Who We Are
At IMENSUS, we are pioneering a new era of autonomous subsurface exploration on Earth and the Moon. With a mission to unlock the hidden potential of planetary resources, we combine geoscience, aerospace engineering, and robotics to develop advanced seismic technology. Our expertise enables precise subsurface data collection and geotechnical consulting, supporting industries on Earth and shaping the future of lunar resource utilization, space mining, and sustainable infrastructure development.
IMENSUS is a pioneering exploration company developing cutting-edge autonomous seismic technology to unlock the potential of subsurface exploration on Earth and the Moon. By combining expertise in aerospace engineering and geophysics, we provide high-resolution subsurface data to industries, researchers, and space missions - helping them make faster, safer, and more informed decisions.
Our mission is to revolutionize geoscientific exploration through advanced, autonomous systems capable of operating in the harshest environments. From mining and infrastructure development on Earth to resource discovery and in-situ resource utilization (ISRU) on the Moon, IMENSUS delivers precise, real-time geological insights that drive innovation and sustainability.
One Technology – Two Frontiers
Through IMENSUS - Earth, we offer seismic exploration as a service for terrestrial industries, providing cost-effective solutions for mining, construction, disaster management, and environmental research. Traditional subsurface exploration is often slow, expensive, and labor-intensive - our autonomous technology accelerates the process while reducing risks and operational costs.
With IMENSUS - Space Resource Exploration, we extend this capability to lunar missions, delivering detailed geological models of the Moon’s subsurface to support mining, infrastructure planning, and long-term human presence beyond Earth. Our seismic technology will play a crucial role in identifying water ice deposits, assessing regolith deposits and stability, and ensuring the safety of lunar structures.
