One benefit of creating a mobile ad-hoc network (MANET) is that members with no direct access to the Internet can avail themselves of peers’ connections to the Internet and use public cloud services. Guaranteed access to cloud services is important in the case of emergency or disaster recovery situations. The ability to restrict and maintain user actions within unique sessions is critical to web security. Most of the users using an application framework with built in session management capabilities. Others will use languages such as Perl CGI that do not. Those without a built in session management system and those who override the existing session management systems are at an immediate disadvantage. Implementations built from scratch are often weak and breakable. Developers are strongly discouraged from implementing their own Session Management. Leading web frameworks have undergone rounds of testing and fixing that leave them using secure methods of token generation. There is no value in re-writing such basic building blocks. In spite of the maturity of many of these frameworks, research continues into making them more secure. Therefore, application developers and web masters must maintain the latest versions and patches to application frameworks to ensure that the newest and most secure version is in use. The existing system is more expensive to perform in terms of network, resources and delays. In this project, the system proposed a checkpoint technique to deal with session breaks during execution.