Unlocking Mineral Deposits: The Power of AI in Exploration

Artificial intelligence (AI) continues to revolutionize various industries, and the field of exploration is no exception. Lithium Universe, an Australian mining company listed on the ASX (ASX:LU7), is harnessing the potential of AI through a strategic partnership with Canada’s KorrAI Technologies. By leveraging AI and satellite data, Lithium Universe aims to optimize its exploration strategy and maximize the efficiency and accuracy of its efforts.

KorrAI Technologies specializes in using AI and satellite data to enhance field exploration practices. Their technology enables the processing and analysis of satellite images to create detailed maps showcasing geological features such as outcrops, pegmatites, and vein formations. Additionally, spectral data is employed to identify areas with a higher likelihood of containing valuable mineral deposits. By incorporating AI-driven algorithms, KorrAI can accurately pinpoint specific locations with high potential, improving the effectiveness of Lithium Universe’s field activities and resource allocation.

Through the application of AI technology, Lithium Universe has already experienced success in the Apollo project, where the company searched for lithium-caesium-tantalum bearing pegmatites. By combining various types of data, including visible and infrared light, microwave signals, and magnetic readings, a comprehensive understanding of the area was obtained. AI models were then utilized to analyze the data, resulting in the identification of 448 priority targets. Subsequently, these targets were further narrowed down to 28 specific areas for detailed field mapping and sampling.

To ensure the accuracy and reliability of the satellite-based targets, ground truthing processes were implemented. This involved geological mapping, field sample collection, and the capture of photos with the contextual information of local topography. These measures aid in correlating geological features, enhancing understanding, and minimizing false positives. Additionally, further data collection, such as high-resolution magnetics and hyperspectral data, will contribute to future AI modeling methodologies and drilling targeting.

Lithium Universe’s exploration journey at Apollo is divided into three distinct phases. The first phase focuses on regional prospecting, geological mapping, and the identification of host rocks for LCT pegmatites. This is followed by the second phase, which involves UAV drone-based surveys, expanded geological mapping, and infill soil sampling to determine drill-ready targets. The third phase encompasses more follow-up geological mapping, infill soil sampling, and the planning of a larger ground-based gravity survey, ultimately leading to diamond drilling in highly prospective LCT pegmatite dykes.

Lithium Universe’s collaboration with KorrAI Technologies exemplifies the significant value AI can bring to the mining industry. By leveraging AI and satellite data, the company is streamlining its exploration processes, reducing timelines, and optimizing resource allocation. With the ability to make data-driven decisions and target specific locations with higher potential, Lithium Universe is positioning itself for success in unlocking valuable mineral deposits.


Q: What is AI?
AI, or artificial intelligence, refers to the development of computer systems that can perform tasks that typically require human intelligence, such as visual perception, speech recognition, problem-solving, and decision-making.

Q: How does AI enhance exploration practices?
AI enhances exploration practices by utilizing advanced algorithms to analyze large amounts of data and create detailed maps showcasing geological features. This helps identify areas with a higher likelihood of containing valuable mineral deposits, improving the accuracy and efficiency of exploration efforts.

Q: What is ground truthing?
Ground truthing involves verifying and validating data obtained from satellite imagery through on-site processes such as geological mapping, field sample collection, and contextual information capture. It helps correlate geological features and enhance the understanding of potential mineral deposits.

Q: What are LCT pegmatites?
LCT, or Lithium-Caesium-Tantalum, pegmatites are igneous rocks that often contain economically important minerals such as lithium, caesium, and tantalum. These minerals are essential in various industries, including electronics, renewable energy, and aerospace.

Q: How does Lithium Universe plan its exploration phases?
Lithium Universe implements a phased approach to exploration. The first phase focuses on regional prospecting and mapping, followed by the identification of drill-ready targets. The second phase involves detailed surveys and sampling in highly prospective areas, while the third phase includes further mapping and the planning of larger-scale surveys before diamond drilling.