Hyperspectral sensors collect data as a series of narrow and contiguous wavelength bands providing a high level of performance in spectral and radiometric accuracy.

The datasets produced by hyperspectral images is in the form of a three-dimensional hypercube in which two dimensions represent the spatial information (x,y) and the third dimension representing the spectral information. You can use this detailed spectral information to identify subtle differences in vegetation, minerals and other materials. The sensors are instrumental in plant health measurement, plant disease identification, water quality assessment, vegetation index calculations, mineral and surface composition surveys, fill spectral sensing and spectral index research.

We use thermal imagery to capture information RGB images can’t. This allows us to detect hot spots, water leakage, fugitive emissions & more with thermal maps and models. Our advanced, high-resolution RGB visual and thermal cameras offer detailed imaging of current infrastructure status, with thermal imaging to detect overheating transformers, cables, engines, pumps, dyeing solar cells and other equipment