An Efficient Strategy to Provide Secure Authentication on using TPM

The major objective of the paper is to implement cost effective TPM based software, which reduces the TPM chip as it is implemented in hardware. Also to improve security among computers and to authenticate the users by using secured software based TPM. To improve the authentication of various client devices that are connected to private network. The research has to be exposed to all possible threats involved in TPM based on weaknesses of password based authentication, such as easy to guess, subject to dictionary attack, easy to snoop or lose and easy to share with others. The methodology involved in this paper must protect the compromised client and enable network administrator from causing disrupt to the available network. The systems with TPM must store sensitive data in a secure location instead on separate piece of chip. The major statistical survey of this paper deals with the primary machine, which will be allocated to each individual user by accepting their necessary details like device information. The collected information will be kept as a private connected network in a local server. If new user wants to access the locally connected machine, then his information will be collected separately and username and password will be sent to him through mobile. The temporary users’ information will be kept in the secondary machine for future use. In this way, the system will get improve secure feature and avoid unauthenticated user to access the machine. The proposed system performs well to safeguard the information and it is experimentally verified in various organizations. In banking information system, each employee’s information is verified and stored in the background server. This will protect the information more secure between the clients and the server. As an improvement, the research work will be carried out for business intelligence in Internet of Things using Mobile Application.