Fraunhofer Institute for Computer Graphics Research IGDODAS – The Platform for Intelligent Ocean Monitoring and Data Analysis
The Ocean Data Acquisition and Analytics System (ODAS) from the Digital Ocean Lab provides state-of-the-art technology for sustainable monitoring and analysis of maritime environments. With a flexible energy system, robust local data infrastructure and wide range of integrated sensors, the ODAS platform enables comprehensive monitoring and analysis of oceanographic processes—regardless of environmental conditions.
Technical Features and Capabilities
- Local Energy Supply for Continuous Operation
- The ODAS platform offers a reliable, battery-driven power supply and is designed for year-round operation. The platform uses multiple energy sources to ensure maximum autonomy and sustainability, including:
- Solar panels
- Wind turbines
- Electrolyzer and fuel cell system with H2 storage
- Generator (genset)
- The ODAS platform offers a reliable, battery-driven power supply and is designed for year-round operation. The platform uses multiple energy sources to ensure maximum autonomy and sustainability, including:
- Local Data Acquisition and Infrastructure
- The platform is equipped with a powerful data acquisition system supporting multiple input/output (I/O) interfaces. Real-time sensor data from various sources can be integrated and processed efficiently.
- A mobile network connection (4G/5G) ensures secure data transmission and online data monitoring, making the data globally accessible.
- Multiple Sensors for Environmental and Maritime Monitoring
- ODAS leverages a wide array of sensors to gather accurate environmental data. The system monitors:
- Weather conditions (temperature, air pressure, wind speed)
- Wave movements and ocean currents
- Ship traffic monitoring in the surrounding area
- ODAS leverages a wide array of sensors to gather accurate environmental data. The system monitors:
- Integration and Expandability
- Thanks to modular interfaces, the platform is highly adaptable. New sensors and devices can be added effortlessly to meet evolving user requirements.
