This cluster can store the data, available to be accessed via Android and web applications. The applications, such as the database and web server, can be wrapped up by docker containers and deployed as containerized applications on the cluster. Each location’s aggregator can send the data to a cluster, such as a customized Raspberry Pi-based cluster with Micro-Kubernetes as its distributed operating system. We can achieve this in each location by sending microclimate data from wireless sensor end-node devices to a nearby middle-node aggregator. To obtain microclimate data, users such as mosquito researchers may need weather stations in various locations and an inexpensive, effective IoT system for monitoring multiple specific locations.
Hence, gathering and monitoring climate data and environmental conditions for mosquito research can be valuable in preventing mosquitoes from spreading diseases. Infected mosquitoes can lay hundreds of eggs in breeding locations, and newborns can transmit diseases to more victims. Detecting infected female mosquitoes can be vital when they transmit harmful diseases such as dengue, malaria, and others.
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