Balancing the Workloads for Trusted and Secured Transactions on Cloud

On cloud servers the distributed transactional Database systems are deployed, here certified credentials are used to justify the entities of cooperate to form authorization proofs. Credential Inconsistency results in unsafe transaction. To achieve the trusted and safe transaction in cloud load balancing plays major role, for this it uses some parameters called as workloads like performance, precision and accuracy. This project proposes the consistency credential and several levels of authorization policies which includes the conditions to make sure of trusted transaction. ACID property is used, since the c2onsistency is a part of ACID property, which is mainly provides the reasonable availability. Resources are protected via Policies. Policies are the one describes the set of conditions which gives the permission to the user about which resources to be used. This project proposes the 2PC-Two Phase Commit Protocols are the updated version of the basic Two Phase Commit Protocols to make sure of safe transaction. This project analyzes the approaches with analytical and simulation method and this results helps to take decision by the users to choose which one to use.