System and method for implementing a dynamic change in server operating condition in a secured server network

A non-transitory machine readable medium having stored thereon instructions for implementing a dynamic change in server operating condition in a secured server network, comprising machine executable code which when executed by at least one machine of a handling server, causes the machine to:

• receive, at a handling server, a first request from a network device to access a specific service from the secured server network, wherein the specific service is to be processed by a first application server;
• send a first task from the handling server to a first application server to process the first request, wherein the first task is stored and scheduled in a task processing queue by the first application server;
• receive, at the handling server, a stand-by status command from the first application server indicating that the first application server is going into a stand-by mode, wherein the handling server does not send any new tasks to the first application server to process after receiving the stand-by status command;
• receive a first output result associated with the first task from the first application server, wherein the handling server sends the first output result to the network device.

A computer system having a secured server network including a handling server and a plurality of application servers configured to implement a dynamic change in server operating condition, the handling server comprising:

• a server interface configured to allow communications with a handling server;
• a memory;
• a processor coupled to the server interface and the memory, the processor operative to:
• receive, at a handling server, a first request from a network device to access a specific service from the secured server network, wherein the specific service is to be processed by a first application server;
• send a first task from the handling server to a first application server to process the first request, wherein the first task is stored and scheduled in a task processing queue by the first application server;
• receive, at the handling server, a stand-by status command from the first application server indicating that the first application server is going into a stand-by mode, wherein the handling server does not send any new tasks to the first application server to process after receiving the stand-by status command;
• receive a first output result associated with the first task from the first application server, wherein the handling server sends the first output result to the network device.