Conceptual Approach to Managing Technological Processes of Industrial IoT Workshop

Abstract

Usage of industrial networks of Internet with netcentric control is the driving trend of the future material manufacturing of goods and services. The bright future of this approach is out of doubt provided these complex net-centric systems will function with high reliability. Such systems are characterized by complex multi-parameter operability modes controlled by a large number of criteria. This paper describes a solution to the problem of smart and reliable net-centric control of technological processes.

Trust management in a blockchain based fog computing platform with trustless smart oracles

“…Having presented the background, emerging smart video streaming applications and their requirements for trust management, we introduce a trust management system designed for DECENTER's Fog Computing Platform. Figure 3 depicts a multi-level architecture of the trust management system that follows interoperability standards set by organisations such as the Cloud Native Computing Foundation (CNCF) 4 , OpenFog Consortium 5 and Edge Computing Consortium Europe (ECCE) 6 . Each level in the architecture is used at a different stage of the video stream processing Big Data pipeline and is described in the following.…”

“…For the Fog node to be able to forward the processing output or specific video frames to a Cloud storage node, it is necessary to execute another SC, which selects a Cloud storage node satisfying the QoS requirements based on the Markov model, and again verifies that both entities are connected to valid blockchain wallets (3). Once trusted connectivity is assured, the video starts streaming from the camera to the Fog node for AI processing (4). The processing output is stored according to the application's needs on trusted Cloud storage (5).…”

“…Today, there is an increasing trend to build smart applications in various domains, such as smart homes, smart cities and communities, industry 4.0, robotics and similar [1,2,3,4,5]. The development of smart applications in the construction sector motivates this study [6,7].…”