Monitoring for Environment Impact Assessment

Fill in the gaps traditional monitoring surveys leave — accelerate approvals and optimise energy yield.

Book a demo
Flock of birds

Trusted by industry leaders

Energy3
Energy3
Energy3
Energy3
Flock of birds from ground view

Data gaps shape permit conditions and mitigation obligations

Assumptions
Delays
Excess Mitigation
Lost Revenue

When data is limited to short surveys or conservative assumptions, developers face delays, over-mitigation, and long-term operational constraints.

Turning Monitoring into Decisions

Camera-based monitoring, algorithmic detection, and human review turning bird and bat activity into defensible data for EIA submissions and permitting

1

Monitor

Continuous detection and tracking of bird and bat activity across the selected area — day and night, in all weather conditions.

2

Validate

AI-assisted and expert-validated species identification for accurate collision risk modeling, and permit compliance.

3

Put bird activity in context


Correlate bird flight patterns, height, and frequency against wind speed, turbine activity, weather, season, and time of day — for smarter decision-making.

4

Deliver outputs
and data reports

Export structured datasets via the Sky Intelligence Platform — ready for use by environmental consultancies and regulators.

Aerial Activity Monitoring

Continuous, automated detection and classification of bird and bat activity across a site — day, night, and all weather conditions.

  • 8K camera resolution — continuously observing a fixed volume of airspace at a site
  • 24/7 data collection — suitable for monitoring both bird and bat activity across all hours
  • No data gaps — continuous operation eliminates the temporal gaps common in vantage point surveys and aerial photography
  • Flexible deployment — mounted on met masts onshore, or integrated onto metocean buoys offshore as an add-on to existing campaigns
Birds around turbines

Reduce Biodiversity Risks for Future Wind Farms

Challenge

Traditional surveys deliver fragmented, weather- and daylight-dependent data that leads to additional studies, permitting delays, and regulatory risks.

Solution

A buoy-mounted camera system integrated with a metocean/LiDAR campaign: 4,500+ hours of annual daytime monitoring in all weather conditions, with species-level and flight height data.

Outcomes

  • Species-level insights that strengthen EIAs and de-risk approval
  • Clear visibility into migration peaks and seasonal dynamics
  • High-resolution flight-height distributions for robust risk modelling
  • Stronger auction bids with credible, data-backed environmental evidence
  • Greater certainty for developers, regulators, and stakeholders
Pre-constructionOffshore
Turbine tracking pattern
UI Frame

Spoor Sky Intelligence Platform

A software platform for the detection, classification and tracking of birds and bats.

  • Continuous monitoring and species detection with human validation
  • Analytical support via correlation with weather, radar and historical bird activity data
  • Report-ready tables and figures for EIA submissions
  • Easy data exports for consultants and regulators
Birds around turbines
UI frame

Embedded in the Wind Energy Ecosystem

Spoor is building a global ecosystem of trusted partners to enable wind farm developers to maximise their potential

Logo frame

Spoor works alongside environmental consultancies to strengthen EIA services with richer, more defensible bird data — helping you deliver faster, more accurate reporting for your clients.

  • Continuous, validated data ready to analyse — species ID, flight heights, flux rates, flight tracks, and more
  • Reduce conservatism in collision risk models — empirical avoidance data to challenge overly cautious assumptions and refine CRM inputs
  • Regulator-ready outputs — 96% precision, 100% recall, and full-resolution timestamped video for every detection event
  • A clear division of responsibilities — Spoor processes and delivers the data; you analyse, interpret, and report

Proven in Live Wind Projects

Spoor's technology is already deployed in real-world wind energy environments, delivering continuous wildlife monitoring at scale.

  • Advanced AI and computer vision is trained on 1M+ birds
  • Bird detections at 1,5 km distance
  • Bird and bat detections with ≥ 95% accuracy
  • Proofed in low light, night and bad conditions
  • Deployment onshore and offshore on 4 continents

Reduce the Biodiversity Risks with Spoor

Talk to one of our experts and discover the best solution based on your needs