A Study on the Security Algorithm for Contexts in Smart Cities

Abstract

Recently, a great number of smart devices associated with their users exist within Smart City. Users are constantly moving around within Smart City according to their plans and consequently receive various network services from hosting devices adjacent. Currently, there are numbers of different types of security algorithms related to those activities; moreover, under such complexity of digital environment including various network devices and users, selective and customised services need to be provided for suitable purposes. However, the provided services are to be secured and well protected. Each customised service usually keeps tailored security policy and algorithm. Conventionally, every service including different servers, network, and users employs the same security algorithm so that sensitive information could be traced and revealed by using counter tracing method. Therefore, this paper investigates tailored smart security algorithm, which is taking into account scenarios within smart cities. Consequently, users are able to be protected under tailored security modules based on circumstances of network, smart devices, and types of services.

Suggest a Secure Profile Structure for Home Network

“…In case the son wants to control them, first he needs to request the permission to their server. Surely all member may receive the request, and after their signature, the server makes a temporary certification, finally it sends it to son [9] [10].…”

A Study on a Secure Profile Model for Home Network in Cyber-Physical System

“…To make it sense, we propose the profile based intelligent home network device access control. It includes; (1) Intelligence profiling generation study (2) an intelligent home network configuration and management study, and (3) an intelligent profiling multiple signature study [9][10]. Figure 2 and Figure 3 show us its structure and a secure profile structure; they are the member of the family who has each certification to control home devices.…”

An approach to the development of an advanced solution for smart monitoring applications

“…respect of standards, improve quality of life, increase comfort conditions..) [19]. Whatever is the system and its role, it should be secure, safe, respectful of the environment [20,21], and at the same time it would require high speed, high reliability, high availability. The availability of different sensors and enabling Information and Communication Technologies (ICT) lays the foundation for several opportunities for the development of the Smart cities [22].…”