An Overview of Open Source MANO

There are great talks about the best way to run an organized, accessible, automatic network infrastructure. The most common challenge is the ability to provide high accessibility services along with having the quickness to deploy new methods and techniques quickly. DevOps is available with a need to keep continuing processes running with an affordable cost. These elements need not be inconsistent.

The solution to this difficulty is the grouping of cloud computing network functions virtualization (NFV), as well as the software-defined network (SDN). Thanks to NFV and SDN, it becomes possible to organize different network functions over the same hardware, both in on-premises and public clouds as well. When it comes to reaching these technologies, operators need a new, creative and innovative approach to manage network architectures.

Network Functions Virtualization Management and Orchestration (NFV MANO) plays a vital role in cloud infrastructure if you want to unlock the complete potential of virtualization of network functions.

About Open Source Solutions

Open Source solutions or Open Source MANO strives on the deployment of open-source NFV management and orchestration software stacks. The main objective of open source MANO is to support activities in expansion with the growth of the NFV standard that helps operators as well as vendors to have an ecosystem that supports delivery and the deployment of services in a cost-effective manner. It is highly essential to track network planners to control synergies between the open-source approach and the NFV standard that are significant when it comes to emerging Management and Orchestration infrastructure. The primarily two components of OSM are the design-time scope and run-time scope.

The main goal of the run-time scope is the generalization of service and lifecycle management. Furthermore, it strives to support different functions, such as automated service orchestration. It can also achieve provisioning for SDN controllers that contain plugin models integrating multiple controllers. It also includes the delivery of plugin models for the integration of VIMs. And, its Generic VNF manager plays a vital function to control VNFs along with demand-based support for specific VNF Managers. It also handles the integration of an original Physical Network Function into an automatic service deployment as well as the addition of multiple monitoring tools through a plugin model.

Design-time scope works to support a model-driven environment fully allied with the NFV standard. It includes functions for the update, creation, and deletion of service definitions. It can also offer a GUI to start VNF onboarding, deployment, and service design time.

About This Author

Diane Smith Joined: November 27th, 2019