Communication Service Providers Must Act Quickly to Capitalise On the Emerging Network Slicing Economic Potential


A shared network domain, or collection of shared network and computing resources, is layered with several virtual networks through the process of network slicing. The term slicing is most frequently used in discussions of 5G networks, in part because this capacity is required by the 5G standard, whereas it was not and could not be supported by 4G and earlier generations of cellular communication services.

Within the constraints given by the underlying physical networks, each slice of a network can have its own logical architecture, security policies, and performance characteristics. Different slices might be assigned to various tasks, such as isolating traffic for particular users or device classes or guaranteeing that a particular application or service receives priority access to capacity and delivery. The network operator can maximise the utilisation of network resources and service flexibility by slicing networks.

According to Coherent Market Insights Cosmetic the Network Slicing Market Global Industry Insights, Trends, Outlook, and Opportunity Analysis, 2022-2028.

The communication service providers must move quickly given the immense network slicing economic potential that is emerging. But deciding where to start and where to invest is difficult. That is why we completed the task for you. We examined more than 400 digital use cases across 70 industries for our latest research. The bulk of the addressable revenue potential will be driven by six industries, and the majority of the revenue in each industry will be accounted for by one or two use cases. Are the proper industries your target market?

Performance, capacity, and security-focused use cases can all be supported by network slicing. Emerging internet of things business models are present in many use cases. The following are some use cases for slicing: instantaneous performance. A business that relies on a 5G network to handle autonomous vehicles may contract for a mobile network slice with latencies under 5 ms and strict guarantees of packet delivery on the minimal throughput necessary to assure responsive control. In order to guarantee the slice on the lowest-latency equipment and pathways between vehicles and cloud or edge resources, the provider would leverage URLLC functionality and reserve enough capacity to satisfy the throughput requirement.

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