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A unfied social behaviorism model for interactions management in Industrial Internet of Things

The rapid development of Internet of Thing (in industrial sectors has remarkably increased the number of communicating physical assets and the complexity of interaction between heterogeneous devices. Physical assets and products are becoming more and more mobile, shared, autonomous and computerized and far more resources are no more owned but rent by the industrial operators. Industries have entered in the era of communicating objects and rental of physical assets for productive and economic efficiencies. In this evolutionary and reconfigurable context, classical centralized and deterministic control methodologies based on request/response are no more satisfying to tackle the change of communicating asset paradigm. Asset management is getting closer to the relationship management in a social group of individuals from the same organization or coming from external contractors. In this paper, we propose an innovative approach of object interactions and services management in Industrial IoT, which takes benefits from social relationship paradigm and social group behaviours. The paper describes a unified socio mimetic model for industrial communicating object interactions resulting from a synthesis of the major sociological approaches studied from the sociologic and scientific communities research works. The different principles of social interaction are transposed to industrial communicating objects to shape a new concept of Sociable Industrial Communicating Object, and elementary industrial use cases are discussed.