Reduce Magnetic-Field Uncertainty
for Wellbore Positioning
IFR workflows, regional anomaly modeling, and external-field corrections—grounded in NOAA/CIRES research practice and published methods.
IFR — In-Field Referencing
In-Field Referencing (IFR) estimates local magnetic field elements (declination, inclination/dip, total field) for a defined area and time window. We combine satellite observations with regional airborne, marine, and ground data (as available) to model crustal anomalies and provide operational outputs suitable for drilling workflows—along with uncertainty estimates and assumptions.
Virtual Observatory (External-Field Correction)
We fuse a global external-field model with near-real-time satellite and ground observatory measurements to estimate disturbance-field corrections over a region of interest. Deliverables can include time series of corrections, event flags, and integration guidance for operational use.
Scientific Consulting & Data Analysis
Model development, validation, and uncertainty analysis for geomagnetic and space-weather applications. Typical work includes model intercomparisons, performance assessment against observatory and satellite data, and operationalization (APIs, pipelines, monitoring).
