Mavenir’s CGF is a robust mediation layer built with a cloud-native, multi-tenant design on modern technologies to enable 5G and futuristic use cases while still supporting traditional mediation functions.
The Service Communication Proxy (SCP) is a key enabler that provides load balancing in a distributed cloud environment and facilitates and simplifies inter-vendor integration.
The Security Edge Protection Proxy (SEPP) is an essential 5G Core Network Function that provides protection for signaling exchange between roaming Mobile Network Operators (MNOs) at the 5G interconnect control plane level.
With the advent of 5G, the acceleration of digital transformation strategies, and the growing adoption of the SaaS delivery model, the whole telecom services landscape needs an urgent overhaul. Traditional models of service creation and selling are no longer profitable, and telcos need to reimagine the way they sell services across their business lines.
Mavenir’s Private Network Solution for Continuous Mining enables mining customers to increase productivity in mines and bring new levels of reliability, operational efficiency, safety, and automation.
A solution that deploys cloud-native and virtual network functions throughout the packet core network without disruption, ensuring telco-grade resiliency, service availability, web-scale speed, agility, and cloud economics to accelerate innovation and go to market quicker.
A unique offering in the marketplace that can be deployed independently or in conjunction with the Intelligent Video Application (IVA) and other AI Applications on any cloud or on-prem hardware to realize end-to-end use cases based on IoT.
Mavenir and Intel are disrupting network technology with their ultra-advanced User Plane Function (UPF) and 3rd Gen Intel® Xeon® Scalable processors (Ice Lake).
See how Mavenir’s IoT business management solution provides future-proof technologies and frameworks to help CSPs monetize their network investment.
A new data analytics function for 5G networks, NWDAF uses AI/ML algorithms based on the requirements of the consuming network function to make intelligent decisions, improve network performance, maintain high availability, and optimize the network resource.
