Fixed integrated detection, jamming, and deception drone jammer

The fixed intelligent sensor system adopts a security architecture that deeply integrates IDS (Intrusion Detection System) and IPS (Intrusion Prevention System). Through multi-dimensional perception, data fusion analysis, and an intelligent decision engine, it achieves real-time identification and proactive interception of potential threats. The system utilizes multi-source data modeling technology to continuously monitor changes in the external environment, abnormal device behavior, and communication traffic characteristics. Through deep learning models, it identifies motion trajectories, energy characteristics, signal disturbances, and suspicious patterns, thereby predicting attacks before they occur. Coupled with an automated response mechanism, once intrusion signs are detected, the system can immediately trigger defensive actions such as blocking, isolation, and access restriction, effectively reducing the security risks caused by human delays. This integrated mechanism not only improves the speed of threat detection but also ensures the automation of threat handling, making the overall protection system more robust and reliable.

The system possesses an intelligent dynamic warning algorithm, which, through front-end sensor data collection and back-end AI risk model linkage, analyzes abnormal trends in advance. Once an increase in risk parameters is detected, such as abnormal proximity, increased signal interference, unauthorized device access, or persistent suspicious behavior, the system will immediately issue alerts via audible and visual alarms, SMS, app push notifications, or platform messages. Simultaneously, the automatic response module can execute preset strategies, including isolating areas, activating shielding measures, closing critical pathways, or notifying on-duty personnel to intervene, ensuring that the danger is contained before it spreads. This mechanism greatly improves the overall response speed, shifting protection from "post-incident handling" to "pre-incident prevention."

The system adopts a modular architecture, allowing for customized deployment according to different application scenarios. Customers can choose different types of sensors, such as optical, millimeter-wave, infrared, acoustic, and vibration sensors, and configure protection levels as needed, such as basic monitoring, enhanced protection for key areas, or military-grade defense. At the same time, response strategies can also be flexibly set, including static alarm mode, automated interception mode, and progressive response strategies. The system supports rapid expansion of software and hardware, enabling the solution to be adapted to different industries such as industrial parks, energy facilities, border protection, warehousing and logistics, and transportation hubs, achieving true on-demand construction and scenario adaptation.