Drone-Based Data Capture, Thermal & Visual Analytics

 We perform high-precision aerial data capture using professional drone platforms equipped with thermal and high-resolution RGB sensors. Each mission is carefully planned to ensure consistent coverage, accurate geo-referencing, and repeatable inspections across large and complex assets. Our data capture process lays the foundation for reliable analytics and AI-driven interpretation. 

Key Capabilities

• Thermal & RGB image acquisition
• Autonomous and planned flight missions
• Geo-tagged and time-stamped data
• Large-scale site and linear asset coverage

 Captured imagery is processed using AI-assisted analytical techniques combined with domain expertise. Machine learning models help identify patterns, highlight thermal anomalies, and flag potential defects that may not be easily visible through manual inspection alone. These AI-driven insights are then validated and interpreted by engineers to ensure accuracy and real-world relevance. 

Key Capabilities

• AI-assisted thermal anomaly and hotspot detection 
•  Pattern recognition across large image datasets 
•  Comparative and trend-based analysis over time 
• Visual defect identification and classification
• Asset-level tagging and annotations

  We deliver structured, engineering-grade inspection reports that convert analytical findings into clear, actionable insights. Reports combine annotated thermal and RGB imagery with AI-driven severity classification and expert recommendations. This ensures stakeholders can quickly prioritize maintenance actions, assess risk, and plan corrective measures.  

Key Capabilities

• Annotated thermal and RGB images
•  AI-driven severity and priority classification 
• Asset-wise findings and summaries
• Executive-ready inspection reports