System and method for providing a proactive process automation among a plurality of software robotic agents in a network

A computer implemented system for implementing a proactive process automation among a plurality of software robotic agents in a network, said computer implemented system comprising:

• a robotic console module to continuously check and monitor a plurality of deployed software robotic agents in a network;
• a graphical user interface to provide an interactive dashboard to view at least one of real time data and historical data to deploy a plurality of the software robotic agents;
• a dashboard to provide real time status of execution of one or more robotic processes by the plurality of software robotic agents;
• a heartbeat service module to verify and maintain secure connectivity with at least one client node in said network on a pre-defined interval;
• a process scheduler to schedule the one or more robotic processes against the at least one connected client node based on scheduling information;
• an archive service module to maintain a periodic history of information related to execution of the robotic processes by the deployed software robotic agents;
• and
• a communication service module to facilitate a secured communication channel between a server and the at least one client node, wherein the secured communication channel is initiated on occurrence of an event comprising a start of a process or at least one of completion or termination of the process, and
• deploy a client bridge service at the at least one client node through which the one or more robotic processes communicate to the server, wherein client bridge service provides a loose coupling between the one or more robotic processes and the at least one client node, and
• dynamically check a target environment in the deployed software.