Devising a Secure Architecture of Internet of Everything (Ioe) to Avoid the Data Exploitation in Cross Culture Communications

The communication infrastructure among various interconnected devices has revolutionized the process of collecting and sharing information. This evolutionary paradigm of collecting, storing and analyzing data streams is called the Internet of Everything (IoE). The information exchange through IoE is fast and accurate but leaves security issues. The emergence of IoE has seen a drift from a single novel technology to several technological developments. Managing various technologies under one infrastructure is complex especially when a network is openly allowing nodes to access it. Access transition of infrastructures from closed networked environments to the public internets has raised security issues. The consistent growth in IoE technology is recognized as a bridge between physical, virtual and cross-cultural worlds. Modern enterprises are becoming reliant on interconnected wireless intelligent devices and this has put billions of user’s data in risk. The interference and intrusion in any infrastructure have opened the door of public safety concerns because this interception could compromise the user’s personal data as well as personal privacy. This research aims to adopt a holistic approach to devising a secure IoE architecture for cross-culture communication organizations, with attention paid to the various technological wearable devices, their security policies, communication protocols, data format and data encryption features to avoid the data exploitation. A systems methodology will be adopted with a view to developing a secure IoE model which provides for a generic implementation after analyzing the critical security features to minimize the risk of data exploitations. This would combine the ability of IoE to connect, communicate, and remotely manage an incalculable number of networked, automated devices with the security properties of authentication, availability, integrity and confidentiality on a configurable basis. This will help clarify issues currently present and narrow down security threats planning considerably. Keywords—privacy; privacy enhancing technology (PET); big data; information communication technology (ICT)