A global push for battery minerals is fueling new exploration tools, and Australian-founded Fleet Space Technologies says its satellite-driven AI platform has identified a significantly larger lithium resource in Quebec than previously known. The company announced that fresh data modeling has expanded the expected boundaries of the Cisco lithium project, suggesting the region may hold “district-scale potential.”
Traditional mineral exploration is notoriously slow, costly, and uncertain. Only a small fraction of identified deposits ever reach commercial viability, and early drilling stages can take years. Fleet Space is attempting to shorten that timeline with a constellation of small satellites that collect subsurface data using electromagnetic, gravity-sensing, and ambient noise tomography. The company feeds this information into its AI platform, which generates new drilling targets in as little as 48 hours, reducing weeks of manual data processing.
The Cisco project, where Fleet’s technology is being applied, currently estimates up to 329 million metric tons of lithium oxide, positioning it among the largest emerging lithium regions in North America. Fleet Space believes the updated survey data indicates the mineralization may extend well beyond the project’s existing footprint.
As global demand for electric vehicles and renewable-energy storage grows, lithium, a key component in modern batteries, has become one of the world’s most sought-after resources. Faster identification of viable deposits could help stabilize supply chains and improve long-term planning for mineral producers.
Fleet Space plans to continue refining its exploration platform while scaling its satellite constellation over the next several years.
