Home How to Implement Seamless Service Provisioning for 5G Networks

How to Implement Seamless Service Provisioning for 5G Networks

Home How to Implement Seamless Service Provisioning for 5G Networks

How to Implement Seamless Service Provisioning for 5G Networks

by Scott Heinlein
Scott Heinlein

Service Provisioning Makes 5G Services as Smart on the Inside as They Are on the Outside

As 5G approaches, the telecom conversation has shifted from smartphones to 5G services such as smart cars and smart cities. And while 5G services are fun to talk about, one of the things that many telco vendors aren’t talking about is service provisioning; how these services will actually be turned up, provisioned and managed in a network environment where 5G, 4G, 3G, and even 2G technology are likely to co-exist for a long time.

Of course, being the 5G-focused company that we are, Affirmed is not just talking about it, we actually did something about it by developing telecom solutions to address service provisioning in just such a hybrid environment. You can read more about it in the new ACG Research paper, “Hybrid Networks: Integrated Provisioning for Virtual and Physical Networks.”

Service provisioning and creating new services, go hand in hand. Particularly with enterprises, which stand to be some of the largest consumers of 5G services, issues such as speed-to-service and service assurance are very important.

It’s one thing, for example, to turn up and provision mobile data services for an individual subscriber, but what happens when your subscriber is an entire city? Suddenly, you’re talking about mobilizing a small army of network resources that may be spread across different domains and vendor technologies, all of which need to work together seamlessly. Even in a purely virtualized world, that’s a challenge; in a network where virtual and physical elements are mixed together, it’s a mistake waiting to happen.

What is Seamless Service Provisioning for MNOs?

What is seamless service provisioning, and what does it look like for Mobile Network Operators? For starters, it looks the same whether the underlying technology is a virtual network function (VNF) or a physical appliance, using a single, easy-to-use interface to manage both. (By “easy to use,” we’re talking service orchestration with drag-and-drop simplicity, so it’s easy even for non-engineers to use.) It also dynamically allocates the right amount of resources for the job, so network operators don’t have to take the cost hit of equipment sitting idle.

In addition to its ease of use, service provisioning also manages the service for the entire lifecycle, from inception to deletion, and automated provisioning allows for automated management tasks. In other words, provisioning makes 5G services as convenient inside the network as they’re intended to be outside the network.

A Smarter Approach to Service Provisioning:

Affirmed enables seamless service provisioning via its domain orchestration and service automation solutions. At a high level, Affirmed’s Domain Orchestrator provides end-to-end service orchestration across hybrid, multivendor network environments. It also includes automation for complex provisioning scenarios: activating a new service, performing self-healing, or scaling service resources as demand changes.

The Affirmed Service Automation Platform (ASAP) features a simple drag-and-drop interface for rapid service creation, again connecting seamlessly across physical and virtual network functions from a variety of vendors through standard interfaces. Together, Domain Orchestrator and ASAP make it much easier for mobile service providers to deliver 5G services quickly and consistently, whether they’re rolling out an IoT service for an entire city or deploying consumer mobile broadband services in an entirely new region. And that’s important because, in a world where everyone is talking the 5G talk, you need a smarter approach to service provisioning if you expect to walk the walk.

Leave a Reply

Your email address will not be published. Required fields are marked *