DUAL SECURITY FOR SMART CARD

Abstract

 In this work, we provide a Secure System development Life Cycle Approach to address software 
security concerns throughout the early phases of system development. Here, we examine the need for security by 
comparing it to the needs for functionality.Use use case, attack tree, threat modeling, and risk assessment to design 
a secure smart card system and architecture. Examining the smart card microcontroller via static and dynamic 
analysis, and then putting the different security testing methods to use. This work uses the Semi-Marchov Chain 
and the Steady state matrix to assess the security improvement of a smart card's SDLC for various attack levels. 
The Security State Diagram is a useful tool for evaluating the safety of any smart card driver. Because of the 
disparity in security levels between the integrated and series systems, an improvement in security may be 
calculated.