Exploring of new fields for gas, oil, diamonds, different kinds of ore deposits requires immense expenditures. Specific investments made for geophysical and oil prospecting can compound up to $ 15,000 per square kilometer. Boring of one meter of an oil well overland compounds up to $ 100 - 1000.

The costs of prospecting operations at sea are much higher. Practical application of this newly discovered INFOSCAN method of exploring will allow to reduce costs on geophysical probing approximately by ten or more times. The technological possibilities of INFOSCAN being applied to prospecting will easily allow to carry out surveys in any place located in difficult for access areas without using bulldozers and other similar machinery inflicting incurable damages to environment.

The analysis of energy characteristics makes possible to elicit zones of geologic discontinuity of soil and issue indispensable directions for choosing appropriate sites for building of dwellings and industrial objects.

The application of INFOSCAN technology while analyzing the energy characteristics of photographic prints fulfilled within a time period allows to reveal deflections from standards and to determine basic points of energy anomalies in the definite place of a given photograph.

This method pioneers new possibilities in medicine. Doctors can precisely select needed medicine for treatment of complex diseases, advantageous food indispensable for an effective treatment of convalescent patients. Dieticians get a possibility to recommend practically error-free and strictly individual food packages providing a complete, balanced and tasty nourishment.

Systems analysis and studies of photographs of hulls of marine and river boats and airplanes will allow to reveal early stages of metal fatigue and structural distortion and will help to prevent tragical consequences of technogenic catastrophes.

New options arise in acquisition of different types of impairments in large diameter tubes transporting oil and gas, and also in detecting of anomalies in supporting structures of building-site facilities, cranes and other kinds of heavy machinery