Project Reports

Explore technical reports validating our AI monitoring systems

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Scientific support to the trial of Spoor AI at the European Offshore Wind Deployment Centre

Vattenfall wind turbine

April 25, 2025

Evaluating Spoor's AI bird monitoring at sea: A British Trust for Ornithology report

Based on a multi-year trial at Vattenfall’s offshore wind farm in Aberdeen Bay, this study offers assesses the accuracy, reliability, and application of Spoor's systems for monitoring bird activity at sea. The report offers detailed insights for developers and regulators seeking scalable, evidence-based monitoring solutions.

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Spoor - AI Avian Monitoring with CCTV Cameras on Floating Wind Turbines

Frames of birds being tracked

March 1, 2024

AI Avian monitoring with surveillance cameras on floating wind turbines

Discover how Spoor’s AI-driven monitoring system was deployed on Equinor’s Hywind Tampen floating wind farm between May 2023 and February 2024. This report presents detailed bird counts, species identifications, temporal distributions, and correlations with weather patterns, offering valuable insights into avian activity in offshore environments.

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Spoor AI - Offshore Avian Monitoring by Buoy

Frames of birds being tracked

November 1, 2023

Offshore avian monitoring by buoy

Explore the innovative use of a multi-sensor Fugro buoy equipped with Spoor’s AI technology to monitor bird activity at Equinor’s Hywind Tampen site from June to October 2023. This report details the technical performance of this offshore pre-construction bird monitoring solution, highlighting the potential for capturing avian data in challenging marine environments.

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Experiences on avian mapping with Spoor at Utsira

Frames of birds being tracked

January 27, 2023

Bird monitoring at Utsira island, Norway

Gain insights into bird activity on Utsira Island, a key migratory hotspot off Norway’s west coast. Commissioned by Deep Wind Offshore, this report covers monitoring conducted from April to September 2022, presenting bird counts, temporal distributions, and weather correlations to support comprehensive biodiversity assessments.