Find What History Buried—Before You Break Ground
CC Explorations applies AMRT™ satellite-based analysis to identify buried structures, voids, tunnels, and anomalous metal concentrations beneath historical sites—providing additional intelligence before excavation or field investigation begins.
Expertise
Built on Decades of Geological Expertise
From WWII-era sites in the Philippines to historic mining districts in the American West, CC Explorations has applied remote sensing to subsurface investigations where records are incomplete and the ground cannot speak for itself.
20+
Years of Development
Built through continuous research and real-world field application.
50+
Countries Deployed
Applied across exploration projects in diverse geological environments.
1,000+
Surveys Completed
Completed across exploration initiatives worldwide.
up to 93%
Reported Accuracy
Demonstrated correlation across completed exploration survey projects.
CHALLENGES
Historical Sites Rarely Come With a Map
Treasure and heritage investigations begin with fragmentary evidence—oral histories, old survey notes, partial records. Before anyone breaks ground, teams must decide where to focus with little certainty about what lies beneath.
Incomplete or Conflicting Records
Historical accounts, maps, and testimony often disagree, leaving large areas of uncertainty and no clear starting point.
Excavation Is Expensive and Irreversible
Digging the wrong location consumes budget and time, and can destroy context that cannot be recovered.
Buried Structures Are Hard to Detect
Tunnels, vaults, voids, and backfilled workings can sit beneath decades of overburden, vegetation, or later construction.
Sensitive and Constrained Environments
Protected land, private property, and remote terrain limit how much ground-based surveying is practical before a decision is made.
SOLUTIONS
Narrowing the Search Before the First Excavation
AMRT™ analyzes satellite-derived signatures alongside historical research and geological context to identify subsurface anomalies—voids, tunnels, disturbed ground, and concentrated metals—consistent with buried structures or caches. This gives investigation teams a ranked set of locations to verify in the field, rather than a search area.
~10,000 ft
Detection Depth
~93%
Reported Correlation
Satellite-derived subsurface intelligence
AMRT™ SERVICE LIST
What AMRT™ Survey Includes
01 Geological Target Mapping (KMZ Format)
High-resolution survey outputs delivered in Google Earth KMZ format, highlighting interpreted subsurface anomalies, buried structures, and areas recommended for investigation.
02 Identification of Subsurface Anomalies
Identify zones whose signatures are consistent with voids, tunnels, disturbed ground, or concentrated metals to support investigation planning and target prioritization.
03 GPS Coordinates for Field Validation
Receive recommended coordinates for ground-penetrating radar, test pits, metal detection, and other field verification.
04 Estimated Depth to Target
Receive estimated depth ranges from the surface to interpreted features to support excavation planning and equipment selection.
05 Structural and Geological Formation Mapping
Map bedrock, fault systems, and natural cavities that may have been used, modified, or concealed at the site.
06 Priority Investigation Recommendations
Identify priority locations within the site for follow-up survey, testing, and controlled excavation.
07 Buried Feature Depth Interpretation
Receive estimated depth measurements for interpreted structures and metal concentrations to support excavation strategy.
08 Technical Summary and Exploration Recommendations
A technical report summarizing survey findings, geological interpretation, prioritized target areas, and recommended next steps for the investigation.
Start Your AMRT Exploration Assessment
CASE STUDY
Search for Yamashita’s Gold
As featured in Lost Gold of World War II, CC Explorations contributed remote sensing expertise to help investigate underground targets and complex subsurface conditions in the Philippines. The project demonstrated the use of advanced survey technologies in difficult and highly constrained environments.
Explore the Project
TYPICAL PROJECT TIMELINE
Where AMRT™ Fits Within a Historical Site Investigation
CC Explorations works alongside your research, permitting, and field teams, delivering independent survey intelligence that supports target prioritization before excavation permits, equipment, and crews are committed.
Define the Survey Area
Identify an area where additional subsurface analysis is required to evaluate groundwater potential and support future water resource planning.
Submit Survey Request
CC Explorations reviews the survey boundary, geological conditions, available site information, and groundwater objectives to establish project requirements.
Conduct AMRT™ Satellite Analysis
Using proprietary satellite-based technology, AMRT™ analyzes geological indicators, structural features, and subsurface signatures to identify potential groundwater zones and estimate relative depth ranges.
Receive Technical Deliverables
Receive a technical package including KMZ mapping, recommended target coordinates, estimated depth ranges, and groundwater exploration recommendations to support field validation and well planning.
Survey Duration 7–10 business days
Report Delivery 30–45 business days
NEXT STEP
Is AMRT the Right Fit for Your Project?
Submit your site for a technical review. Our team will evaluate whether AMRT™ can help narrow your search area and reduce the cost of exploratory digging.
QUESTIONS
Direct answers for researchers, landowners, and recovery teams who need facts, not folklore.
How accurate is AMRT™ Technology?
Can AMRT™ replace seismic surveys?
How long does a typical survey take?
What deliverables are included?
What geographic regions can be surveyed?
Can this support investment decision-making?
Is physical site access required?
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Satellite-enabled. Data-driven. Field-proven.