Infovista launches digital twin-based unified service assurance

Infovista launches digital twin-based unified service assurance

Steve Bower - Infovista NEW.jpg

Infovista has launched a new digital twin-based unified service assurance framework for communications service providers (CSPs).

The new offering simplifies network and service operations, offering deep analytics insights for sustainable business growth and operational efficiency improvement.

“The arrival of 5G and SD-WAN combined with new Industry 4.0 business models is set to innovate service offerings and dramatically change the game for fixed and mobile service providers.” said Stephen Bowker (pictured), SVP of products at Infovista, “We are bringing proven digital maturity practices from other industries into telco to revolutionize assurance and management of the ever-increasing network complexity, which enables CSP’s to meet the agility challenge.”

The framework elevates digital twin technology to create a digital avatar of physical assets across the network, processes and systems, enabling service providers to manage the digital infrastructure in a simple and agile way.

Having a single pane of glass for RAN, core and IP network/service operations enables advanced performance management and capex optimisation for networks. The solution uses advanced analytics and machine learning across all customers, services and network elements within a closed loop assurance ecosystem to provide end-to-end inventory, configuration, performance and service management.

VistaInsight Avatar enables mobile and fixed CSP’s to streamline complex operations through a unified service assurance framework orchestrating performance across both next generation and legacy technologies, including 5G, LTE, SD-WAN and NFV.

Infovista was recently named one of the first vendors certified to support MEF 3.0 SD-WAN services along with Nokia’s Nuage Networks and Versa Networks. The certification verifies that each vendor conforms to MEF’s SD-WAN Service Attributes and Services (MEF 7.0) global standard.

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