OceanOS: AI-driven insights to secure the future of our marine environments
Authors/Creators
-
1.
The Alan Turing Institute
-
2.
University of Exeter
Description
This case study is published under the InnovateUK BridgeAI - Bespoke AI and Data Science Advice for SMEs offer. The Alan Turing Institute Independent Scientific Advisors (ISAs) offer transformative support to SMEs across BridgeAI sectors, enabling them to harness AI for both practical and strategic benefits. This initiative is supported by Innovate UK BridgeAI.
We thank Vincent Opitz, Cofounder and Laurens Geffert, Head of Science at OceanOS, as well as Dr Rachael Stickland and Professor Andrew Corbett, Independent Scientific Advisors for BridgeAI based at The Alan Turing Institute, for their significant contributions to the development of this case study.
Special thanks to Alexandra Araujo Alvarez, Senior Research Community Manager for BridgeAI, Dominica D'Arcangelo, Programme Manager, and Punita Maisuria, Project Coordinator, for their leadership and support. We also acknowledge Stuart Gillespie for his role as the technical writer for this and other case studies in the programme. Additional thanks go to Aida Mehonic, Principal Researcher for Research Applications, and Shakir Laher from The Alan Turing Institute for their valuable reviews and feedback.
This work is led by Dr. Vera Matser, Head of Skills and Principal Investigator for BridgeAI at The Alan Turing Institute.
For any comments, questions, or collaboration opportunities with BridgeAI, please email: bridgeAI@turing.ac.uk.
Abstract
AI-driven insights to secure the future of our marine environments
Industries such as offshore energy are facing increasing regulatory requirements to minimise their environmental impact. With marine habitats under severe threat from climate change and human activity, there is a pressing need to balance the transition to renewables with the protection of our ocean ecosystems.
OceanOS, a marine biodiversity startup founded in 2022, gives governments, businesses and conservation organisations unparalleled insights into ocean health. The company’s data-driven, AI-powered tools are changing the way we monitor, analyse and protect our precious underwater environments.
OceanOS’ current primary market is offshore wind. Offshore wind is viewed as a key pillar in the transition to renewable energy globally, with the UK government previously setting a production target of 50 gigawatts by 2030. But as the appetite for offshore wind farms increases, so does the pressure to evidence and minimise their environmental impact.
Files
OceanOS Case Study.pdf
Files
(528.3 kB)
| Name | Size | Download all |
|---|---|---|
|
md5:6314d45edbb84a8cb5efbdec83be163e
|
528.3 kB | Preview Download |
Additional details
Biodiversity
- Catalog number
- ATI Publications 3