Sub-nanotesla resolution
Fluxgate and proton-precession sensors with active temperature compensation resolve to 0.1 nT, the margin that separates a real subsurface anomaly from instrument drift over a long survey day.
Delivery project
Magnetic Survey Sub-nT resolution. Designed, built and handed over.
We deliver high-resolution 3D magnetic ground survey systems as a fixed-scope project, from sensor array design to GPS-synchronized data acquisition and anomaly analysis. You get the rig, the pipeline and the maps, not a report telling you what to build.
01 Magnetometry
Resolution below one nanotesla
02 Position
Every reading carries its position
03 Processing in the field
The data is prepared on site
04 Layered analysis
Layer by layer across the survey area
05 Report
A survey report you can hand on
Every reading carries a position
Readings are GNSS-tagged and time-synchronised against a base station, so diurnal drift can be removed and tie-line levelling done without guessing where a value was taken.
Processed in the field
Contour plots and intensity grids build while the survey is still running, so a questionable line can be re-walked the same day instead of on a second mobilisation.
Features
What we deliver
End-to-end survey infrastructure, from high-precision sensors to automated data processing and professional reporting.
High-Precision Magnetometry
Sub-0.1 nT resolution fluxgate and proton precession sensors with active temperature compensation for field stability.
Real-Time Field Visualization
Live anomaly mapping with GPS-synchronized data overlay, contour plotting, and color-coded intensity grids in the field.
Automated Data Processing
Diurnal drift correction, base station compensation, tie-line leveling, and bandpass filtering pipelines.
Multi-Layer Survey Analysis
Cross-correlation of magnetic, gravity, seismic, and geological datasets for comprehensive subsurface interpretation.
Professional Survey Reporting
Automated GIS export (GeoTIFF, Shapefile, KML) and PDF report generation with regulatory compliance documentation.
Ruggedized Field Hardware
IP67-rated sensor enclosures with shock-mount protection, extended battery operation, and harsh environment certification.
Use cases
Who uses it
Tailored for every industry, team size, and engagement model.
Mineral Exploration
Identifying ore body signatures, structural geology mapping, and drill-target definition for mining exploration programs.
Archaeological Assessment
Non-invasive detection of buried structures, hearths, kilns, and metallic artifacts for heritage site evaluation.
Utility & Pipeline Mapping
Locating buried metallic utilities, pipelines, and cables with high positional accuracy for safe excavation planning.
Defense & UXO Detection
Unexploded ordnance detection, minefield mapping, and military-grade anomaly characterization for clearance operations.
How We Work
A proven process for delivering results
Analyze Requirements
We analyze your requirements, constraints, and goals to define the optimal approach.
Design Architecture
Detailed technical specification, system architecture, and a project roadmap you can hold us to.
Build Prototype / MVP
Iterative development with regular checkpoints, a running demo environment, and transparent communication.
Integrate Hardware & Software
Firmware, devices, APIs, and platforms are brought together and validated as one system, on real hardware wherever it exists.
Deploy Securely
Hardened deployment with monitoring, backups, and documentation, all quality-assured before it carries production traffic.
Maintain & Improve
Ongoing monitoring, updates, and feature evolution, so the system keeps earning its place after go-live.
Ready to Start Your Project?
Let's discuss how we can bring your vision to life.