Developed and perfected over 25 years, RSS’s hyperspectral imaging process employs an advanced technology of unprecedented speed and accuracy. Eliminating the dependence on aerial photography helps us offer shorter turnaround and lower cost while virtually eliminating atmospheric distortion and expensive delays.

We can accurately target the depth and location of hydrocarbon deposits in any area of the world and in all surface and subsurface conditions, including permafrost. Our process incorporates microwave, radiometric, gravity, radar, thermal (infrared), and long and short spectrographic reflectance to identify the halo effect emitted by underground deposits.

The mapping of rock material is important not only for locating new deposits, but also to study the impact of current drilling installations on the local environment. Ideally, this includes the identification and mapping of materials before, during, and after production.