Services
Digital Twins of the Ocean
A living ocean model for real-world decisions.
Multidisciplinary by nature and interactive by design, digital twins of the ocean are finally being enabled by a powerful combination of cloud computing, IoT, AI, and a massive amount of accumulated experience. At blueOASIS, we don't build digital replicas for the sake of visualisation. We build digital twins that work, living models that mirror reality, predict behaviour, and enable immediate action.
From coastal ecosystems and Marine Protected Areas to offshore wind farms, naval fleets and subsea infrastructure, DTOs provide virtual representations of natural and physical assets through live monitoring and simulation. Reliable and updated information allows for optimised management and mitigated environmental risks, while reducing downtime and improving operational efficiency of maritime activities.
Multidisciplinary by nature and interactive by design, digital twins of the ocean are finally being enabled by a powerful combination of cloud computing, IoT, AI, and a massive amount of accumulated experience. At blueOASIS, we don't build digital replicas for the sake of visualisation. We build digital twins that work, living models that mirror reality, predict behaviour, and enable immediate action.
From coastal ecosystems and Marine Protected Areas to offshore wind farms, naval fleets and subsea infrastructure, DTOs provide virtual representations of natural and physical assets through live monitoring and simulation. Reliable and updated information allows for optimised management and mitigated environmental risks, while reducing downtime and improving operational efficiency of maritime activities.
How we bring Digital Twins expertise to you
Marine Ecosystems
- Real-time monitoring of environmental conditions, biodiversity, and ecosystem health by integrating observational data, ecological models, and AI algorithms;
- Development of surrogate models for rapid simulation and forecasting of ecosystem responses to natural and anthropogenic pressures;
- Early detection and forecasting of environmental risks, including pollution events, and habitat degradation;
- Scenario analysis and decision support for marine spatial planning, conservation, restoration, and sustainable marine resource management.
Renewable Energy
- Real-time monitoring and control of renewable energy assets;
- Performance optimization and predictive maintenance of wind, solar, tidal, and wave energy systems;
- Development of surrogate models for live simulation of renewable energy systems;
- Integration of AI and machine learning algorithms for data analysis and anomaly detection.
Offshore Engineering
- Digital twinning of offshore structures, pipelines, and subsea assets;
- Real-time monitoring of structural integrity, fatigue, and corrosion;
- Predictive maintenance and asset lifecycle management;
- Integration of digital twins with structural and CFD simulations for enhanced analysis and optimisation.
Naval Architecture
- Virtual replication and simulation of naval architecture designs;
- Real-time monitoring of vessel performance, stability, and hydrodynamics;
- Predictive maintenance and condition-based monitoring of naval assets;
- Creation of data-based surrogate models trained using CFD data;
- Integration of fast waves and hydrodynamic numerical models for real time performance predictions.
Projects
Digital Twin of the Ocean projects
