Europe’s utilities sector is shifting toward digital, decentralised models driven by Energy Systems Integration and rising customer expectations. Success will depend on modern, secure networks and adaptable systems.
While the state governments are responsible for allocating BEAD funding, service providers should pay attention to several crucial guidelines that will determine how the program is implemented and affect the selection process.
Enghouse Aktavara NRM enables efficient management and provisioning of hybrid, evolving networks, supporting users in transitioning from legacy systems to fully digital, modern communication networks.
It’s not easy being a utility: from technological advancements, changing customer expectations, and evolving regulatory landscapes, the pressure’s on. Meeting all these challenges means innovation, a full digital transformation, new partnerships and relationships, but also the best way to manage and plan out the data network you will need as table stakes in all this. Is fibre network management your ideal first step?
9 Key Considerations for Service Providers that will shape the implementation of the program and influence the selection process to be part of the Broadband Equity, Access, and Deployment (BEAD) Program initiatives.
Private 5G networks help today’s modern universities get the secure, high-quality connectivity needed to grow and innovate. But building the fibre infrastructure to support a private network takes proper planning and management for a successful outcome.
As operators further develop 5G and inch closer to 6G, it’s time to reassess these systems to determine if they’re up for the task ahead. After all, OSS is the beating heart of any telecom network. They are the tools for designing, building, operating, and maintaining the world’s communications infrastructure, but they were created and deployed in the last millennium.
As operators further develop 5G and inch closer to 6G, it’s time to reassess these systems to determine if they’re up for the task ahead. After all, OSS is the beating heart of any telecom network. They are the tools for designing, building, operating, and maintaining the world’s communications infrastructure, but they were created and deployed in the last millennium.
As 5G matures and 6G moves closer, operators must evaluate whether their OSS tools are ready. Ageing systems risk disruption, and delaying upgrades may prove more costly than taking action now.