Digitalization
of Hydrometeorological
Measuring Systems
Research projects DMeStHyA and NIQKI and intelligent data analysis
Project Development
DMeStHyA
DMeStHyA
Digitalization of Hydrometeorological Measuring Stations
- ✓Sensors
- ✓Cloud Infrastructure
- ✓Monitoring
© LANUKNIQKI
NIQKI
AI-based Quality Control of Precipitation Data
- ✓Machine Learning
- ✓Data Analysis
- ✓Plausibility Verification
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Beide Projekte4 – 5. Mai 2026
Forschungsprojekte DMeStHyA und NIQKI auf der IFAT Munich 2026 vorgestellt
Das Projektteam stellte auf der IFAT Munich 2026 die Forschungsprojekte DMeStHyA und NIQKI vor und nutzte die Messe für den fachlichen Austausch zu digitalen Lösungen in der Wasserwirtschaft.
weiterlesen →Joint Research Objectives
Both projects jointly pursue the goal of capturing and utilizing hydrometeorological data more efficiently.
Research Objectives
Digitalization & Modernization of Hydrometeorological Measuring Networks
- Digitalization and Modernization of Hydrometeorological Measuring Networks
- Development of Standardized Technical Infrastructures for Measuring Stations
- Integration of Measurement Data into Cloud-based Data Platforms
- Automated Analysis and Quality Control of Measurement Data
- Utilization of Data for Forecasts and Decision-making Processes
Practical Significance
Water Management, Environmental Monitoring and Infrastructure
Hydrometeorological data play a central role in numerous social and economic applications:
- Flood and Heavy Rainfall Monitoring
- Climate Analysis and Environmental Observation
- Agricultural Irrigation and Land Use Management
- Infrastructure Planning and Risk Assessment
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Verbundene Projekte
heavyRAINEntwicklung einer KI-Starkregenfrüherkennung mit Hilfe von IoT-, Radar- und SatellitendatenMore Info →
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Project Partners
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Fields of Application
Areas of use for the developed technologies and data platforms
Flood and Heavy Rainfall Monitoring
Environmental and Climate Observation
Agricultural Water Management
Data-driven Decision Support
