GIS – support
Creation of digital maps and 3D models for the rapid adjustment of geophysical survey strategies.
The use of geoinformation services enables the integration, analysis and visualisation of geodata for the objective management of geological exploration projects.
What issues faced by subsoil users are addressed during the GIS support phase?
01
Fragmented and inconsistent geodata
We integrate geological, geophysical and remote sensing data into a single GIS for comprehensive analysis and the creation of a unified database.
02
Low accuracy of ore-bearing potential forecasts
We use GIS modelling to visualise structures, anomalies and mineralisation zones — refining boundaries and assessing the area’s potential.
03
Ineffective planning of exploration work
We create digital maps and 3D models, which we use to identify priority areas, thereby optimising routes and the budget for geological exploration.
04
Monitoring and transparency on the project
We provide project participants with access to analytical and cartographic data, which improves manageability and reduces risks.
How does GIS support work?
We carry out the transformation, analysis and visualisation of geodata used in geological exploration planning.
The method involves:
- Data collection and organisation — we integrate geological, geophysical, geochemical and remote sensing data into a single geodatabase within a GIS environment;
- Spatial analysis and modelling — we visualise geological structures, geochemical anomalies and mineralisation zones, and create predictive 2D/3D models of mineral distribution using GIS tools for spatial visualisation and analysis;
- Optimisation of planning — we use the models and maps we have created to identify priority areas and plan our geophysical survey strategy;
- Monitoring and control — we set up real-time data visualisation to adjust the course of geological exploration and improve process control.
The result is that the client receives a digital geoinformation framework, digital maps and models for accurate geological exploration planning.
Focus on the most promising opportunities — without unnecessary expense
GIS support helps you manage geological exploration with confidence — from site assessment to modelling and work planning.
Fill in the form — we’ll explain how to apply this approach to your licence area.
Comprehensive assessment of ore potential using VEDART RS®
Key challenges faced by subsoil users and ways to address them
One of the fundamental challenges is working with fragmented and inconsistent geodata sets. Information sourced from various sources, in different formats and coordinate systems, creates chaos and hinders comprehensive analysis. Our GIS support begins by addressing precisely this issue. We structure and integrate all available information — geological, geophysical, geochemical and remote sensing data — into a single, standardised geoinformation environment. This creates a reliable foundation where each element has a clear geographical reference and can be correctly correlated with other layers, which forms the basis for any subsequent analysis.
The low accuracy of site potential assessments is often due to an inability to process and interpret the full volume of available information. Modern GIS modelling is radically changing this situation. We use powerful analytical tools to visualise and analyse all types of heterogeneous data about the territory. Overlaying and jointly analysing all layers within a single spatial context allows us to precisely define the boundaries of promising sites, assess their potential and build quantitative predictive models, significantly increasing the reliability of our conclusions.
The problem of inefficient exploration planning is directly linked to the lack of visual and up-to-date decision-support tools. We create not just maps, but dynamic digital ‘twins’ of the territory — 2D and 3D models that form the basis for strategic planning. Using these models, we identify and prioritise key areas, optimise field teams’ routes, and plan the location of boreholes and mining workings. This not only improves operational efficiency but also allows us to calculate the budget in advance, minimising unproductive costs associated with logistics and travel.
The issue of project oversight and transparency is particularly important for investors and management companies, who need to receive objective information on the progress of works in a timely manner. Our GIS support addresses this need by creating a centralised platform for data access. We configure real-time visualisation systems and collaboration tools that provide all authorised project participants with access to up-to-date analytical and cartographic materials from anywhere in the world. This improves manageability, ensures full transparency of processes and allows for timely adjustments, thereby reducing operational and financial risks.
Methodology for providing GIS support
The GIS support process is iterative and continues throughout all stages of an exploration project. It begins with the data collection and structuring phase. We carry out meticulous work on the receipt, digitisation, georeferencing and standardisation of all incoming data. All materials are consolidated into a single environment, ensuring the integrity, consistency and security of information storage.
The next stage involves spatial analysis and modelling, which form the core of our analytical work. Using powerful tools and specialised 3D modelling software, we carry out a comprehensive analysis. We do not simply create static maps and diagrams. Our aim is interactive predictive 2D and 3D modelling, enabling us to work with data in real time. The models we create become the primary tool for understanding the geology of the area and assessing its resource potential.
Based on the models produced, we optimise the planning of exploration work. We carry out spatial analysis to select the best locations for drilling, plot routes and plan field seasons. This enables us to move away from subjective decisions towards evidence-based planning that maximises the return on investment.
Monitoring and control are also key components. Rather than creating models on a one-off basis, we ensure they are constantly and dynamically updated as new data comes in from the field. This enables us to make prompt adjustments to the course of work, review priorities and manage project resources flexibly, ensuring maximum efficiency and transparency.
Final deliverables for the Client
Upon completion of the study, the client receives far more than a set of digital maps — they gain an enterprise GIS framework for dynamic asset management. The cornerstone deliverable is an integrated, up-to-date spatial database that functions not merely as a secure repository, but as a live analytical workspace. The package of thematic digital maps, complimented by interactive 2D and 3D models, provides a profound understanding of regional structural geology and mineralization controls.
Ultimately, the client acquires a powerful management tool that enables strategic long-term planning and rapid decision-making in response to new data—mitigating exploration risk and maximizing ROI on exploration expenditure. This transitions the entire project to a fundamentally higher level of technological sophistication and operational control.
Focus your fieldwork on the most promising areas
GIS support is your strategic asset for managing an exploration project. From the initial site assessment to the creation of detailed models and work planning, we provide you with a digital foundation for making confident decisions.
Request a consultation, and our experts will explain in detail how to implement comprehensive GIS support to enhance the efficiency of your project.
