Sub Terrain Prospecting (STeP®) - remote sensing and analytical technology, which interprets satellite, cartographic, and geological data to ascertain hydrocarbon and mineral potential of the area, determine anomaly/structure contours, oil to water contact for hydrocarbon applications, as well as target depth(s). STeP is particularly applicable to large license blocks and areas of difficult access or environmental sensitivity.
 

Naturally Adsorbed Gas Survey (NAGS) - unique geochemical technology analyzing adsorbed hydrocarbon and nonorganic gases, as opposed to free forms of gases, traditionally used.  NAGS is substantially more informative and accurate than other geochemical methods. It works on hydrocarbons, gold, uranium, diamonds, and other metals and minerals.
 

Side View Seismic Locator (SVSL) - micro-seismic technology designed to determine zones of abnormal or open fracturing. Its distinction is in the processing of scattered waves, as opposed to reflected seismic waves, traditionally processed by the geophysicists. SVSL has an excellent track record predicting drilling locations with highest production rates as well as assisting in well design and avoiding drilling complications.  It can work as a seismic reprocessing / interpretation technique or as a field seismic acquisition method.
 

Seismic Location of Emission Centers (SLEC) – passive seismic technology used to determine the fluid type / fluid saturation, oil to water contact, reservoir dynamics as well as timing and effectiveness of hydraulic fracturing.  Numerous applications of the technology proved its efficacy as an inexpensive monitoring tool, extremely useful in producing oil fields.