Ocean Science - Tailored technology for underwater monitoring
In ocean science, underwater monitoring technology supports scientific research through real-time and long-term monitoring, as well as flexible integration of fitted sensor packages for applications such as underwater and seafloor observatories, ocean networks, cabled observatories, seabed sensing systems, ocean seabed stations, seabed landers, and deep-sea stations.
- Continuous monitoring: MacArtney DOMUS supports both real-time and long-term observation of marine ecosystems, environmental conditions, and aquaculture projects. Our systems can be connected to established systems, such as mooring lines, providing reliable data for scientific research and underwater studies.
- Adaptable Integration: We offer and integrate modular sensor packages that can be customised to measure specific parameters, ensuring comprehensive data collection for various research initiatives. Additionally, we can integrate clients' existing equipment, enhancing the overall system's capabilities.
Challenges in underwater infrastructure surveillance
Long-term deployment in dynamic environments
Scientific monitoring often requires equipment to remain operational for extended periods in changing ocean conditions. Pressure, biofouling and shifting currents can affect sensor performance and data quality over time.
Data consistency and accessibility
Collecting reliable, high-resolution data across different timeframes and locations can be difficult. Ensuring consistent data streams and integrating them into broader research frameworks is essential for long-term studies.
Integration of diverse instrumentation
Ocean science projects often involve a mix of new and existing instruments from various sources. Ensuring compatibility and smooth integration into a unified monitoring system can be technically complex and resource-intensive.
How DOMUS can help
DOMUS is an adaptable solution designed for long-term deployment options and consistent, high-quality data collection in ocean science. It is configurable for sensors such as communications gateways, imaging, water sampling, and in-situ environmental sensing, and can be integrated with both new and existing systems. This flexibility makes it easier to build reliable, tailored monitoring setups that support a wide range of research needs.
