Computational Geosciences Inc. was founded in 2010 to apply advanced computational science and geophysical modeling to natural resource discovery. Headquartered in Vancouver, Canada, the company combines expertise in geophysics, mathematics, and high-performance computing to deliver innovative solutions for mineral, energy, and groundwater exploration worldwide.
The company was co-founded by Dr. Eldad Haber and Livia Mahler, bringing together academic innovation and industry leadership. Eldad established the company’s technical foundation in inversion and computational geoscience, while Livia's background in venture capital and technology commercialization helped guide its growth and strategic direction.
Over time, Computational Geosciences has developed a proprietary suite of advanced 3D modeling and inversion technologies designed to integrate complex geophysical datasets and accelerate discovery while reducing exploration risk and environmental impact.
A major milestone in the company’s evolution was its strategic relationship with Ivanhoe Electric, the company’s majority shareholder. Led by mining entrepreneur Robert Friedland, Ivanhoe Electric focuses on discovering critical metals for the global energy transition. Together, the companies provide advanced exploration technologies with sophisticated computational modeling to support sustainable resource discovery worldwide.
Outside of the Ivanhoe Electric relationship, Computational Geosciences operates as an independent service provider. We have completed over 300 projects, in 20 countries, across 3 industries, for over 50 external customers since our inception in 2010.
To be a global leader in technology-enabled mineral discovery, delivering advanced geoscientific solutions that unlock critical resources for a sustainable future.











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We are grounded in rigorous science, combining geophysics, mathematics, and high-performance computing to deliver reliable, defensible results.
We push the boundaries of computational geoscience, developing advanced technologies that transform complex subsurface data into actionable insights.
We work closely with our clients and partners, combining expertise and perspectives to solve complex geoscience problems.