Automated server-side model for recognition of security vulnerabilities in scripting languages

Abstract

With the increase of global accessibility of web applications, maintaining a reasonable security level for both user data and server resources has become an extremely challenging issue. Therefore, static code analysis systems can help web developers to reduce time and cost. In this paper, a new static analysis model is proposed. This model is designed to discover the security problems in scripting languages. The proposed model is implemented in a prototype SCAT, which is a static code analysis Tool. SCAT applies the phases of the proposed model to catch security vulnerabilities in PHP 5.3. Empirical results attest that the proposed prototype is feasible and is able to contribute to the security of real-world web applications. SCAT managed to detect 94% of security vulnerabilities found in the testing benchmarks; this clearly indicates that the proposed model is able to provide an effective solution to complicated web systems by offering benefits of securing private data for users and maintaining web application stability for web applications providers.

Design and implementation of Arduino based robotic arm

“…The connection among those three ingredients has an effect on the reliability, quality, scalability, and cost of the autonomous system. Therefore, it is important that the three components of automation systems are designed to coexist through an integrated design paradigm [19]- [22]. This sums up the model, design, and construction of an Arduino based robotic arm controlled by a mobile application.…”