Cloud computing is a method of storing and managing data on remote servers over the internet, and then accessing that data via the internet. In cloud computing, fault tolerance is creating a plan for continuing current work even if a few components are unavailable. Many existing works have been done to overcome the fault in cloud virtual machines. Even though it produces low throughput, loss of virtual machine interaction, minimized network path, and low availability of cloud virtual machines. In this research, the technical complexities in achieving fault tolerance are removed by using Ternate fault Tolerance in cloud environment, in which the virtual machine fault with low throughput is eliminated by using Compeer wield which provides interaction between the virtual node and increases throughput. Moreover, to maximize the network path, Escalate lane is proposed to store all information about the process and to eliminate network failure. Finally, the availability of virtual machines is increased by eternal Alacrity. Thus the Ternate Fault Tolerance in Cloud Environment can be outperforming the other existing techniques with higher throughput.

 Keywords: Fault Tolerance, Baseline in the virtual machine, Photostat, Throughput, updating virtual machine, Reserved Memory