Trusted Operating System-Based Model-Driven Development of Secure Web Applications

This paper adds security engineering into an object-oriented model-driven software development for real-life Web applications. In this paper, we use mining patterns in Web applications. This research paper proposes a unified modeling language-based secure software maintenance procedure. The proposed method is applied for maintaining a large-scale software product and real-life product-line products. After modeling, we can implement and run this Web application, on SPF-based trusted operating systems. As we know, reverse engineering of old software is focused on the understanding of legacy program code without having proper software documentation. The extracted design information was used to implement a new version of the software program written in C++. For secure designing of Web applications, this paper proposes system security performance model for trusted operating system. For re-engineering and re-implementation process of Web applications, this paper proposes the model-driven round-trip engineering approach.