Enabling MVNO Growth Through Managed Services
Mobile Virtual Network Operators (MVNOs) operate in a highly competitive telecom landscape where customer retention, cost optimization, and service differentiation are critical for success. Managed services offer MVNOs a strategic advantage by enabling efficient deployment and operation of core network elements.
Axyom.Core and Cirrus Core Networks Partner on Technologies and Services for Mobile Virtual Network Operators
Empowering MVNOs with Scalable, Cloud-Native Solutions ANDOVER, Mass., February 5, 2025 – Axyom.Core, a leader in cloud-native wireless core and radio access network (RAN) solutions, today announced a reseller agreement with Cirrus Core Networks (CCN), a U.S.-based specialized system integrator. Through this partnership, CCN will offer Axyom.Core’s innovative technology, enabling Mobile Virtual Network Operators (MVNOs) to deliver differentiated […]
CCN to Provide Managed Core Solution to Support Lebara’s Migration to a Full MVNO
Boca Raton, 2nd March 2021 – CCN, a leader in virtualized, cloud-native, 5G-ready Managed Core Solutions, today announced it will deliver a virtualized MVNO Core solution to Lebara’s European operations. Following an extensive review of solutions in the market, Lebara has chosen CCN to support its transition towards cloud-based mobile operations. CCN’s feature-rich NFV-based solutions can […]
MVNO Architecture Sessions (1) – Going from “Thin” to “Thick”
Mobile Virtual Network Operator (MVNO) architectures are often described as thick or thin as if there are only two acknowledged architectures accepted by the industry. In reality for any sizeable MVNO there is a range of decisions that need to be made depending upon the strategy being adopted and their approach to the market. One […]
Slicing the Mobile Packet Core
The Evolved Packet Core (EPC), the core system of the LTE network, was designed as a “flat architecture” in order to handle the payload (the data traffic) efficiently from a performance and cost perspective. The user plane (the data) was also separated from the control plane (the signalling) to make scaling independent. Thanks to this functional split, mobile […]