An AI/IoT-powered Airborne System for Monitoring Water Level and Tidal Floods in
North Coast of Central Java
Tide Eye is an AI and IoT-based system using drones to monitor seawater levels and tidal flood risks. It provides real-time data on tidal levels and water levels in reservoirs, processes drone images to estimate inundation areas, and sends alerts when flood risks are high.
Provides real-time data on tidal levels and water levels in reservoirs with updates every 15 minutes
Processes drone images to estimate inundation areas accurately using advanced AI algorithms
Sends automated alerts when flood risks are high to enable timely community response
Uses artificial intelligence to analyze water patterns and predict potential flooding events
Tide Eye combines drone technology with IoT sensors and AI processing to monitor seawater levels and tidal flood risks.
Equipped with cameras to measure and map flood-affected areas with precision
Distributed sensors collect water level data continuously across monitoring points
Machine learning algorithms analyze imagery for accurate damage assessment
Drones and IoT sensors collect water level data every 15 minutes
Artificial intelligence analyzes data to estimate flood risk
Automated alerts sent when flood risks exceed thresholds
Real-time data displayed on dashboard for monitoring
Custom-designed IoT nodes deployed across critical monitoring points to provide continuous data.
Comprehensive web dashboard providing real-time insights and actionable intelligence for flood monitoring and emergency response coordination.
Successfully deployed across multiple coastal communities in Central Java, providing critical flood monitoring and early warning capabilities.
Pada 2 Oktober 2024, PUI-PT Intelligent Sensing and IoT bersama mitra strategis menyelenggarakan Demo Day Tide Eye, memperkenalkan sistem pemantauan banjir rob berbasis teknologi.
Tide Eye merupakan sistem cerdas yang memantau kondisi ketinggian air secara real-time, dirancang untuk memberikan peringatan dini serta informasi visual yang mudah dimengerti oleh masyarakat.
Teknologi ini bekerja dengan mengumpulkan data setiap 15 menit menggunakan kecerdasan buatan (AI) dan ditampilkan dalam bentuk grafik sederhana untuk memudahkan pemahaman masyarakat.
Pelibatan aktif masyarakat, terutama wanita-wanita di wilayah pesisir, melalui pelatihan langsung memperkuat peran warga dalam upaya penanggulangan bencana sejak dini.