Design and Construction of Disaster Mitigation Tools in Detecting Forest and Land Fires in West Kalimantan Using Lora Network IoT

Authors

DOI:

https://doi.org/10.46229/jifotech.v5i1.984

Keywords:

design, mitigation tools, LoRa, point-to-point, forest and land fires

Abstract

The data transmission process for IoT-based tools aimed at mitigating forest and land fires faces a significant challenge: if an incident occurs in an area without internet access, data transmission fails. This condition causes the device not to notify that a forest and land fire has occurred in locations with poor internet coverage such as in the forest and land areas of West Kalimantan. The data transmission failure problem will be solved with a LoRa network that uses radio waves with a device configuration that can communicate with other devices at the closest distance (point-to-point). The study aims to determine the maximum distance that can be reached to send data point-to-point in the LoRa network. The results of the study showed that the LoRa network with a point-to-point configuration successfully transmitted data with a distance between devices of 1,720 meters. From the results obtained with this configuration, data can be transmitted so that it can be used as a forest and land fire disaster mitigation tool with an ideal distance between devices of 963.08 meters.

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Published

2025-03-28

How to Cite

Hariyanto, N. ., & Primanda, D. . (2025). Design and Construction of Disaster Mitigation Tools in Detecting Forest and Land Fires in West Kalimantan Using Lora Network IoT. Journal of Information Technology, 5(1). https://doi.org/10.46229/jifotech.v5i1.984