To achieve the full potential of 5G and the innovation it offers, mobile networks require end-to-end automation to reduce manual tasks, improve service experience, enable efficient network resource utilization, and allow faster roll-out of innovative services.
Based on a microservice architecture, Mavenir’s Next-Generation Operations Support Systems (ngOSS) provides agility, flexibility, and speed to market, ultimately helping CSPs realize the true potential of 5G while offsetting the risk of their investment. The solution brings together a powerful combination of AI, Analytics, Automation, and Orchestration, backed by Mavenir’s experience delivering telecom network solutions, to enable intelligent network operations.
Mavenir’s Next Generation Operations Support Systems (ngOSS)
Automate, orchestrate, and efficiently operate the mobile network with Mavenir’s Next-Generation Operations Support Systems (ngOSS) to improve the overall user experience, lower opex, and reduce the risk of manual errors.
Simplify Your Network with Intelligent OSS Automation
As the industry shifts from virtualization to automation of the network layer, more advanced Operations Support Systems (OSS) are required to address the automation and orchestration challenges of complex networks.
End-to-end service and resource orchestration is the pathway to increased service velocity because it can intelligently match service requirements with a real-time view of available network functions and resources. Domain orchestration provides life cycle management of network functions across various domains, including RAN, Edge, and Core. Zero-touch service assurance powered by AI and Analytics delivers operational simplicity and agility to scale up and scale down service workloads.
Start Your OSS Transformation Journey Now with Mavenir’s ngOSS
Mavenir’s ngOSS solution enables orchestration, automation and efficient operation of existing legacy 4G network infrastructures along with 5G components. The end-to-end, cloud-native, automation framework is standards-based and uses enhanced AI and ML models to deliver advanced network performance.
Next-Generation Operations Support Systems
Accelerate network automation with next-generation network inventory, catalog, and subscriber data management products built with accuracy and agility.
Enable end-to-end service fulfillment and orchestration in the mobile network. These products, combined with Intelligent Operations, enable closed-loop automation.
Achieve operational efficiency and opex savings with next-generation service assurance bundled with AI-driven Operations (AIOps).
Gain control of specific technology domains, including the RAN Intelligent Controller, NFV Orchestrator, Network Subnet Slice Management Function (NSSMF), Observability Framework, and Configuration Management.
Achieve Advanced Network Performance and Enhanced Customer Experience with Mavenir ngOSS
Mavenir is an OSS vendor with 4G/5G and mobile core/RAN expertise, and in-depth understanding of orchestrating telco workloads required for enabling advanced 5G capabilities, including network slicing, which translates directly into efficiencies for CSPs.
Mavenir Names Dipesh Ranjan Senior Vice President and Head of Asia-Pacific Region
11 October 2021
Mavenir – the industry’s only end-to-end cloud-native network software provider – today announced the appointment of Dipesh Ranjan to Senior Vice President and Head of Asia Pacific.
The Heavy Lifting of O-RAN Standardization
04 October 2021
Working Group 3 of the O-RAN Alliance recently approved a specification that enables the near-RT RIC to control the RAN. Read this blog to learn more about how this standard supports open networking with open interfaces across the vendor ecosystem.
Mavenir Adds ngOSS to Strengthen MAVscale and Open 5G Arsenal
01 October 2021
Analyst Take: Mavenir is astutely aligning the development of its new ngOSS solution on TM Forum’s Open Digital Architecture (ODA) and OpenAPIs that uses enhanced Artificial Intelligence (AI) and Machine Learning models to deliver improved network performance.