Objective: main concern is lack of codification of indigenous intelligent command and control model, main goal is to develop indigenous intelligent command and control model using military Internet of Things, other goals: to count dimensions and components, determine relationships between dimensions and components of model design, and to count achievements, consequences, functions and requirements of model design.
Method: type of applied-developmental research, descriptive-case research method, mixed research approach and method of data collection, field and library, with library study tools are books, articles, documents, interviews, questionnaires, and time domain of years 1402-1403 for five years and spatial domain of country's armed forces. Statistical population of 70 experts and experts, structural equation modeling is used to analyze and investigate relationship and correlation between factors.
Results:By testing PLS model in SRMR test, since it is smaller than 0.08, overall model of PLS has a good fit and is therefore consistent with desired model in society.
Conclusion:dimensions of model design are intelligence, information management, sustainability, interoperability, integration, and network-oriented. achievements and consequences of designing model are improvement (intelligence of c4isr, and decision-making, comprehensive defense readiness, deterrence), increasing military authority and capability, and increasing indigenous cyber power. Functions of model design are intelligence-making (action-oriented and strategic command systems, control, monitoring and evaluation systems, communication systems, computer and cyberspace systems, information collection systems, surveillance and identification systems) and online situational awareness on battlefield.
requirements of designing model are battlefield intelligence, localization of IoT standards, IoT software security, and funding and credit, training and skill development.