Designing a new E-Commerce authentication framework for a cloud-based environment

• Main Authors: K.G.A., Sawesi, M.M., Saudi, M.Z., Jali
• Format: Conference Paper
• Language: en_US
• Published: 2015
• Subjects: authentication; B2C E-Commerce; ecliptic curve; RSA algorithm; XML signature
• Online Access: http://ddms.usim.edu.my/handle/123456789/9175
• Institution: Universiti Sains Islam Malaysia

The functional need of executing transaction on Electronic Commerce has made security a necessary built-in feature. Also, placing the E-Commerce portal in cloud through cloud computing technologies has undoubtedly increased the security challenges. Thus necessitate a design of secured authentication framework to be employed by the web-based E-Commerce portals. Existing works on XML-based authentication and comparison with non-XML signature-based security mechanism showed the strength in employing XML digital signature approach in authenticating Business to Consumer E-Commerce. Also the review revealed the limitations in the previously applied XML signature and its application approach. Therefore, this paper aims to design a novel algorithmic security framework for authentication using XML digital signature in conjunction with PKI standard using elliptic curve in B2C cloud-based E-Commerce portal. The novel algorithmic framework will be validated through simulation with C++ as the programming language using Microsoft Windows Environment. The outcome of this research will be an improved authentication mechanism for XML digital signature. © 2013 IEEE.