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Can Cyber‐Physical Systems Reliably Collaborate within a Blockchain?
Author(s) -
van Lier Ben
Publication year - 2017
Publication title -
metaphilosophy
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.475
H-Index - 35
eISSN - 1467-9973
pISSN - 0026-1068
DOI - 10.1111/meta.12275
Subject(s) - blockchain , cyber physical system , computer science , complex system , complex adaptive system , reductionism , computer security , phenomenon , system of systems , physical system , data science , distributed computing , risk analysis (engineering) , systems design , artificial intelligence , software engineering , business , philosophy , physics , epistemology , quantum mechanics , operating system
A blockchain can be considered a technological phenomenon that is made up of different interconnected and autonomous systems. Such systems are referred to here as cyber‐physical systems: complex interconnections of cyber and physical components. When cyber‐physical systems are interconnected, a new whole consisting of a system of systems is created by the autonomous systems and their intercommunication and interaction. In a blockchain, individual systems can independently make decisions on joint information transactions. The decision‐making procedures needed for this are executed based on fault‐tolerant communication and voting and consensus procedures, while the results of these decision‐making procedures are stored in distributed ledgers. Due to the intercommunication, interaction, and independent decision making by autonomous systems, the new whole of a blockchain is a complex entity. Complexity science rather than the usual reductionist scientific approach can help us better understand the behaviour of the new and continuously developing whole of a blockchain as a technological phenomenon.