DEPTH: 12,450 FT
MINERAL: AU
ACCURACY: 93%
STATUS: ONLINE
SEE THROUGH
THE EARTH
Revolutionary satellite-based Atomic Mineral Resonance Tomography technology that detects underground minerals, oil, and gas deposits with NASA-level precision—without ever touching the ground.
93%
Accuracy Rate
18,000
Feet Deep
20+
Years Experience
DEPTH: 12,450 FT
MINERAL: AU
ACCURACY: 93%
STATUS: ONLINE
ATOMIC MINERAL RESONANCE TOMOGRAPHY
Underground Layer Detection
Satellite ArraySpace
Signal ProcessingAtmospheric
Surface Analysis0 - 500 ft
Deep Detection500 - 5,000 ft
Hydrocarbon Layer5,000 - 18,000 ft
Satellite Array
Space
Advanced satellite constellation equipped with AMRT sensors orbiting Earth
Detection Range
Up to 5,000 ft
Accuracy
93%+ Verified
Evolution from Nuclear Magnetic Resonance (NMR)
NMR (Legacy): Used photographic plates and radio-nucleotide bombardment
AMRT (Current): Digital technology with AI algorithms, 93% accuracy
Signal Processing
Atmospheric
AI-powered algorithms analyze atomic resonance frequencies in real-time
Detection Range
Up to 5,000 ft
Accuracy
93%+ Verified
Evolution from Nuclear Magnetic Resonance (NMR)
NMR (Legacy): Used photographic plates and radio-nucleotide bombardment
AMRT (Current): Digital technology with AI algorithms, 93% accuracy
Surface Analysis
0 - 500 ft
Surface-level mineral identification and geological mapping
Detection Range
Up to 5,000 ft
Accuracy
93%+ Verified
Evolution from Nuclear Magnetic Resonance (NMR)
NMR (Legacy): Used photographic plates and radio-nucleotide bombardment
AMRT (Current): Digital technology with AI algorithms, 93% accuracy
Deep Detection
500 - 5,000 ft
Detection of precious metals, rare earth elements, and mineral deposits
Detection Range
Up to 5,000 ft
Accuracy
93%+ Verified
Evolution from Nuclear Magnetic Resonance (NMR)
NMR (Legacy): Used photographic plates and radio-nucleotide bombardment
AMRT (Current): Digital technology with AI algorithms, 93% accuracy
Deep Detection
5,000 - 18,000 ft
Oil and gas deposit identification with precise depth mapping
Detection Range
Up to 18,000 ft
Accuracy
93%+ Verified
Evolution from Nuclear Magnetic Resonance (NMR)
NMR (Legacy): Used photographic plates and radio-nucleotide bombardment
AMRT (Current): Digital technology with AI algorithms, 93% accuracy
DETECTION CAPABILITIES
Hydrocarbon Detection
Up to 18,000 feet
Locate oil and gas deposits without drilling or seismic surveys
Accuracy Rate
93%+
Applications
Oil Exploration
Natural Gas Fields
Unconventional Reserves
Underground Voids
Up to 5,000 feet
Detect caves, tunnels, and archaeological sites
Accuracy Rate
95%+
Applications
Archaeological Surveys
Structural Assessment
Security Applications
Precious Metals
Up to 5,000 feet
Detect gold, silver, platinum, and rare earth elements
Accuracy Rate
93%+
Applications
Gold Mining
Silver Deposits
Rare Earth Elements
Water Resources
Up to 3,000 feet
Locate underground aquifers and water tables
Accuracy Rate
90%+
Applications
Well Drilling
Water Management
Agricultural Planning
Base Metals & Minerals
Up to 5,000 feet
Identify copper, lithium, iron ore, and industrial minerals
Accuracy Rate
93%+
Applications
Copper Mining
Lithium Extraction
Industrial Minerals
Environmental Monitoring
Surface to 1,000 feet
Track contamination and environmental changes
Accuracy Rate
95%+
Applications
Pollution Monitoring
Remediation Planning
Environmental Assessment
INDUSTRY APPLICATIONS
Oil & Gas Exploration
Energy
Revolutionary approach to hydrocarbon exploration without environmental disruption
Key Benefits:
No seismic surveys required
Zero environmental impact
Faster exploration timelines
Reduced exploration costs by 60%
Case Study:
Identified major oil reserve in Texas, saving $15M in traditional exploration costs
18,000 feet
Detection Depth
93%
Accuracy Rate
Survey Process:
1Satellite positioning and target area mapping
2AMRT signal transmission and data collection
3AI-powered analysis and mineral identification
4Detailed report with depth and location data
Mining Exploration
Mining
Precision mineral detection for sustainable mining operations
Key Benefits:
Precise deposit mapping
Minimize environmental impact
Optimize drilling programs
Reduce exploration risk
Case Study:
Located gold deposits in Nevada with 95% accuracy, confirmed by subsequent drilling
5,000 feet
Detection Depth
93%
Accuracy Rate
Survey Process:
1Satellite positioning and target area mapping
2AMRT signal transmission and data collection
3AI-powered analysis and mineral identification
4Detailed report with depth and location data
Archaeological Discovery
Research
Non-invasive archaeological surveying for historical preservation
Key Benefits:
Preserve site integrity
Map underground structures
Identify artifact locations
Historical documentation
Case Study:
Featured on History Channel's Lost Gold of World War II' - located Yamashita's treasure sites
500 feet
Detection Depth
95%
Accuracy Rate
Survey Process:
1Satellite positioning and target area mapping
2AMRT signal transmission and data collection
3AI-powered analysis and mineral identification
4Detailed report with depth and location data
Water Resource Management
Agriculture
Sustainable water resource identification and management
Key Benefits:
Locate underground aquifers
Optimize well placement
Water table monitoring
Drought planning
Case Study:
Helped California farms identify new water sources during drought conditions
3,000 feet
Detection Depth
90%
Accuracy Rate
Survey Process
1Satellite positioning and target area mapping
2AMRT signal transmission and data collection
3AI-powered analysis and mineral identification
4Detailed report with depth and location data
PROVEN RESULTS
93%+
Average Accuracy
500+
Surveys Completed
20+
Years Experience
Zero
Environmental Impact
Drilling Verification
Direct validation through drilling programs confirms our predictions with 93%+ accuracy rates across multiple geological formations.
Third-Party Validation
Independent geological firms and government agencies have verified our technology through blind studies and comparative analysis.
Historical Success
Featured on Discovery Channel's "Lost Gold of World War II" series, successfully locating historical treasure sites in the Philippines.
REQUEST A SATELLITE SURVEY
Survey Request Form
Thank you! Your submission has been received!Oops! Something went wrong while submitting the form.What to Expect
1Satellite positioning and target area mapping
2AMRT signal transmission and data collection
3AI-powered analysis and mineral identification
4Detailed report with depth and location data
Survey Deliverables
High-resolution subsurface maps
Mineral composition analysis
Depth and location coordinates
Recommended exploration points
Technical consultation support
Pricing & Timeline
Survey Duration:
7-10 days
Report Delivery:
21-28 days
Pricing:
Custom quote