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In the future, smart cities will provide key services including seamless communication, intelligent transport systems, advanced healthcare platforms, urban and infrastructure management, and digital services for local and regional government. Therefore, a new service and networking paradigm, called the Intelligent Edge Environment, has been specified. As a key part of this system, a new secure service ecosystem must be developed to provide the secure real-time movement of services on different High-Performance Edge Cloud Systems. This paper explores these issues by introducing the following mechanisms: a Resource Allocation Algorithm, a Resource Allocation Secure Protocol and finally a Secure Service Protocol. These systems were integrated into the Basic Capability System Library and a multithreaded FUSE client connected to the Service Management Framework. Docker was used as the migration mechanism. A prototype was developed and implemented using a FUSE-Network Memory System in which the Network Memory Server was migrated as users moved around. The result shows that this approach was safe and could be used to develop new applications and services for smart cities.
Karthick et al. (Mon,) studied this question.