Technology innovation is the core of our business
We believe that collaboration is a key component to ensuring that these programs are successful. Dias’ team of geophysicists and engineers focus on new technologies and deliver ongoing development of our own proprietary systems. We also provide R&D services for our partners and clients around the world.
Dias proprietary and unique technologies differentiate us as a leader in mapping the subsurface.
DIAS32 is our patented and highly successful resistivity and induced polarization technology producing high resolution 3D models of the subsurface.
QMAGT airborne technology uses SQUID (superconducting quantum interference device) sensors to measure the complete gradient tensor (second-order) of the earth’s magnetic field (otherwise known as full-tensor magnetic gradiometry – FTMG).
DIAS32 TECHNOLOGY – Resistivity/IP 3DIP
DIAS32 – Dias survey system that provides full, high quality, and high-resolution 3D resistivity and induced polarization models of the subsurface. 3DIP
Produce a 3D resistivity model of the ground by recording naturally occurring electric and magnetic fields at the surface.
SQUID Technology. Helicopter-borne magnetic survey system that measures the magnetic field.
Our lightning shunt technology, DIAS-LS, is proven to effectively reduce or eliminate the propagation of lightning energy.
The DIAS CARAVEL cloud service provides a customized solution for geoscientists who want to maximize the value of their big data.
Our history of R&D firsts. Dias dedicates approximately 20% of its workforce to R&D.
