QOS Affluent Web Services Message Communication Using Secured Simple Object Access Protocol (SOAP) Technique

Abstract

In IT services SOA is one of the most elastic and modular approaches and it is a prerequisite for arising technologies like cloud, these cloud services are exposed as web services based on industry standards, which follows WSDL for service illustration. These services depend on SOAP to handle service request and response. Hence Web services security is one of the important factors which are used to assess cloud system security. While creating a new web service or with an existing web service communication, it is prudent to have secure data transmission with end users identity such as card numbers, user names, passwords etc. Security standards like WS-Security only addresses message integrity, confidentiality, user authentication, and authorization. The proposed system offers confidentiality and integrity protection from the creation of the message to its consumption. This system will look at a color palette scheme which records the RGB color values of the chosen color during registration and these values are used during sign on, subsequently it performs the access control mechanism. To strengthen web services towards message level by encrypting SOAP messages with AES and shared key is derived using new cryptosystem called Rbits (Random bits) cipher as a service and digital signature handler facilitates secure key exchange which is completed ahead with SOAP message generation. The essential aspect of this proposed system is from core key form multiple random keys which safeguards the messages with highest possible immunity to crack when the applications or services communicating with web services.