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Business Process Modeling Notation

As the amount of detailing increases in the network functions, the level of difficulty needed to build it increases proportionally. This is when organizations need a clear roadmap to navigate and plan their processes and accommodate future uncertainties. Business Process Modeling Notation (BPMN), also called Business Process Model and Notation, is an open standard to diagram a business process. It is like a flowchart and uses standardized graphics to represent the participants, choices, and flow of the process. The diagrams are designed to be detailed, but easy to read without training. This approach allows the same diagram to be used by executives, analysts, and technical implementation staff to foster collaboration and understanding between groups. A BPMN diagram doesn’t directly translate to any specific implementation, making it the de-facto modeling language for all low-code implementations such as workflows.

The business process management (BPM) market was valued at USD 3.38 billion in 2019 and is expected to reach a value of USD 4.78 billion by 2025 at a CAGR of 6.26% over the forecast period (2020-2025)

What are the top benefits of this technology?

Improve Efficiency

With BPMN you can find different methods to improve the work procedures to increase your output, productivity gains, and efficiency by estimating the required time and effort.

Enforce Standardization

Due to the intuitive level of understanding, BPMN allows you to run different processes efficiently by creating a perfect design that can make it easy for everyone to understand the whole procedure.

Process Flowcharts

BPMN makes the work of designing complex workflows self-explanatory, and you can map this procedure step-by-step. You can follow this procedure as per the planned main idea or make changes to the status quo as it may seem fit during the process.

Flexibility with Scale

An organization needs to be flexible to change with growing demands for new services and the speed of the market. With BPMN teams have a solid understanding of their processes and are more agile to requisite changes.

Compatibility

BPMN 2.0’s advantage relative to other business process modeling tools is that it can be seamlessly converted into process models through XML-based BPMN format to minimize the errors and accelerate the process.

What is unique about ATOM's implementation

Low-code model

ATOM leverages BPMN 2.0 for low code automation and simplifies the design of self-service workflows with a GUI. Using BPMN users can easily create simple and complex workflows with a drag and drop tool.

Extensive Integrations

The BPMN 2.0 in ATOM workflow Automation allows integration of Configuration Management, Inventory Management, Stateful Model-Driven automation, Stateless CLI based Provisioning engine, Exec-Show command engine, and Performance Inventory.

North and South Bound Integrations

The baseline BPMN modeling language empowers the ATOM Workflow Automation engine to have open APIs support (swagger API) and integrate with OSS, NMS, SDN Controllers, CMDB, IPAM, Syslog / NetFlow Collectors, and many others.

Import existing Workflows

ATOM workflow implementation allows you to import your existing workflow files in BPMN format. Any existing workflows that are in use can be imported and implemented in action by using ATOM.

Validate and Deploy

ATOM leverages python and groovy scripts along with XML validation on top of BPMN workflows. This helps workflow admins to validate the workflows for any errors before they are deployed in action.

Pre-Built Libraries

ATOM contains 350+ libraries that are pre-built with a low-code architecture. Customers can drag and drop these elements onto a design canvas and connect them to develop complex MOPs within a few minutes.

Network Automation Workflow

Network Automation Workflow breaks down a higher-level activity into subtasks and ties them together with network events, provisioning actions, show-commands, pre-checks, git-pipelines…

Five ATOM Workflow Automation Superpowers

Workflow automation in ATOM accelerates complex methods of procedures (MOPs) such as software upgrades, configuration migrations, zero-touch provisioning, and pre-and post-checks.

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