About Business Process Management (BPM)

Processes are integral to the execution of any company’s day to day operations. It ensures work is completed and guided by a set of defined principles, ensuring consistent, efficient, and optimized business outcomes for an organization. As an organization continues to scale and grow, the need for myriad processes to control different aspect of the business increases. To that end, a methodology is required to manage the different processes born out of the organization. Furthermore, to keep up with the need for digitalization, it becomes imperative to have a system allowing us to manage that.


EnOS™ BPM provides a means to model, manage, and operate your business processes in a digitalized form. The flexible orchestration and cross-system integration capabilities of BPM enables integration with your existing applications and systems, helping you to streamline collaboration and automate inconsistent and laborious manual work. The visual and low-code process and form designer in EnOS BPM also ensures anyone can design a process with minimal coding knowledge.

Applications of BPM

EnOS BPM adopts BPMN 2.0, a widely recognized BPM standard for modelling business process diagrams. Any business process designed using this notation can be similarly modelled on EnOS BPM.

Major Capabilities

Collaboration

With EnOS BPM, you can define processes that span across different stakeholders.The following figure shows a classic example of a process requesting for approval, where different users or user groups can raise the request, approve the request, and execute the request. By specifying the user or user groups responsible for the task in BPM, the system will automatically assign and limit the operations accordingly based on the steps the process is currently in.

Automation

BPM can significantly reduce laborious and repetitive work with its cross-system integration ability. For example, the manual work of uploading the firmware can be automated, reducing a significant amount of time and effort in IoT scenarios where massive number of devices are involved.