EARTH AI
EARTH AI, based in San Mateo, CA, and Sydney, NSW, helps explorers discover mineral deposits essential for sustainable energy using AI and advanced drilling hardware.
Company Background
EARTH AI, launched in 2019, is a company that operates in the Industrials sector with a focus on climate. The company is headquartered in San Mateo, CA, USA, and Sydney, NSW, Australia. EARTH AI specializes in helping explorers discover the mineral deposits required for the sustainable energy transition. They are part of the Y Combinator S19 batch and operate across regions including the United States of America, Australia, America/Canada, and Oceania. Additionally, they offer remote and partly remote services.
Services
EARTH AI combines advanced AI systems and bespoke drilling hardware to assist explorers in identifying new mineral deposits. Their AI uses satellite and geophysical data, trained on hundreds of millions of data points from known deposits, to predict the location of new deposits. Their drilling hardware enhances on-the-ground data collection speed by four times and reduces costs by half due to features like high mobility, increased uptime, integrated mud filtration, and waste removal. By forming alliances with explorers, EARTH AI earns a 3% mining royalty in exchange for locating new deposits.
Partnerships
EARTH AI partners with a range of companies to achieve its mission of discovering new mineral deposits. Current key partners include Legacy Minerals, Kincora Copper, and Rarex. These partnerships enable EARTH AI to leverage its advanced technological solutions to assist explorers in finding valuable mineral resources necessary for the sustainable energy transition.
Technological Innovations
EARTH AI utilizes a sophisticated AI system combined with custom drilling hardware to enhance mineral exploration efficiency. The AI system, trained on extensive data from known mineral deposits, helps predict the location of new deposits with high accuracy using satellite and geophysical data. Their drilling hardware is designed to significantly accelerate data collection and reduce operational costs, enabling explorers to access and analyze geological data more swiftly and cost-effectively.
