The visualisation of cloud systems and selection of hail-dangerous cells is based on the volume radar information from the Doppler radars.
The structure of convective clouds, the hail dangerous degree, the location of the seeding area, the beginning and the end of the hail suppression activity are determined by vertical cross-sections on a chosen cross-section line. 
The heights of the areas with different radar reflectivity, the location of the seeding area and its radius are transferred to the FIRE HAIL module.

• The specialized software ensures: the calculation of the thermodynamic characteristics of the atmosphere by a one-dimensional model with microphysics parameterization, necessary for analysis of the atmospheric conditions and cloud characteristics, forecasting of hail and calculating of the diffusion cloud of the reagent.

• The software calculates the volume of the area of reagent diffusion with a definite concentration of ice-forming nuclei. The elevation of the rocket sites for different altitudes.

• The preparation of the data for cloud seeding is made on the basis of the calculations of the atmospheric thermodynamic characteristics and volumes of the areas of reagent diffusion. The recommendation for firing (which rocket launching sites are suitable for firing) is made on the basis of the data from the IRIS Display for the purpose of maximum seeding of the defined cloud area. The recommendations are transferred to the FIRE W module.

The communication and information system for fire control is designed on the basis of modern technology. All information from command posts and rocket launching sites is received and transferred over the telemetric coded channel as it ensures accurate and timely execution of commands, full real time control of the technique state and execution of commands, archiving of the conditions and execution of the commands.