Advanced geophysical mineralization intelligence and strategic resource assessment
DDT and SPECTRYONAI provide an integrated geophysical and mineral-resource intelligence service designed to identify, delineate, prioritize, and commercially rank prospective mineralization zones across both onshore and offshore environments
Exploration & Resource Surveys
The staged survey programme
DDT and SPECTRYONAI provide an integrated geophysical and mineral-resource intelligence service designed to identify, delineate, prioritize, and commercially rank prospective mineralization zones across both onshore and offshore environments.
The methodology is structured as a progressive, multi-stage exploration framework intended to reduce geological uncertainty, concentrate subsequent exploration expenditure on the most prospective targets, and provide decision-makers with high-value information for technical, commercial, and strategic resource planning.
Research scheme for DDT subatomic technology
Stage One — Laboratory study of analogue satellite images using DDT technology
Prospective district · Yellow contour
A - Star one
Reconnaissance study (from 5,000–100,000 km² and more)
At the place where the primary point signal of the target mineral's own radiation is visualised, a conventional designation (marker) is established. The signal is ranked by significance and a prospective district (districts) is delineated. It is shown by a yellow contour
Enlarged prospective area · Green contour
B - Star two
Enlarged study of the prospective district
Enlarged primary anomalies of the target mineral's own radiation are recorded (shown in grey). The anomalies are ranked by significance and an enlarged prospective area (areas) is delineated; it is shown by a green contour
Prospective area · Blue contour
C - Stage One
Detailed study of the enlarged prospective area
Primary anomalies of the target mineral's own radiation are recorded (shown in yellow). The anomalies are ranked by significance and a prospective area (areas) is delineated; it is shown by a blue contour
Stage Two — Field surveys using DDT technology on the delineated prospective areas and data processing
Field surveys are conducted only at designated promising sites. Flight paths or vehicle survey routes are laid out, and a route plan is prepared
During the Stage-II field phase, field data is collected and subsequently processed, interpreted, and analyzed. The results of these studies are anomalies in the intrinsic radiation of the target mineral, ranked by intensity and georeferenced using GPS. The color of each anomaly is displayed according to a four-color scale and indicates the intensity of the intrinsic radiation of the target mineral.
Additionally, the coordinates of field extremum points (located within the red-colored anomalies on the adopted scale) are provided as recommended sites for drilling operations. For one or two of these intrinsic radiation extremum points, a prediction regarding the depth of productive horizons is also provided.
Resources we survey
Water
Hydrocarbons
Gold
Copper
Nickel & Cobalt
Tungsten
Rare Earth Elements
Lithium
Geothermal Resources
Why operators choose DDT
01 /
Environmentally responsible, zero-impact survey methods
02 /
Helps optimize drill site location and reduces exploration risk
03 /
Significantly less expensive than traditional marine/land seismic
04 /
High historically reported success rate (up to 95%) in locating prospective reservoirs
05 /
Rapid regional evaluation compared to multi-year geological modeling
Advisory & Expert Services
Independent geophysical intelligence for legal, financial and ownership decisions
DDT and SPECTRYONAI provide an integrated geophysical and mineral-resource intelligence service designed to identify, delineate, prioritize, and commercially rank prospective mineralization zones across both onshore and offshore environments.