DORA is an advanced AI-powered platform designed to revolutionize mineral exploration by providing data-driven insights. Using state-of-the-art machine learning and vision transformer architectures, DORA generates predictive models that help geologists and exploration teams make informed decisions with greater confidence.

DORA streamlines the mineral exploration process through a structured workflow designed to maximize data insights. It all begins with data submission, where your project-specific proprietary and public geological datasets are compiled into a unified multidimensional data stack by the VRIFY team.

Once the data is organized, it is uploaded to our web app, DORA, where you create Prediction Maps. This process is fully accessible to your geoscience team, allowing them to run multiple experiments and iterate using different data and configurations, to fully analyze the targets.

During the Prediction Map creation process, your data is processed using one of DORA's Vision Transformer (ViT) models, tailored to different deposit types, which analyze the information and generate 24 rasters that highlight key exploration features. The processed rasters are then passed through DORA’s Random Forest model, where a VRIFY Prospectivity Score (VPS) is assigned to each cell in the designated Area of Interest (AOI).

These VPS clusters are further analyzed and refined to pinpoint high-priority target zones, ensuring exploration efforts focus on the most promising areas. Your geologists can leverage these refined target zones to guide drilling and validation activities, significantly improving the efficiency and accuracy of exploration projects.

For details on setting up Prediction Maps, see this article.

Reach out to your dedicated DORA contact or email Support@VRIFY.com for more information.