Bird Protect
Bird Protect™ Offshore
Advanced bird monitoring and collision-risk management for offshore wind farms
Bird Protect™ Offshore is IRIDA's dedicated solution for offshore wind projects requiring continuous, automated monitoring of bird activity in complex marine environments. It is designed to provide operators and environmental teams with reliable information on bird presence, movement and potential interaction with wind turbines, while supporting both operational mitigation and long-term environmental compliance.
Continuous monitoring. Intelligent risk assessment. Offshore protection.
What it does
Bird Protect™ Offshore continuously monitors the airspace around offshore wind turbines and across critical areas of the wind farm.
The system detects and tracks birds in real time, creating a detailed record of flight paths, movement patterns and activity around the turbines. This data can be used to assess potential collision risk, support environmental reporting and improve understanding of how birds interact with offshore wind infrastructure.
Where mitigation is required, the system can support automated or operator-assisted responses, including turbine curtailment strategies based on predefined risk conditions.
Intelligent bird protection for offshore wind energy
Advanced bird intelligence for offshore wind farms
Bird Protect™ Offshore brings IRIDA's AI-powered bird monitoring and collision-risk mitigation technology to offshore wind-energy environments.
Offshore wind farms operate within complex marine ecosystems, where seabirds, migratory species and changing environmental conditions create demanding monitoring requirements.
By combining advanced sensing technologies with intelligent processing, Bird Protect™ Offshore supports the detection and tracking of birds around wind turbines, the evaluation of relevant collision risks and project-specific mitigation strategies.
The solution is designed to support biodiversity protection while enabling efficient offshore wind-energy operations.
Understanding the offshore environment
Designed around the challenges of marine wind farms
Marine Bird Activity
Monitor relevant bird movements around offshore wind turbines, including seabird activity and migration where detectable by the configured sensors.
Challenging Visibility
Support monitoring across changing daylight, weather and visibility conditions, subject to the limitations of the installed sensing technologies.
Large-Scale Wind Farms
Support coordinated monitoring and event management across multiple offshore turbines and project areas.
Environmental Requirements
Collect relevant monitoring information to support environmental assessment, operational review and project-specific reporting obligations.
How Bird Protect™ Offshore works
From offshore detection to intelligent intervention
01
Continuous Monitoring
Configured sensors observe the relevant airspace around offshore wind turbines.
02
AI-Powered Detection
Intelligent processing identifies relevant flying targets and supports continuous tracking.
03
Trajectory Analysis
Detected movements are analysed to evaluate flight direction, trajectories and relevant risk conditions.
04
Risk-Based Mitigation
According to the installed configuration and approved operating criteria, the system can support alerts or automated turbine curtailment.
05
Event Recording
Relevant detections, tracking information and mitigation events are recorded for subsequent review and environmental reporting.
Advanced offshore bird monitoring
Intelligent monitoring across the offshore environment
AI Bird Detection
Automated detection of relevant flying targets within the configured monitoring area.
Movement Tracking
Continuous analysis of detected bird movements and flight trajectories where supported.
Collision-Risk Assessment
Evaluation of relevant movement and operating conditions to support risk-based decisions.
Selective Mitigation
Project-specific turbine intervention designed to reduce unnecessary curtailment.
Multi-Turbine Monitoring
Centralized review of relevant monitoring events across offshore wind-farm installations.
Environmental Data Collection
Recorded detections and operational events to support environmental analysis and reporting.
Offshore system engineering
Technology adapted to demanding offshore conditions
Offshore deployment requires careful consideration of the installation environment, system integration and long-term maintenance.
Marine Installation Requirements
Equipment selection, positioning and mounting must account for the offshore operating environment.
Environmental Protection
System configuration must consider exposure to moisture, salt spray, wind and other relevant environmental conditions.
Communications & Connectivity
Monitoring information is transmitted through the communication infrastructure available at the offshore project.
Maintenance & Reliability
System architecture and maintenance planning are adapted to offshore accessibility and operational requirements.
Intelligent offshore turbine mitigation
Protecting birds while supporting offshore energy production
Bird Protect™ Offshore can support targeted mitigation through intelligent detection, movement analysis and configured operational rules.
Depending on the installed system and turbine integration, available capabilities may include:
- Continuous bird monitoring.
- Detection and movement analysis.
- Configurable risk criteria.
- Operator notifications.
- Automated turbine curtailment where supported.
- Recording of mitigation decisions.
- Historical review of turbine responses.
Mitigation logic, detection capabilities and turbine responses depend on project-specific requirements, environmental conditions and the installed system configuration.
Environmental monitoring and reporting
Turning offshore bird activity into environmental intelligence
Offshore wind farms require reliable environmental information to support biodiversity management and project-specific monitoring programmes.
Bird Protect™ Offshore can provide recorded information relevant to:
- Bird detection events.
- Flight movements and trajectories.
- Temporal activity patterns.
- Monitoring locations and turbine identification.
- Mitigation events and operational responses.
- Historical bird activity analysis.
- Environmental monitoring and reporting.
- Evaluation of mitigation effectiveness.
Where integrated with IRIDA's MRA Cloud Platform, relevant events and monitoring information can be reviewed through centralized dashboards and reporting tools.
Explore MRA Cloud Platform & ReportingOperational advantages for offshore wind farms
Intelligent protection. Informed operation.
Automated Monitoring
Support continuous observation of relevant bird activity without relying exclusively on manual monitoring.
Risk-Based Intervention
Enable configured mitigation decisions based on relevant detection and movement information.
Centralized Supervision
Review monitoring events and system information across multiple turbines through the available platform infrastructure.
Environmental Traceability
Maintain recorded information to support operational review, environmental studies and reporting.
Connected to IRIDA's Technology Ecosystem
Explore the Bird Protect family
How it works
The Offshore configuration combines long-range optical monitoring, thermal imaging where required, Edge AI processing and secure remote connectivity.
Sensors installed on the turbine or other offshore structures continuously observe the surrounding airspace. Detected objects are analysed locally by AI algorithms that identify and track relevant bird activity, reducing the need to transmit large volumes of raw video for external processing.
Each event can be recorded together with its time, location, flight path and associated monitoring data, creating a structured and auditable record for operators, consultants and environmental authorities.
Designed for
- Offshore wind farms
- Nearshore wind projects
- Projects located on important migration routes
- Sites with high seabird activity
- Projects with strict environmental monitoring obligations
- Offshore projects requiring collision-risk mitigation
- Long-term post-construction monitoring programs
Designed for offshore conditions
Offshore wind farms create different monitoring challenges from onshore projects. Large distances between turbines, limited physical access, marine weather conditions and the need for highly reliable remote operation all require a robust monitoring architecture.
- Remote and continuous operation
- Industrial-grade outdoor equipment
- Secure communications
- Edge processing at turbine level
- Centralized monitoring
- Long-term unattended operation
- Scalable deployment across multiple turbines
This architecture allows each monitoring node to operate locally while remaining connected to the wider wind-farm monitoring environment.
Environmental monitoring and reporting
Beyond real-time protection, Bird Protect™ Offshore provides valuable data for environmental studies and regulatory reporting. The system can support:
- Bird activity monitoring
- Flight-path analysis
- Migration studies
- Behavioural monitoring around turbines
- Collision-risk assessment
- Post-construction monitoring
- Environmental compliance reporting
- Long-term biodiversity studies
By continuously collecting and structuring monitoring data, the system helps reduce dependence on short-duration manual observation campaigns and provides a more complete picture of bird activity over time.
Collision-risk management
When a bird or group of birds approaches a defined risk zone, Bird Protect™ Offshore can evaluate the event against configured operational rules. Depending on the project requirements, the system can support:
- Automatic alerts
- Operator notifications
- Risk-zone monitoring
- Turbine-specific responses
- Automated or supervised curtailment
This allows mitigation to be targeted to actual detected risk rather than relying only on fixed schedules or broad precautionary shutdown strategies.
Centralized remote supervision
All offshore monitoring nodes can be connected to a centralized monitoring environment, allowing operators to review detections, events and system status remotely.
This is particularly important offshore, where direct access to equipment may be limited by weather, vessel availability and operating conditions.
Remote diagnostics and system-health monitoring help maintain availability while reducing unnecessary site intervention.
Why Bird Protect™ Offshore
Bird Protect™ Offshore brings IRIDA's bird detection and AI monitoring technology into the offshore environment, combining continuous surveillance, real-time tracking, collision-risk assessment and environmental data collection within a single integrated platform. The result is a system that supports both wildlife protection and wind-farm operation, helping developers and operators meet environmental obligations while maintaining efficient energy production.
Which configuration fits your site?
Our engineers will assess your turbines, species and regulatory context.
Talk to our team