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Why agility will be at the heart of 5G monetisation

This article is sponsored by Openet

As the 5G digital services race begins, we now find communication service providers (CSPs) at various stages of planning, designing or deploying new infrastructure. The range of potential 5G use cases are huge. Everything from gaming to smart factories to VR-based entertainment. Unlike in the 4G era, the operators have one asset that can help establish their place at the center of the 5G value chain. That asset is the 5G network itself, or more specifically the opportunity to manage network performance down to individual application level using network slicing.

Network slicing has emerged as a leading technology that will unlock the true value of 5G for enterprises and industries. It is expected to change the economics of the connectivity business by enabling new providers to enter the market—for example web-scale players—and allowing vendors to offer competitive ‘networks-as-a-platform’ services.

But this new technology, cannot be truly be successful if it is run on legacy monetisation tools still used by many CSPs. These outdated systems are likely incapable of supporting the complex use cases network slicing will enable. In fact, CSPs will likely have to adopt a ‘trial and error’ approach when it comes to launching these new use cases and understanding appropriate revenue models. This calls for an extremely agile monetisation platform that is both configurable and scale-able.

Monetisation of the future

Traditionally, CSP monetisation systems have been highly customised for specific requirements and use cases. While this has worked for previous wireless generations that have come with their dedicated use cases—3G was all about voice, while 4G was focused on video—this approach will not work in a 5G age. Indeed, future monetisation platforms must be agile and configurable to meet the dynamic requirements of 5G and support the lack of clarity regarding its use cases. This will require CSPs to embrace modular and scale-able approaches that allow for monetisation platforms to be customised in real-time, according to individual use case requirements.

What’s more, CSPs should embrace cloud-based delivery models, doing away with legacy deployment models, requiring high levels of support and integration. By leveraging cloud-based models, CSPs will be able to upgrade solutions seamlessly and quickly, thus futureproofing CSP monetisation for the long-term. In addition, CSPs will be able to leverage cloud capabilities to drive automation, for example by enabling automated slice creation and application allocation and eventually application automation whereby slice selection or instantiation can be called up by the application itself.

5G is creating a paradigm shift for CSPs that is prompting them to think differently about monetisation. It is driving them to embrace new business models that can support a variety of anticipated—yet undefined—use cases and to cater to new customer profiles—namely the enterprise. But their monetisation success will be heavily reliant on their ability to build monetisation tools that enable them to cope with the demands of network slicing. So what do those requirement look like when thinking about monetisation?

Network slicing prowess

Network slicing will enable a number of exciting use cases. Importantly, it will allow CSPs to monetise their network assets in a way that has never otherwise been possible. By leveraging network slicing, CSPs will be able to set dedicated SLAs for specific applications, and finally put a price on network performance guarantee.

Monetisation will therefore need to move away from a ‘one size fits all’ approach. Indeed, CSPs leveraging network slicing may consider three different approaches to monetisation. First, cross-slice charging whereby a single, centralised charging engine is used to charge for all services across all slices. Second, in-slice charging, whereby each slice will have its own charging engine, with each responsible for charging for all services occurring within the slice. Third, hybrid slice charging whereby CSPs choose to use a combination of cross-slice and in-slice charging, for example in-slice charging systems may be selected for ultra-low latency use cases, while cross-slice charging can be deployed across all other slices.

When thinking about their approach to monetisation, CSPs must take into consideration how new phases of 5G deployment will drive the evolution of network slicing, going from capacity-based slices to service-specific slices, and ultimately, to application-driven slices. This evolution will have a knock-on effect on monetisation; we’ll see CSPs go from requiring only near real-time charging to being reliant on fully cloud-based monetisation systems.

5G and network slicing will create new, exciting opportunities for CSPs to rethink how they monetise their network, and how they create new revenue streams. But doing so will require fresh thinking and new approaches, it will force them to unshackle themselves from the burden of legacy software and look towards agile ways of working, such as open source and DevOps. It will prompt a change in CSP culture and finally give them the ability to be bold, and brave, and will ultimately dictate their success in a 5G era.

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One comment

  1. Avatar Roger Grice 22/07/2020 @ 9:27 pm

    Hi Mark, A better late than never response to your article. Like many developers around the world were looking at 5G and asking “Where do we fit in?” I cant find many specific use cases. I have seen some interesting examples for tracking and for agriculture which would involve IoT devices with low power and bandwidth requirements. Were getting interest from potential clients but they just want the lowest price option. As one customer pointed out they can do IoT across and entire plant using existing tech and a single 3G connection and track all trucks with GPS and low cost 4D data, even sms. . Coordinates and time stamp data required low bandwidth. We have also seen some use cases involving very high end uses, like remote robotic surgery. Sadly so niche and tricky we would not take the risk. Driverless cars is another, but I fear the sales cycle is in the order of years and also high risk. 5G will come to life when developers can develop mainstream commercial apps that take advantage of the unique differences between 4G and 5G. Carriers are currently in a single dimension, which is unhelpful for developers. . i.e you’ll get better video streaming on your device. Sadly this would be sold in a reducing price market, almost the opposite of commercialisation. To open up this industry to commercial success, what applications do you envision? We need a few fire starters, but what are they?

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