The power of artificial intelligence (AI) is poised to reveal high-dimensional geological patterns from vast datasets at a scale and speed unprecedented in the history of mineral exploration.
The latest advances in space technology, 3D multiphysics, and AI are driving unprecedented insight, predictive capabilities, and more sustainable outcomes across the exploration value chain, according to the International Future Mining Conference 2024 keynote speaker Dr Hemant Chaurasia.
As the chief product officer at Fleet Space Technologies, Dr Chaurasia is on the forefront of innovation driving widespread adoption of real-time exploration capabilities among leading explorers around the world.
In exciting Q&A, Dr Chaurasia outlines the technologies driving the paradigm shift toward real-time, end-to-end exploration and the opportunities being unlocked with the enhanced speed, precision, and sustainability they deliver on a global scale.
We have reached a tipping point in humanity’s search for the minerals needed to scale clean energy technologies. A powerful wave of innovation in space technology, 3D multiphysics, and AI is driving a paradigm shift in mineral discovery, enhancing the speed, precision, and sustainability of exploration on a global scale.
ExoSphere – Fleet Space’s end-to-end mineral exploration solution powered by space and AI – marks a major shift in the arc of mining innovation. With direct-to-satellite connectivity, edge computing, and AI-powered targeting – global mining leaders are pioneering capabilities previously believed to be impossible: real-time exploration, end-to-end.
Join us at my keynote to learn more about the radical new paths to discovery, forged by Earth’s most powerful new technologies in space, machine learning, and real-time 3D data insight, and how they will help unlock our planet’s clean energy future.
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Fleet Space’s end-to-end mineral exploration solution, ExoSphere, has been used to conduct hundreds of surveys across five continents for global mining leaders like Barrick Gold, Rio Tinto, and Core Lithium.
Whether it’s enhancing data-driven copper exploration for Barrick Gold at their Reko Diq project or conducting the world’s largest real-time exploration survey across 1800 Km²+ of Inflection Resources’ projects in the Macquarie Arc – space and AI are enhancing exploration outcomes with near-zero environmental impact worldwide.
And this is only the beginning, the power of AI is poised to reveal high-dimensional geological patterns from vast datasets at a scale and speed unprecedented in the history of mineral exploration.