SENSYS MAGNETO® is the professional magnetic data processing and interpretation software from SENSYS, distributed by SPH Engineering. Designed specifically for UAV and ground-based magnetometry workflows, MAGNETO® transforms raw magnetic field data from SENSYS MagDrone and compatible magnetometer systems into georeferenced anomaly maps, processed datasets, and GIS-ready deliverables — supporting the full post-processing pipeline from data import to final report.
Key Capabilities
-
Magnetic Data Import & Management — Import raw magnetometer data from SENSYS MagDrone and compatible systems; manage multi-flight, multi-sensor datasets in a unified project environment
-
Data Processing Pipeline — Full processing workflow including diurnal correction, filtering, leveling, and gradient calculation for survey-grade magnetic anomaly maps
-
Anomaly Detection & Interpretation — Automated and manual tools for identifying, classifying, and documenting magnetic anomalies including UXO signatures, archaeological features, and geological targets
-
3D Visualization — Render processed magnetic data as 2D maps and 3D subsurface visualizations for comprehensive spatial interpretation
-
GIS Export — Export processed data and anomaly maps to standard GIS formats for integration with mapping platforms, CAD environments, and client reporting workflows
-
Report Generation — Generate professional survey reports with annotated anomaly maps, classification tables, and metadata for regulatory compliance and client deliverables
Applications
- UXO (unexploded ordnance) detection, classification, and clearance reporting
- Archaeological subsurface feature detection and site documentation
- Mineral exploration and geological mapping
- Pipeline and buried infrastructure detection
- Environmental site investigation and geophysical baseline surveys
- Engineering and construction pre-investigation surveys
Compatibility
- Optimized for SENSYS MagDrone data acquired via SkyHub onboard computer
- Compatible with data from other SENSYS magnetometer systems