AIoT vs Rainmonitor

AIoT-Based Flood Warning System – Designed for Organizations, Governments, and Teams Protect communities and respond to flood risks quickly with the DATS Real-Time Flood Monitoring System. Built for government agencies, companies, and organizations, this system uses advanced AIoT technology to deliver accurate predictions and real-time data, helping administrators make better decisions to ensure public safety and safeguard infrastructure. Key Features for Administrators Flood Risk Detection: Quickly identify flood conditions in real time to assess risks early, enabling timely and effective responses. Simple Visual Data: Understand flood risks easily with clear visuals instead of complicated graphs. AI-Powered Analytics: Use real-time data and AI insights for accurate predictions and smarter decision-making. Easy Communication Tools: Improve coordination and act faster with the Civil Complaint Management feature for better teamwork and efficiency. Real-Time Monitoring & Alerts: Stay informed with app notifications about each sensor's risk level, so you never miss a potential danger even without constant monitoring. Manage flood data, receive alerts, and monitor conditions anytime, anywhere. With DATS' AIoT-Based Flood Management System, administrators can act confidently and efficiently, safeguarding their communities and minimizing the impact of natural disasters. This app is your reliable partner for flood prediction, monitoring, and rapid response, exclusively designed for professionals and organizations. DATS Inc. Water Level Management System (Flood Warning Signal) – Empowering administrators to secure a safer future.

Flood Bangkok is a mobile application for rainfall and flood monitoring in Bangkok in real time from everywhere. Current rainfall and flood situation as well as 3-hr nowcast are available for preparing and decision making for daily life. Moreover, user can inform current flood situation via this application to Bangkok Metropolitan Administration's officers in order to solve the flood situation.