Forest fires are common hazards in forests that harm both wildlife and the environment. It could be avoided if a strong system was deployed in forest areas to detect fires and alert firefighting authorities to take immediate action. The goal of this project is to create an IoT-based forest fire detection system that detects fires and sends an emergency alert to authorities. Because network bandwidth is typically very low or non-existent in forest areas, a GSM/GPRS module is used to communicate with an IoT server. As a result, a 2G network is preferable for communicating with the server. Components to use Arduino Nano Flame sensor Dot matrix Perf board SIM800L GPS/GPRS Module 3.7V Li-ion Battery
Nowadays, Rwanda is becoming the country where the technology is integrated in agriculture and livestock domains to easily enhance the life conditions of every Rwandan for wellbeing. With the technology development, cow’s health and early diagnosis of disease have gained the importance in a...
Read more>>The main objective of this research is to assess the importance of using an automated streetlight management and monitoring system. This research seeks to contribute in REG’s management and monitoring of streetlight. The information obtained through the research will assist different organi...
Read more>>Water is a vital resource in practically every aspect of our lives, including our homes, where water is used for cleaning, drinking, and a variety of other activities. Governments have already put in place strategic measures to supply this natural resource in urban and rural areas where people dw...
Read more>>Biogas is produced from biological process of mixed organic materials with the help of bacteria that facilitate the anaerobic digestion process. Biogas can be produced from manure agricultural waste or from other biomass resources available almost everywhere. Many developing countries especially...
Read more>>Floods and landslides are among Rwanda's biggest calamities, having a significant impact on human lives, human development, property, infrastructure, and the environment as a result of topographical factors, excessive rain, and mining activities. The design and implementation of IoT-based floods...
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