Digitisation Model Innovation System

This work aims to implement a universally applicable methodological approach for a digitisation model innovation system for value creation. The method used is a logical system analysis based on elements of self-organisation theory. Firstly, systemic key elements for the analog/digital order creation (L1) and the generic material/informational hybridisation level (L2) are introduced. With these parameters, a continuous implicitly cybernetic feedback model is proposed for modeling of (1) analog, (2) digital, and (3) hybrid forms of digital innovation systems and their products. Subsequently more finely grained part models allow for efficient and conficient i.e. efficient and cooperative economically equilibrated world systems. This process can be deciphered as a material to immaterial world description through L1 and L2. Three illustrative examples for possibly entrepreneurial applications are given. By this approach, a systematic guide for inventions and following innovations in the analog-digital transition age is proposed. The result of the work is a method for the generation of digital model innovation systems by means of the application of the emergence principle, the intermission theorem, and the proposed dualities. Finally, we give an outlook for further development of the model.