Abstract
The problem of creating an effective conceptual model for the formation of digital footprints of projects and development programs in the context of digitalization is considered. The life cycle of projects, knowledge, and management technologies is significantly shortened and digitization processes create requirements for the creation of their digital footprints and shadows. The technical and technological complexity of development projects increases due to innovation. These trends create significant challenges in the development of project and program management systems in the context of digitalization of society. It is proposed to use genomic representations as a basic model and methodology for the formation of digital footprints of projects. The proposed conceptual model of digital footprint formation of projects allows to take into account the external and internal environment of the project within a certain activity. The formalized model of the carrier of methodology of formation of a digital footprint of the project on the basis of system of knowledge of P2M is resulted. The classes of a hypothetically complete model of project management methodology for genome formation within the digital footprint creation are determined. The algebra of methodology which allows to form complex digital footprints of projects and programs is defined.
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