The Climate Change Data Centre (CCDC) at Chiang Mai University has implemented FloodBoy, an advanced system of automatic water level detectors. This technology provides real-time measurement of water levels and disseminates alerts across various high-risk areas in the Northern region susceptible to flooding, flash floods, and overflowing waterways. The deployment of FloodBoy is a crucial step in strengthening the region's capabilities for natural disaster prevention and mitigation amidst the challenges of climate change.

FloodBoy automatic water level detectors have been deployed in the Don Chan zone, the Sri Ping Muang community, high-risk areas in the Mae On district, as well as in student dormitories at Mae Fah Luang University. This expansion significantly broadens the surveillance network from upstream to downstream, enabling the public to access real-time data promptly and supporting local authorities in critical decision-making during heavy rainfall. Ultimately, this initiative will provide real-time flooding surveillance and enhance water management planning by the authorities. In the future, this comprehensive database will be vital for developing a flood damage prediction model, allowing for swift response planning and public alerts.

FloodBoy boasts a smart energy system providing 30 days of continuous data transmission. It utilizes solar power with battery backup for uninterrupted operation, even without sunlight. Water levels are measured with high accuracy (?2mm) via microwave technology from a radar sensor. Data is transmitted online, stored on a cloud server, and displayed in real-time on the website with minute-by-minute updates. This device is characterized by easy installation, portability, and instant activation. Its weather-proof design ensures suitability for all outdoor applications.

This research project, powered by AI technologies such as Claude AI, Claude Code, and GitHub Copilot, is authored by Mr. Nat Weerawan, a PhD Student working on Climate Change Management in the Integrated Science program at MIdS (Muli-Interdisciplinary School) at CMU, and the CCDC's research team. The project is supervised by Associate Professor Dr. Sate Sampattagul, who serves as both UNISERV Director and Head Researcher of the Research Unit for Energy Economic & Ecological Management (3E).