Telecoms Modernization
Lower Your OPEX and Increase your Flexibility by Modernizing VAS Platforms
Although CSPs are constantly investing in the newest network technology, moving in ever-shorter cycles from 3G to 4G and now to 5G, older technology for network and business services often limits their ability to capitalize off this investment: you can’t get a return on your investment in 5G just selling bandwidth and reselling third-party products and services. Moreover, the development of technology for services has also been accelerating in leaps and bounds. Together with ECT, you have a partner who is continually modernizing service creation and deployment, empowering you to compete successfully in the high-margin market for business services.

Erik Bussé Domain Manager VAS
Core & Communication Service
Proximus, Belgium
“For over 15 years, I have worked successfully on network and business services with our partner ECT. Together, we mastered transitions from TDM to IMS, from bare metal to fully virtualized solutions, migrated services from legacy platforms, added WebRTC capabilities and implemented ECT’s SDP, now to be upgraded to the Telecoms Low-Code Application Platform. We also participate in ECT’s Joint Agile Product Development Program. ECT’s research and development keeps the underlying technology, the capabilities and the cost efficiency of our solutions on the cutting edge of our industry. It seems there’s never a challenge we cannot meet together.”

Network Function Virtualization for Value-Added Telecoms Services
In this e-book, we explain the following elements of network function virtualization and make recommendations where appropriate:
- ETSI NFV Standard Architecture
- Element Management System
- Network function virtualization infrastructure (NFVI)
- Virtualization Layer, Virtual Machines and Hypervisors
- Virtualized Infrastructure Managers
- VNF Managers
- Artifact Lifecycle Management and CI/CD
- Tools for Monitoring, Logging and Observability of Virtual Network Functions
- Containerization and its Importance in Edge Computing
Estimated Reading Time: 24 minutes (20 pages)