The Blockchain as Augmented Reality: From Hypothesis to the Basics of Theory and Practice

The article describes the main characteristics of the objective; virtual and augmented reality has been well studied and used in various applications in computer and production technologies. It is shown that in order to effectively implement regulated by legislative documents of the digital economy, it is legitimate to hypothesize that the technology of distributed register (blockchain) is essentially the augmented (objective-virtual) reality. This property is demonstrated by examples are abroad based on its latest financial technology and management. These facts confirm the findings of a number of leading Russian and foreign scientistseconomists and practitioners that traditional economics, with its transformation into a digital economy will lead to improved interface “man–computer”. In the framework of the relevance of the scientific research technology of the blockchain basic theoretical directions of development of the related technologies of the digital economy, including issues of communication, ensure the reliability of information, transaction reliability, continuity of business processes and development of new approaches to accounting and capitalization of the information content of the blockchain. The analysis of practice of application of technology of the blockchain showed that on its basis the transformation of the economic and financial models of business management in many countries of the world. This suggests the emergence of new levers of influence on economy development of the real sector and the formation by them of new digital platforms control many aspects of life of modern society. The applications of blockchain technology in various sectors of the economy (loans, currency, crowdfunding and credinvest, promotion and financing of innovative projects, calculation of production costs, management of business processes). Examples confirm the relevance and the fruitfulness of further study, the hypotheses about the presence of the blockchain properties of augmented reality for development as the actual technologies of the digital economy and improve their technology-based financial and other economic activities.

1. Antonopoulos A.M. (2017). Mastering Bitcoin: Unlocking digital cryptocurrencies. 2 ed. Boston, O’Reilly Media (in Russian).

2. Bauer V.P. (2017). Problems in creating a unified digital platform for the digital economy. Preprint. Moscow, Academy of Natural Sciences (in Russia).

3. Blagoveshhenskij I.А., Dem’yankov N.А. (2013). Technologies and algorithms for creating augmented reality. Modeling and Analysis of Information Systems, vol. 20, no. 2, pp. 129–138 (in Russian).

4. Boev E.I. (2015). Markers of innovative development of Russia: foresight-study. News of Southwest State University. Ser. Economy. Sociology. Management, no. 4 (17), pp. 143–148 (in Russian).

5. Ermolaeva M.A. (2017). Communication Strategy in the promotion of e-government. Scientific Notes of GILGIT, no. 2 (20), pp. 95–101 (in Russian).

6. Genkin A.S. (2005). Private monetary system and the economic interests of the companies. Scientific publication. Moscow, Reglant (in Russian).

7. Genkin A.S., Mikheev A.A. (2018). Blockchain: How it works and what awaits us tomorrow. Moscow, Al'pina publisher (in Russian).

8. Hapugina H.P. (2012). Process-oriented cost accounting as a method of control overhead in holding structures. Intelligence. Innovation. Investment, no. 5-1 (22), pp. 42–46 (in Russian).

9. Kaplan R.S., Anderson S.R. (2007). Time-driven activity-based costing: a simpler and more powerful path to higher prof-its. Boston, Harvard Business School Publishing Corporation (in Russian).

10. Kelli K. (2017). Is Inevitable. 12 technology trends that are shaping our future. Transl. from English Yu. Konstantinova and T. Mammadova. Moscow, Mann, Ivanov and Ferber (in Russian).

11. King B. (2017). The Bank 3.0. Why the Bank is not where you go and what you do. Transl. from English M. Matskovskoy. Moscow, Publishing House “Olympus-Business”, pp. 375–381 (in Russian).

12. Kolin K.K. (2008). The Structure of reality and the phenomenon of the information. Open Education, no. 5, pp. 56–61 (in Russian).

13. Nakamoto S. (2017). A Peer-to-Peer Electronic Cash System. URL: http://coinspot.io/technology/bitcoin/perevod-stati-satoshi-nakamoto/.

14. Nikitin A. (2017). The world's Leading banks are planning the launch of a new cryptocurrency in 2018. URL: https://hightech.fm/2017/09/01/financeexec (in Russian).

15. Podlinova A. (2017). In 2017 Russia reduced military spending by more than 26%. URL: http://1prime.ru/articles/20170424/827396415.html (in Russian).

16. Podoprigora A.V. (2016). Trust as a key resource for socio-economic development of the information society. Vestnik Chelyabinsk State University, no. 11 (393), pp. 9–18 (in Russian).

17. Podoprigora V.A. (2016). Generator of reality: information and mechanisms of self-organization. Scientific Yearbook of the Institute of Philosophy and Law, Ural branch of RAS, vol. 16, no. 4, pp. 17–32 (in Russian).

18. Raval S. (2017). Decentralized applications. Blockchain technology in action. Transl. from English. Saint-Petersburg, Peter (in Russian).

19. Rozin V.M. (2000). The Existence, reality, virtual reality. The concept of virtual worlds and scientific knowledge. Saint-Petersburg, RGGI, pp. 56–74 (in Russia).

20. Schmidt E., Cohen J. (2013). The new digital world. How technology is changing the lives of people, business models and the concept of state. Trans. from English. S. Filin. Moscow, Mann, Ivanov and Ferber (in Russian).

21. Shvab K. (2017). The Fourth industrial revolution. Transl. from English. Moscow, Publishing House “A” (in Russian).

22. Solina K. (2017). Russian project KICKICO left for ICO. URL: https://hightech.fm/2017/08/28/KICKICO (in Russian).

23. Swan M. (2017). Blockchain: Scheme of the new economy. Transl. from English. Moscow, Olympus-Business (in Russian).

24. Tanenbaum A., Walls M. van. (2003). Distributed systems. Principles and paradigms. Saint-Petersburg, Peter (in Russian).

25. Tapscott D. (2017). The technology of the blockchain: What drives financial revolution today. Moscow, Eksmo (in Russian).

26. Teteryatnikov K.S. (2015). P2P Platforms as a tool for alternative financing: international and Russian experience. Management and Business Administration, no. 2, pp. 109–119 (in Russian).

27. Tikhonichev O.V. (2017). Technology of “augmented reality” as part of the systems of decision support. Informatization and Communication, no. 2, pp. 63–65 (in Russian).

28. Vin'ya P., Kejsi M. (2017). The Era of cryptocurrency. How bitcoin and the blockchain change the world economic order. Transl. from English E. Kondakovoj. Moscow, Mann, Ivanov and Ferber (in Russian).

29. Vittih V.А. (2013). Introduction to the theory of intersubjective management. Samara, Samara Scientific Center of RAS (in Russian).

30. Zolyan S.T., Zhdanov R.I. (2016). Genome as (Hyper) text: From metaphor to theory. Criticism and Semiotics, no. 1, pp. 60–84 (in Russian).

31.