Termite Monitoring and Control System integrates baiting, visual data acquisition, 4G transmission, and AI recognition technologies to provide real-time monitoring of termite activity and enable remote extermination. It is ideally suited for applications involving reservoir dams and historical structures, transforming traditional manual inspection protocols and delivering round-the-clock early warning capabilities for termite infestations.
Termite Monitoring and Control System constitutes a specialized network of devices that combines Internet of Things (IoT), image recognition, and remote control technologies. Its primary function is the prevention and control of termite infestations in reservoir levees, historical sites, landscaped areas, and residential or commercial buildings. Traditional termite control methods rely heavily on manual inspections and periodic chemical applications—a process plagued by delayed detection, high operational costs, and the difficulty of completely eradicating the termite colony at its source. This system addresses these issues by deploying monitoring units either underground or on the surface within the protected area. Each unit is equipped with bait—formulated with substances highly palatable to termites—and integrated trigger sensors. When termites enter the unit to feed, the sensors automatically log the activity signals; simultaneously, internal miniature cameras capture images of the termite colony, and a high-speed 4G communication module uploads this data to a cloud-based management platform in real time.
The AI-powered intelligent recognition model embedded within Termite Monitoring and Control System analyzes these images to identify the presence of termites, estimate the colony's size, and assess the intensity of their activity. The system then pushes these recognition results and early warning alerts directly to the mobile devices or computers of designated management personnel. For locations where termite activity is confirmed, the system supports the remote activation of extermination protocols. This involves releasing a termite-killing powder from a chemical-dispensing chamber located within the unit; by leveraging the termites' natural trophallaxis (mutual feeding) behavior, the toxic agent is effectively distributed throughout the entire colony, thereby achieving complete colony eradication. Furthermore, the system incorporates a big data-driven localization model capable of triangulating the approximate location of the main termite nest based on the activity timing and density data collected from multiple monitoring points, thereby providing a precise basis for manual excavation and nest removal operations.
The core value of Termite Monitoring and Control System lies in its ability to transform the passive, manual, and periodic inspection paradigm of the past into an intelligent, proactive model characterized by continuous automated monitoring, early warning alerts, and precise remote intervention. When deployed at reservoir dams, the system enables the timely detection and treatment of termite infestations deep within the levee structure, thereby preventing catastrophic incidents such as piping erosion, landslides, or even dam breaches caused by termite-induced structural damage. Currently, this system has been deployed across numerous water conservancy projects and cultural heritage sites in southern China. A single unit covers an area with a radius of 50 to 100 meters; the monitoring device features a battery life of 2 to 3 years and boasts an IP68 protection rating, making it ideally suited for long-term field deployment.
Through the establishment of the Termite Monitoring and Control System platform, administrative authorities can access real-time data on termite activity at various monitoring points, review historical trend curves, and track remediation records. This enables the creation of comprehensive digital archives for termite control, thereby providing visual and information-based technical support for regional termite prevention and control efforts. By seamlessly integrating internet technologies with manual intervention strategies, the system has established an information-enabled platform for the remote, automated monitoring and control of termites in reservoir dams. This innovation facilitates round-the-clock surveillance of termite-related damage, reduces the costs associated with manual inspections, and furnishes termite control management agencies with reliable technical capabilities.
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