What is FindR?
FindR is a mineral, oil, and natural gas exploration technology that differs from traditional exploration technologies.
FindR operates independently of all known geophysical methods and applications (remote sensing, seismic, gravity, MT, ERT, IP, heliborne magnetic surveys, aerial exploration, fault maps, geological data, and AI analysis of geochemical data, etc.). It precisely locates mineral, oil, and natural gas reserve boundaries and determines optimal drilling locations.
That said, FindR does utilize traditional geophysical technologies to obtain expected cross-section and depth information at the drilling location.
FindR uses a different methodology and database than traditional methods. For that reason, it refuses to follow the same paths and expect different results, instead offering a fundamentally different way forward.
Why FindR?
When searching for oil and gas at points determined by traditional geophysical methods, the success rate is only 2.5% worldwide and 8% in mines.
FindR utilizes innovative technology principles that are completely different from traditional methods, offering significant advantages.
FindR provides success rates reaching 100% in identifying drilling locations for mineral, oil, and natural gas exploration.
FindR is not just an accurate pre-drilling assessment tool; it is a powerful complementary solution. It is used to discover new resource areas and provide the optimum coordinates for all geophysical applications (e.g., seismic or multi-electrode survey lines, and geochemical sample points).
Furthermore, its remote and zero field footprint service drastically reduces our clients' exposure to geopolitical and regulatory instability. In addition to its remote service, by precisely optimizing the scope of different geophysical applications and reducing the number of unsuccessful exploratory drilling, FindR minimizes projects’ environmental and occupational safety risks.
Thanks to these features and its streamlined implementation, FindR significantly reduces exploration time from several months to just a few weeks (an average of five days) and provides users with significant strategic and operational benefits.
FindR Technology Principles
FindR technology is based on measuring the resonance frequencies of targeted natural resources and matching these frequencies with FindR’s comprehensive resonance fingerprint database to pinpoint the resources.
FindR’s Advantages
FindR detects mineral, oil, and natural gas resources with high accuracy, low operational costs, and in a short amount of time.
| Criteria | Traditional Methods | FindR |
|---|---|---|
| Success Rate | 2.5% – 8% | 95%+ |
| Field Coverage | Football field-sized | Tens of thousands of acres |
| Sample Usage | Limited / None | Direct fingerprinting |
| Pre-drilling Estimation | None | Yes, near 100% accuracy |
| Cost | High | Low |
| Time | Months | Days – Weeks |
| Water/Oil Differentiation | Unable | High accuracy |
| Usage Areas | Narrow | Broad (all types of resources) |
| AI-Powered | Partially | Yes |
How FindR Works?
1. Sample Analysis (mineral, oil, and natural gas): FindR detects the electromagnetic resonance fingerprint of the targeted resource.
2. Fingerprint Database: This specific frequency is matched against FindR's comprehensive resonance fingerprint database.
3. Underground Scanning: The identified resonance fingerprint is compared with field data.
4. Direct Pinpoint: The presence, location, quantity, and commercial potential of the target resource are determined underground.
While other geophysical technologies target subsurface layers and aquifer zones where fluids may be present, FindR directly targets and pinpoints natural resources.
Free Technology Validation Opportunity
As the FindR team, we offer you a risk-free validation opportunity based on our confidence in our technology:
1. Share the location, name, and sample information (if any) of your ongoing or near-completed drilling operations with us.
2. We'll use FindR technology to identify the presence of oil, natural gas, and mineral resources at each drilling location within 5–7 days.
3. Our findings will be directly comparable to your drilling results.
4. This method allows you to test the reliability of FindR directly in your field without any expense.
Interpretations based on theory can be misleading, but observational interpretations never are. We invite you to the FindR technology validation.
Go beyond traditional methods. Get straight to the resource with our technology.
Eliminate dry wells, minimize your drilling risk, reduce exploration time and costs, and discover more reserves with fewer resources.
Your next big discovery could be just a call away.
Contact us now to schedule a free technology validation demonstration.
Read our success stories and see the results for yourself.
Who We Are
We are a Türkiye-based team of expert engineers specializing in advanced geophysical technologies. Our focus is on the development of new technologies for mineral, oil, and natural gas exploration.
Driven by a commitment to technological excellence, we create and implement cutting-edge tools that are fundamentally different from traditional practices. Our technology, FindR, is a testament to this expertise, capable of pinpointing target resources with a field-proven success rate exceeding 95%.
Our mission is to empower our clients with the precision and confidence needed to make critical natural resource exploration and development decisions.
Success Stories
| Field | Resource | Location | Depth (m) | Objective | Date |
| Mining | Iron (Fe) | Türkiye | 0 - 150 | Mine expansion and Mineral Exploration | 2024 |
| Diatomite (SiO₂) | Türkiye | 0 - 20 | Mine expansion and Mineral Exploration | 2024 | |
| Polymetallic (Au, Ag, Zn, Pb, Cu) | Türkiye | 0 - 300 | Mine expansion and Mineral Exploration | 2024 | |
| Antimony (Sb) | Türkiye | 0 - 60 | Mine expansion and Mineral Exploration | 2024 | |
| Phosphate (PO43-) | Türkiye | 0 - 80 | Mineral Exploration | 2023 | |
| Zinc (Zn) | Türkiye | NA | Mineral Exploration | 2023 | |
| Manganese (Mn) | Türkiye | NA | Mineral Exploration | 2024 | |
| Fluorite (CaF₂) | Türkiye | 0 - 70 | Mineral Exploration | 2024 | |
| Gold (Au) | Liberia | 0 - 300 | Mineral Exploration | 2024 | |
| Copper (Cu) | Türkiye | 0 - 150 | Mineral Exploration | 2024 | |
| Polymetallic (Au, Zn, Pb, Cu) | Türkiye | 0 - 80 | Mineral Exploration | 2025 | |
| Coal | Türkiye | 0 - 80 | Mineral Exploration | 2025 | |
| Gold (Au) | China | - | Technology Validation | 2023 | |
| Rare Earth Elements | China | - | Technology Validation | 2024 | |
| Oil | 41 oil exploration wells | Türkiye | 800 m to 3500 m | Oil Exploration | 2024-2025 |
Mining
FindR technology has been successfully used to both expand existing mining operations into new zones and discover new resource areas in a total of 14 different fields for various mineral resources, including gold, copper, iron, phosphate, manganese, zinc and coal in countries such as Türkiye, Liberia, and China.
In these fields, FindR identified over 50 successful core drilling locations, with a success rate of more than 95%.
Example project: Iron Mine (Türkiye):
Before FindR: Prior to this study, 182 drill holes were completed in a 120-hectare area adjacent to the existing mine using traditional geophysical methods. No ore was found.
After FindR: During the first phase of the study, two new drill hole locations adjacent to the existing mine were proposed by using the FindR technology for the expansion of the mine. Drilling in 2024 confirmed the continuity of the ore deposit at both locations.
Following this success, a new and previously unexplored ore area was discovered approximately 600 m away from the existing mine using FindR technology. After obtaining the necessary permits, a new iron ore deposit was confirmed in 2025 at the drilling location pinpointed by FindR.
Benefits: FindR technology identified the targeted natural resource with a 100% success rate (3/3), preventing further failed drilling.
Example project: Polymetal Mine (Türkiye):
Before FindR: Prior to this study, no ore could be detected in the drillings carried out in an area of approximately 100 hectares adjacent to the existing mining area, which was identified using conventional geophysical methods.
After FindR: In 2024, the continuity and economic value of the polymetallic ore deposit were confirmed by successful drilling operations at 10 locations pinpointed using FindR technology within an 88-hectare area adjacent to the existing mine. Additionally, a scan conducted with FindR technology revealed a new, previously unexploited 15-hectare area, approximately 500 meters from the existing mine. Results from the 4 proposed drilling locations within this area are currently pending.
Benefits: FindR technology identified the targeted natural resource with a 100% success rate (10/10), preventing further failed drilling.
Example project: Antimony Mine (Türkiye):
Before FindR: Prior to this study, it was believed that the ore in the existing antimony mine was nearing the end of its life.
After FindR: Drilling was conducted at 10 locations pinpointed by using FindR technology within an approximately 20-hectare area adjacent to the existing mine. These drillings confirmed the continuity of the ore deposit at these locations.
Additionally, FindR technology discovered a previously unexplored 7-hectare ore area outside the existing mine. Results from the 20 proposed drill locations within this area are currently pending.
Benefits: FindR technology successfully identified the targeted natural resource with a 100% success rate (8/8), preventing potential failed drilling and ensuring the continuation of mining operations.
Oil and Natural Gas
FindR technology predicted the results for 41 wells in Türkiye with 100% accuracy, correctly identifying 27 as oil-bearing and 14 as dry.
FindR was able to deliver its predictions weeks to months in advance of the drilling results.
Example Project: Oil Exploration - I (Türkiye)
Before FindR: The oil license holder and its investor, working with two different consulting firms, determined a drilling location within the study area using traditional geophysical methods.
After FindR: At the license holder's request, we used our FindR technology to assess the designated location's potential for oil discovery. Our study concluded that there was no oil at the specified location and that any subsequent drilling would be unsuccessful. Despite these results, the license holder and its investor proceeded with drilling at the designated location, and no oil was found.
Benefits: The drilling operation failed, as predicted by our analysis. This outcome demonstrates that FindR technology can accurately determine the presence and absence of natural resources, helping our customers avoid dry wells and the significant costs associated with unsuccessful drilling.
Example Project: Oil Exploration - II (Türkiye)
Before FindR: The oil license holder used traditional geophysical methods to identify two drilling locations within the study area, 164 meters apart.
After FindR: At the license holder's request, we used our FindR technology to assess the oil potential of these identified locations. Our study predicted a successful outcome for the first location, while the second location was determined to be dry. Subsequent drilling at both sites confirmed our findings.
Benefits: Our technology identified the targeted natural resource with a 100% success rate (2/2), enabling the precise delineation of oil field boundaries within just 164 meters.
Contact
Email:
info@findr.com.tr