One modular, cloud-native core, from 2G to 5G Standalone.
The core is where every subscriber is identified, authorised and given the right service, whatever generation of network they connect through. Replacing it is usually seen as a risky, all-or-nothing project. A modular core changes that: you start with the functions you need today and add more as your network grows.
One platform covers 2G, 3G, 4G and 5G, with a single subscriber database behind them, so generations work side by side instead of being replaced one by one. It runs on bare metal, virtual machines or Kubernetes, on your premises, in the cloud or in a mix of both, and it stays open to the vendors you already work with.
Standalone and 3GPP compliant Network Functions
From traditional operators to new connectivity players, the same core adapts to each model.
Modernise the core without losing what you have already invested.
Take control of your subscribers, your services and how your network evolves.
Secure connectivity for huge device fleets: automotive, smart cities, utilities and industry.
Dedicated mobile networks for companies and industries, with their own service levels.
Flexible global connectivity for travel-first services, on a core you control.
Satellite as one more coverage layer of the same network, not a separate system.
From legacy mobile core replacement and 5G SA overlays to IoT & M2M, private LTE, VoLTE/VoWiFi and satellite (NTN) connectivity, one cloud-native core serves every network generation for MNOs, MVNOs and private-network operators.
The old HLR/HSS is reaching end of life, or comes from a vendor you no longer want to depend on.
A cloud-native replacement talks to the same 2G, 3G and LTE elements over standard interfaces, without touching the radio network.
5G Standalone sounds like replacing the whole core and disrupting service.
The 5G functions are deployed next to the 4G core you already run; subscribers move between both with the same profiles and policies, and you progress at your own pace.
Your host operator holds your subscriber data, so changing partner is hard and your business is worth less.
You own your subscriber database and issue your own SIMs, with independence and the freedom to switch host.
An IoT device earns a fraction of what a regular subscriber pays, and running a separate network is too expensive.
IoT and classic subscribers share one platform, with a pricing tier of its own for low-revenue devices.
Voice over LTE needs elements from several vendors to work together, and 2G and 3G still have to interwork.
A unified subscriber layer and a pre-integrated voice solution remove the vendor interoperability projects.
A factory or a campus has few subscribers and demands a very high level of service.
A core with flexible pricing, multi-IMSI and multi-SIM support, and no practical minimum of subscribers, fits small networks.
Traffic & growth plan
Bare metal, VMs or Kubernetes
Zero-downtime cutover
BSS / OSS interfaces
24/7 support & scaling
A telecom core network is the part of a mobile network that authenticates subscribers, manages their sessions and mobility, applies policy and charging rules, and connects calls, messages and data to the rest of the world. Whatever the radio technology, every operator needs one.
Core network infrastructure ranges from legacy 2G/3G elements (HLR, SMSC) to the 4G EPC and IMS and the 5G Standalone core with its service-based architecture. Our core covers all of them on one platform, so MNOs, MVNOs, MVNEs and private-network owners can add functions as they need them.
