Accurate, actionable insights to accelerate offshore projects and optimise maritime operations.
Offshore projects hinge on reliable metocean data, but accessing it is a constant battle. Identifying the most accurate global historical dataset often feels like guesswork. Traditional on-site surveys are slow, and their datasets commonly show gaps and inconsistencies. Finding dependable real-time and forecast data is a challenge.
MESPAC was built to solve this. We provide a solution powered by satellite-derived metocean data, smartly gap-filled by proprietary ML models. This gives access to consistent, reliable information for any site globally. Our goal is to support your work, from planning to operations. We help you make faster, confident decisions and improve project performance and safety.
Whether you are planning or developing a new offshore site, or optimising shipping routes, MESPAC delivers the data you need.
Accelerate wind farm development with reliable metocean data. Faster, smarter, and globally scalable.
Enhance your services with scalable satellite-powered metocean insights. Integrate seamlessly, deliver with confidence.
Navigate with precision and optimise routes with metocean intelligence. Reduce fuel costs, improve safety
Access to high-resolution and site-specific insights.
Reduce survey times and fill all your data gaps.
Better projection, improved decision-making.
Streamline operations and reduce inefficiencies.
The future of global energy systems is marked by significant uncertainty and unpredictability. Many organizations have invested considerable effort in
The global push towards renewable energy is an essential step in addressing climate change and ensuring a sustainable future. Central to this movement
The offshore wind energy sector is rapidly expanding and plays a crucial role in the transition to a more sustainable future [1]. Despite signif
We build our platform to support the experts who face the challenges of lengthy timelines, high costs, and unreliable, gappy metocean data.
It works by integrating advanced Satellite Earth Observation (SatEO) and in-situ measurements with proprietary AI algorithms.
Our goal is to provide a reliable source of continuous and actionable wind, wave, and other metocean information, delivered quickly.