Empowering the Next Generation of Oceanography

SEAPEN is dedicated to providing AI-driven Computer Vision tools that enable oceanographers to extract valuable insights from extensive collections of photos & videos.

Icons of red coral, red salmon, a blue bag and green seagrass

Services

  • SEAPEN addresses the challenge of declining coral reef health by assessing coral bleaching rates, providing crucial quantitative data to advocate for policy changes and conservation efforts.

  • SEAPEN facilitates responsible practices by estimating stock population size and conducting health analyses, allowing better analytics for sustainable fisheries managements.

  • SEAPEN harnesses its database of oceanic debris images, to detect and quantify the presence of marine debris in real-time, offering quick insights into mitigation efforts.

  • SEAPEN uses its large index of blue carbon ecosystems to assess the health and productivity of seagrass beds, mangrove forests and salt marshes, some of the most important marine ecosystems.

  • Our team is dedicated to improving our models to fit any oceanographic use case. Contact us for custom modelling.

Turn Images into Insights

Discover more about SEAPEN

SEAPEN leverages large databases to train high accuracy and high precision TensorFlow models. These models use instance segmentation to provide our clients with unparalleled accuracy and insights into visually complex media.

Gain Statistical Insights

At SEAPEN, our advanced data processing algorithms and cutting-edge technology enable us to harness oceanographic data for the generation of precise quantitative information. Our ability to transform raw oceanographic data into actionable quantitative insights empowers researchers, policymakers, and stakeholders to make informed decisions crucial for the sustainable management and conservation of marine resources.

Pennatulacea Morphotype Abundance over 12 Replicate Sites

Here is an example output of morphotype abundance of Sea pens across 12 replicate sites

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