Mavenir and Ice Norway announced full deployment of Mavenir?s end-to-end Cloud-Native IMS (IP Multimedia Subsystem) solution. This strategic project expansion, being delivered in collaboration with Red Hat, positions Mavenir as the complete data and voice core partner for Ice Norway. Ice Norway had previously selected Mavenir?s Converged Packet Core solution to power its 4G and 5G Network and is harnessing Mavenir?s Webscale Platform (MWP) for fast and agile delivery of new applications.

The engagement of Mavenir to now replace the incumbent IMS provider, completes Ice Norway?s migration to cloud-native state-of-the-art technology, and enables Ice to provide market-leading 5G services. Mavenir?s Cloud-Native IMS ? which supports Voice over LTE (VoLTE), Voice over New Radio (VoNR) i.e. 5G Voice, and Voice over Wi-Fi (VoWi-Fi) ?

enables a single IMS investment to support multiple generations of voice services, guarantees service parity, and facilitates voice continuity between 4G and 5G. Leveraging mobile-first architecture and functioning on any cloud ? with no legacy hardware platforms or migration from a fixed IMS ?

Mavenir?s Cloud-Native IMS offers a high degree of resilience for critical usage, including in private networks, enterprises and campuses, and emergency services. Mavenir?s cloud-native IMS core network infrastructure delivers next-generation communication services, allowing users to collaborate using voice, video, and messaging solutions. No matter where the subscriber is located or if they are connected to the cellular network directly or through Wi-Fi, Mavenir?s solution delivers a consistent user experience.

Mavenir?s long-standing collaboration with Red Hat provides organizations the ability to deploy Mavenir?s solution on any hybrid or multi-cloud environment using Red Hat OpenShift, the industry?s leading hybrid cloud application platform powered by Kubernetes. Red Hat OpenShift offers a fast, flexible and easy-to-manage platform that can speed up application development, accelerate deployment, and extend control over distributed resources.