1. Engineering-Grade Aerial Inspections
Drone-captured imagery, 3D photogrammetry, and point clouds
But interpreted through your aerospace + material science lens
Structural anomaly detection informed by material science knowledge
Contextual insight no hobbyist or Part 107 pilot can provide
2. Structural & Material Condition Modeling
Use SolidWorks to model inspection areas, asset cross-sections, or conceptual redesigns
Overlay drone-derived digital twins onto SolidWorks-based models
Provide material behavior predictions (damage progression, fatigue-prone regions)
3. AI-Enhanced Defect Detection (Astraeus Intelligence integration)
Run collected data through AI agents for defect recognition
Use AI to identify corrosion, delamination patterns, heat signatures, and deformation
Output risk scores and “probable failure mode” summaries
4. Engineering Report + Actionable Recommendations
Not a “drone report.”
A technical engineering brief that provides:
Material science assessment
Hypothesized root causes
Risk index
Estimated life extension options
Suggestions for redesign (via SolidWorks visuals)