World’s First Multi Fusion %%AI-Powered Bird Hazard Management System%%

Automated bird population monitoring

• Continuous, unattended tracking of species composition, flock size, and movement patterns across all airfield zones day and night.

Thermal drone night surveys

• Identifies hidden roosting habitats and high-risk hotspots after sunset delivering full airfield visibility when optical systems are blind.

Ecological & human activity tracking

• Detects waste hotspots, agricultural zones, construction activity, and other landscape attractants that drive bird congregation near runways.

GIS land use analysis

• Maps vegetation, water bodies, attractants, and landscape features within and around the airfield perimeter providing the environmental context behind every bird activity pattern.

AI-powered prediction

• Forecasts bird movements, strike probability, and runway-specific risk alerts at 15-minute intervals using 125 years of historical data fused with live environmental inputs.

Strike prediction engine

• Generates real-time heat maps and hazard indices for every airfield zone — translating raw sensor data into a clear, actionable risk picture for operators and ATC.

Sensor fusion

• Combines camera, drone, acoustic, radar, weather, and GIS data into a single unified analytics layer eliminating blind spots across sensor modalities for high-accuracy detection.

Decision intelligence model

• Recommends optimal patrol routes, deterrent deployment, and operational advisories with past action logs continuously fed back into the engine to sharpen future recommendations.

Training & capacity building

• Builds skilled wildlife management teams through integrated multi-level training, examination, and certification fully aligned with ICAO safety standards and eliminating external programme dependency.