The rapid and increasing global developments in the field of electronics and electromagnetic space and the impact of electronic warfare operations as a battlefield superiority factor in the fate of wars make it essential for commanders and decision-makers to have a model of electronic warfare command and control system appropriate to today's environments in the ground forces. The main goal of this research is to develop a model of the ground forces electronic warfare command and control system.
The type of research is applied and developmental, the research method is descriptive, case-based, and the research approach is mixed (quantitative and qualitative). The information and data tools are library and field, and the sample population includes 103 personnel of the I.R.I Army. According to the research findings, the model of the command and control system of the ground forces has 7 dimensions, 18 components, and 90 indicators. In the model designed in PLS software, it was quantitatively evaluated for reliability, convergent validity, and divergent validity.Based on the research results, the forest command and control system model with the dimensions of: human resources, infrastructure and equipment, processes, architecture and structure, security, technology and support, along with the extracted components and indicators, will provide the basis for the architecture and operation of the aforementioned system.