Low-Altitude Security Command and Control Platform S3-LAS-C5ISR

Platform Introduction
As the core of the drone detection system, the Low-Altitude Security Command and Control Platform S3-LAS-C5ISR adopts a front-end and back-end separated architecture and a modular design concept. It integrates GIS geographic information engine, streaming data processing framework and multi-source information fusion technology to realize unified coordination and centralized control of various devices in the system. The platform has the capabilities of accessing various devices such as radar, photoelectric, and radio spectrum equipment, monitoring their operating status, controlling their start and stop, and scheduling tasks. It can flexibly configure the working parameters of each subsystem according to task requirements and dynamically manage the working status of the equipment.

The platform supports real-time access and fusion processing of multi-source detection information, fully integrates key elements such as target motion characteristics, electromagnetic spectrum characteristics, and image recognition characteristics from radar, photoelectric, and spectrum equipment, and synchronously accesses data from external systems such as UOM platform, ATM system, and public security. It constructs a unified, accurate, and real-time air situation map of the warning area. The system can automatically identify invading flying objects, conduct target identity discrimination and threat level assessment in combination with the black and white list strategy, and realize the whole-process closed-loop management of drone targets, including identification, positioning, tracking, forensics, acousto-optic alarm, and linkage disposal.

The platform has complete situation display and auxiliary decision-making capabilities, supporting functions such as air situation layer overlay, target classification display, threat level flashing alarm, and regional linkage control, which effectively improves the efficiency of duty and command. At the same time, the platform also integrates functional modules such as intelligence filing, historical review, thermal statistics, and log audit, constructing a full closed-loop operation process from perception to research and judgment, and from disposal to evidence preservation, comprehensively supporting the construction and operation of the airport's low-altitude security system.

Platform Functions

Comprehensive Situation Construction: The platform integrates a GIS geographic information engine, supporting multi-layer switching such as vector maps, satellite maps, and oblique photography, and displays information such as airport runways, radar coverage, defense zone division, and key facilities. It supports color-coded identification of various areas and provides advanced surveying and mapping capabilities such as distance measurement, area measurement, coordinate picking, and contour difference analysis, providing a high-precision visual basis for protection situation modeling. The platform supports the automatic generation of thermal maps of the protected area, and dynamically updates high-risk areas according to the historical intrusion density of drones.

Air Situation Display: The system supports access to multi-source data such as radar, photoelectric, ATM, UOM, and radio spectrum, and comprehensively presents them through fusion algorithms. It can draw a complete real-time air situation map to realize overall monitoring of the airspace in the warning area. It supports icon flashing prompts for target threat levels and track replay functions.

Target Information Display: The platform supports the display of parameter information such as the real-time coordinates, altitude, speed, track, flight time, detection method, and signal frequency band of the target. It supports classified display of targets from different sources, can distinguish between black and white list targets, and can display target recognition images and behavior analysis results.

Intrusion Records: The platform can automatically identify, mark, and record illegal drones entering the warning area. The recorded content includes time, date, location, flight trajectory, etc., and supports post-event trajectory replay. All data is retained for no less than 90 days and can be extended to 5 years. It also has the function of automatic classification of intrusion events.

Information Retrieval: The platform supports multi-dimensional combined retrieval by time, equipment, target type, flight area and other conditions, supports classified query of data such as images, tracks, and events, and can generate and export reports in PDF, Excel, Word and other formats as needed, facilitating supervision, filing, and research and judgment support.

Resource Scheduling Capability: The platform has a built-in task scheduling engine, which can dynamically allocate resources such as radar, photoelectric, and spectrum according to the number of targets, defense zone level, and equipment status, realizing nearby collaboration of equipment, task priority sorting, and load balancing scheduling, so as to improve response efficiency.

Information Distribution: The platform supports pushing target recognition results, air situation data, alarm information and other contents to commanders, duty officers, security personnel and relevant units according to authority policies. It can synchronize information through various forms such as short messages and pop-ups to improve response timeliness.

Unified Equipment Management Capability: The platform supports access to equipment from multiple manufacturers and with multiple protocols, and has functions such as real-time online status monitoring, fault detection, remote start and stop, parameter distribution, health assessment, and log reporting. It supports map point display, batch online and offline, and group operation and maintenance management.

Fully Automatic Working Capability: The platform supports 7×24-hour uninterrupted unattended operation, with a functional chain including automatic target recognition, automatic strategy response, automatic result linkage, and automatic event reporting, ensuring all-weather continuous operation capability.

System Server: The platform supports real-time monitoring of server and workstation CPU, memory, and network usage. The system resource usage does not exceed 40% during peak operation, and it supports multi-task concurrent processing to ensure operation safety and response stability.

Time Synchronization Function: The platform is equipped with a timing system to ensure the consistency of data collection, fusion, display, and recording, and to ensure synchronization between the system and the airport clock system.

Information Push Capability: The platform supports real-time push of target recognition results and early warning information to relevant personnel such as commanders, duty officers, and disposal forces, and supports multiple notification methods such as short messages and pop-ups. It has a linkage control function, which can automatically trigger voice broadcasts in case of emergency targets. At the same time, it supports disposal personnel to confirm receipt after receiving the push, forming a closed-loop link of "push-receive-response".

Simulation Training Function: The platform has the functions of simulated target injection and disposal drill, which can be used to train disposal processes, test strategy rules and response mechanisms, and support manual setting of target parameters to verify system response performance.

Platform Expansion Capability: The platform has open interface capabilities and supports data access and two-way interaction with third-party platforms (such as public security, military, civil aviation UOM, and air traffic control ATM) to achieve unified management, information sharing, and collaborative disposal. The interface protocols support standard HTTPS, TCP, WebSocket, MQTT, etc., and the data formats are compatible with XML, JSON, GB/T series protocols.

Statistical Report Capability: The platform supports analysis of drone intrusion trends, can generate monthly, quarterly, and annual thermal statistics charts, analyze key threat directions and time density distribution, and supports one-click export of reports.

Role Allocation Capability: The platform supports multi-role and multi-level permission management, with user behavior log recording and permission approval, meeting the requirements of airport operation safety and manageable and controllable operation and maintenance