to avoid interfering with authorized drone operations and violating privacy laws.

Anti-drone systems may vary in size and portability, ranging from compact and mobile solutions to larger, fixed installations. The scalability of these systems allows for deployment in various environments.