Target Localization for Exploration
Identification of ore-bearing zones using integrated geoinformation data
The use of cutting-edge technologies, GIS and 3D modelling makes it possible to rank promising sites, predict their geological significance and develop optimal recommendations for exploration work.
What issues faced by subsoil users are resolved during the site localisation phase?
01
An ineffective search strategy
We are expanding our search area and analysing the surrounding regions to identify new potential ore-bearing sites.
02
High costs of geological exploration
We narrow down the exploration area to promising sites, helping to minimise the costs of exploration and drilling.
03
Low accuracy in site selection
We use multivariate analysis of satellite data to identify ore-bearing zones prior to the start of fieldwork.
04
Financial losses on unprofitable sites
We exclude areas with low potential, thereby saving resources and improving the project’s profitability.
How is the location of geological exploration sites determined?
We identify promising sites with maximum reliability and at minimal cost.
We use a comprehensive technology that includes:
- Developing a geological-genetic model based on previously collected data — to understand the patterns of ore formation and to identify key predictive criteria and prospecting indicators;
- Multispectral analysis of satellite imagery (Sentinel, Landsat, ASTER, WorldView-3) — to identify material anomalies and structural features indicating potential mineralisation zones;
- Morpho-structural analysis and modelling — to understand the factors influencing the formation of ore zones;
- Analysis of thermal infrared images — enables the detection of thermal anomalies that may indicate areas of mineralisation;
- Ranking of prospective areas — identifying sites with priority status for subsequent detailed exploration and drilling.
The result is that the client receives specific and well-founded recommendations on priority areas for geological exploration, enabling them to focus solely on profitable sites.
Focus on what offers the best prospects — without unnecessary costs
Pinpointing locations helps to narrow down the search area and direct resources to where the chances of success are greatest.
Fill in the form — we’ll explain how to apply this approach to your licensed areas.
Comprehensive assessment of ore potential using VEDART RS®
Key challenges faced by subsoil users and ways to address them
One of the most common problems is an ineffective focus in exploration work, where all attention is concentrated solely within the boundaries of known anomalies, whilst the real potential may lie in adjacent, less-studied areas. Our methodology addresses this issue by strategically expanding the area of analysis. We do not limit ourselves to the boundaries of the primary anomalies, but conduct a detailed analysis of the surrounding areas, which allows us to identify new promising sites and understand the full potential of the licence area within its structural context.
The most pressing challenge is the high capital cost of full-scale exploration campaigns, particularly expensive operations such as drilling. Blindly siting drill holes without precise structural geometry leads to colossal financial losses. Our approach fundamentally shifts this paradigm. By providing high-precision spatial targeting, we narrow the exploration footprint to a discrete set of high-probability targets, drastically reducing the required drilling and field volumes and minimizing overall project expenditure.
Low target selection accuracy during early-stage exploration is traditionally driven by the subjective interpretation of limited datasets. We overcome this limitation through multi-factorial data analysis. Integrating all available geoscientific data with remote sensing interpretation prior to field mobilization allows us to map mineralized zones with high confidence. This methodology ensures both precision and objectivity in exploration decision-making.
Financial losses on unpromising sites are a direct result of working on areas with inherently low potential. Our technologies enable us to carry out a form of ‘virtual screening’. Using a set of criteria and indicators, we can exclude sites with a low probability of discovering economically significant mineralisation from the work programme at the desk-based stage. This not only saves significant resources but also increases the overall profitability of the exploration project by directing investment exclusively towards high-potential targets.
Methodology for the localisation of objects
Target localization is a sequential analytical workflow, where each phase systematically refines the footprint of potential ore bodies.
It initiates with the development of a robust genetic ore-deposit model. By synthesizing all available historical data, we establish metallogenic controls, define key prospectivity criteria, and identify exploration vectors tailored to the specific deposit style. This deposit model serves as the theoretical foundation for all downstream operations.
The next step involves data selection, processing, and multispectral remote sensing analysis. By processing and interpreting imagery from various satellite platforms (Sentinel, Landsat, ASTER, WorldView-3), we refine geological mapping, identify subtle and concealed structures, trace lithological boundaries, and map surface spectral signatures. This serves as an indispensable stage in establishing mineralization controls and forecasting high-potential targets.
Morpho-structural analysis and modelling also play a crucial role — a methodology that enables us to study the characteristics of the terrain and identify its relationship with the geological structure of the area. By analysing the terrain, we effectively identify structural elements that are a direct reflection of the processes that shaped the geological conditions of the area.
The culmination of the entire process is the integration and prioritisation of data. All the resulting layers of information are consolidated into a single geoinformation environment. Using machine learning algorithms and multivariate analysis, we carry out a quantitative assessment and rank all prospective areas according to their priority. The result is a clear, ranked list of targets for subsequent detailed exploration and drilling, where each target has its own confidence level and justification.
Final deliverables for the Client
Upon completion of the study, the client receives a comprehensive deliverable package designed as an actionable roadmap. The core component is a technical report featuring a targeted prospect map complete with precise coordinates and detailed characterizations for each location. Every identified target is supported by its underlying prospectivity criteria and customized recommendations for follow-up verification methods.
The primary practical outcome is a clear, prioritized execution strategy specifying exactly where and in what sequence high-cost field operations should be deployed. Rather than receiving an abstract "prospective area," the client gains an actionable plan focused on high-margin targets. This enables exploration management to optimize budgets, accelerate discovery timelines, and significantly boost the overall return on investment of the exploration campaign.
Focus Field Operations on High-Priority Targets
Target localization using integrated geodata is your strategic tool to mitigate financial risks and accelerate your project to the exploration and evaluation stage.
Request a consultation today — our experts will demonstrate how to apply this approach for precise target vectoring across your licensed area.
