for sustainable minerals exploration
Satellites generate terabytes of data daily and we build solutions utilizing AI capable to process it and provide high precision insights with the highest cost-efficiency
To follow our goal we look for opportunities from open data first, which helps to optimize costs of any research or exploration and make any experiment viable.
Satellites provide a huge amount of open data UV visual Infrared and SWIR also C band Radar SAR and Polarymentry is available.
The most commonly used NASA satellite provides great correction data as high-quality thermal imaging of Earth.
The methods of detecting microseepages are not innovative by themselves. The entire oil & gas industry started with detecting signs of oil and gas caused features detectable from the surface and the first exploration practice started early XX century.
The recent introduction of remote sensing methods (2010-2019) and AI (ML) in 2020-2021 allowed us to bring it to a new level of fast and accurate prediction on potential Oil and Gas deposits with very limited costs.
Besides classical snapshot analysis utilizes timescale - where the same analyses are performed onset of historical shots, the results are cross-verified with one another providing outstanding accuracy. This allows AI to learn to detect features of microseepage automatically which makes it easy to scale.
The majority of
Detects the presence of minerals through geological features, which are a direct sign of minerals presence.
with no harm to the environment
can be proccesed
with up to 10 times cost efficiency
We can study any additional options
of remote sensing for you – so just ask.