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Hazard Identification using Drones

Overview

Hazard Identification using Drones provides continuous safety intelligence by monitoring unsafe zones, unstable terrain, excavation edges, material stockpiles, and active worker movement across project sites. High-resolution aerial data enables safety teams to proactively detect risks such as slope instability, open trenches, congested operational zones, falling hazards, and PPE non-compliance before they escalate into serious accidents.

This application creates a dynamic Safety Digital Twin of the site, enabling predictive risk modelling, intelligent safety zoning, and compliance documentation that significantly reduces incident rates while strengthening overall worker safety culture.

Process Flow



Reference Image


Relevant Outcomes / Deliverables

Deliverable Format Usage
Hazard Zone Maps GeoTIFF / SHP Risk area demarcation and safety zoning
Safety Violation Reports PDF Compliance audits and documentation
PPE Detection Logs CSV / PDF Workforce safety monitoring and tracking

Achievable Accuracy

Parameter Typical Accuracy Depends On
Positional Accuracy ±2–4 cm RTK positioning & Ground Control Point (GCP) density
Detection Precision 90–96% AI model quality, training dataset & site conditions

Key Advantages

  • Proactive accident prevention and hazard mitigation
  • Improves regulatory and site safety compliance
  • Enables predictive and data-driven risk planning
  • Reduces insurance liabilities and legal exposure
  • Creates structured digital safety audit trails

Compatible Drone Platforms

  • Enterprise Surveillance UAVs
  • VTOL Long-Endurance UAVs
  • Compact Inspection Drones

Supported Sensors / Payloads

  • High-Resolution RGB Cameras
  • AI Vision Modules
  • RTK GNSS Systems

Industry Segments Benefited

  • Construction
  • Infrastructure
  • Mining
  • Oil & Gas
  • Smart Cities