Reduce uncertainty,
accelerate discovery
A proven geophysical approach for directly identifying and characterising subsurface mineralisation — enabling faster, more confident exploration decisions.
Direct Detection,
Not Interpretation
Conventional geophysics often produces multiple possible models that require extensive interpretation and validation.
MFT™, OFT™ and WFT™ directly identify the response of specific target materials, significantly reducing ambiguity in early-stage exploration.
High-Resolution
Mapping at Scale
Multi-phase acquisition enables dense, scalable data capture — from regional screening to fine-scale targeting.
This increases the likelihood of identifying economically relevant zones that may be missed by lower-resolution surveys.
Depth Without
Traditional Constraints
Unlike conventional methods limited by skin-depth effects, data acquisition remains effective from near-surface through to deep targets, supporting a more complete understanding of the subsurface.
Faster Progression
to Drill-Ready Targets
By reducing interpretation cycles and narrowing uncertainty early, exploration programs can move more efficiently from survey to validated targets, shortening the path to drilling.
Lower Cost per
Actionable Outcome
While acquisition costs are competitive, the primary value lies in reducing false positives, redundant surveys, and unnecessary drilling, improving overall exploration efficiency.
Flexible, Low-Footprint Deployment
Lightweight, adaptable systems allow surveys to be conducted across varied terrains using ground, vehicle, or water-based vessels, with smaller crews and reduced logistical complexity.
Cut time, risk & cost,
in exploration
Mapping mineralisation location, depth, grade and geology
CTAC's Mineral Finder Technology or MFT™, is a geologic mineral resource location and characterisation tool. The technology provides unprecedented precision in spatial location, depth and grade. MFT™ uses proprietary intellectual property and technology to analyse data from remote satellite sensing and ground or water-based measurements at mineral resonant frequencies.
Mapping water location, depth, static or flow, salinity and potability
CTAC's Water Finder Technology or WFT™, is a geologic water resource location and characterisation tool. The technology provides unprecedented precision in spatial location, depth, water quality, and delineating between flowing and static aquifers. WFT™ uses proprietary IP and technology to analyse data from remote satellite measurements and ground-based surveys at water resonant frequencies.
Mapping oil, gas, and condensate location, depth, pressure, and geology
CTAC's Oil and Gas Finder Technology or OFT™, is a geophysical hydrocarbon resource location and characterisation tool. The technology provides unprecedented precision in spatial location, depth, chemistry, and pressure for oil, gas and condensate reservoirs. OFT™ uses proprietary intellectual property and technology to analyse data from remote satellite measurement (remote detection) and on-shore or offshore (fieldwork) based surveys at hydrocarbon resonant frequencies.
Pilot Project
Gold in Indonesia
Journey so far
30+
Years Research & Development
10+
Years Advancing Technology
400+
Client & Own Projects
Endorsements
MFT
-
UN Economic & Social Council for Economic & Environmental Best Practice
-
US Geological Survey (Pending)
OFT
-
National Hydrocarbons Commission of Mexico
-
National Resource Agency of Colombia
-
Darcy Partners
Client
Mexico
Our exploration partner CTAC's Mineral Finder Technology project was successful in identifying 27 gold anomalies. The follow-up drilling exploration verified the MFT™ remote satellite data location accuracy for anomalies identified within the study area. The MFT™ field work surveys predicted location, depth, dip direction, and grade of the gold veins.
Recent Posts
In the media
Mine Australia
thebusiness|year
