Leveraging full-physics EM modeling, we deliver accurate characterization across terrestrial, marine, airborne, and cryospheric environments. Our advanced capabilities include 3D anisotropic inversion, finite-element methods, spectral induced polarization (complex resistivity), controlled-source electromagnetics, magnetotellurics, and DC resistivity, supporting environmental, geological, and resource exploration applications.
We develop cutting-edge geophysical technologies for reliable insights in energy, environment, and infrastructure decisions.
Learn moreWe combine academic excellence with industry experience to solve the most challenging geophysical problems.
Meet our teamWe integrate advanced algorithms, high-performance computing, and deep geoscience knowledge to deliver actionable insights.
Explore our researchAdvanced computational methods for complex geophysical problems, including multidimensional modeling and joint inversion techniques.
Explore capabilitiesFrom mineral exploration and oil & gas to environmental monitoring and defense, we deliver subsurface characterization across the full range of EM applications.
See applicationsCustom survey design, algorithm development, and technical consulting for geophysical challenges that require more than off-the-shelf solutions.
Discover servicesAcademic collaboration, method development, instrument design, and knowledge transfer for advancing electromagnetic geophysics.
Learn moreEMkit gives exploration teams with in-house geophysical expertise direct access to advanced 3D EM modeling and inversion, reducing turnaround times and eliminating dependence on external queues for routine modeling work.
The complete EM modeling platform for exploration organizations: full inversion pipeline, flexible deployment, built for real-world geological complexity.
Powered by the DeepBlueEM3D inversion engine: full solution of Maxwell's equations, unstructured finite-element meshing, optimized for HPC.