Trust delegation-based secure mobile cloud computing framework

Abstract

Nowadays, practically everyone has a smartphone with them. These smart devices store several types of personal information, such as images, files, credit card pins, etc., and are used for communication purposes. Consider the possibility that someone could gain access to it without our knowledge. How could they possibly use it? One of the most critical security concerns is data and privacy in terms of stolen data and malicious file behaviour. However, private and delicate data are required for these practical uses.Similarly, connected phones' other weak points are their limited battery life, slow processor speed, and unpatched vulnerabilities. To overcome such limitations, mobile cloud computing (MCC) is introduced, which analyzes data in the cloud and returns the findings to the smartphone. However, MCC increased the effectiveness of several programs. MCC also considered several types of issues, such as real-time communication data confidentiality. Further, safety, speed, and customer satisfaction are the three fundamental parameters of mobile cloud services that will be highlighted in this article. Finally, a model concept is also elaborate for demonstration purposes to employ the trustbased assignment system to enhance safety ratios, showing the perfection of the five-portable cloud computing architecture.