Assuring Telco Cloud and Edge-Based 5G Services
Next-gen 5G networks bring added complexity as each segment from the edge to the core adopts a cloud architecture. To assure network performance, CSPs need real-time, end-to-end visibility across multiple network domains (core, transport, RAN) and different cloud infrastructure (public, private, edge).
Download this Analysys Mason report to learn how active service assurance helps you get ahead of network issues, including:
Challenges in providing edge cloud-enabled 5G networks
How active service assurance addresses 5G, cloud complexity and network slicing
4 steps to make active testing part of your network automation strategy
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Why is active service assurance so critical for network slicing?
5G opens the door to the delivery of network slices that can be scaled up or down as needed based on the services they support. This enables CSPs to charge differently for varying classes of traffic requesting specific performance levels, which become part of SLA contracts that ensure the network is delivering as planned.
There’s a major challenge, though - 5G’s hybrid architecture has major implications on how the quality of those services can be assured. Active service assurance provides the only method to get true end-to-end network visibility for any service instance across any network slice, especially across virtual components.
What's in the report?
This Analysys Mason report examines:
How 5G enables network functions and supports enterprise applications
New-generation assurance solutions can address 5G and telecoms cloud complexity
The role of active service assurance in assuring telco cloud and edge-based 5G services
How active service assurance validates network slices to guarantee performance expectations
Why automated active testing is a key part of CSP’s network automation strategies
Automated active testing use cases and solutions
