Operations | Monitoring | ITSM | DevOps | Cloud

In today’s fast-paced digital landscape, network automation has become a vital tool for service providers seeking to enhance efficiency, reduce operational costs, and improve customer satisfaction. Muse, a platform developed by Ribbon Communications, stands at the forefront of this transformation. This blog post summarizes how Muse leverages low-code platforms to streamline and automate network operations to drive profitability in IP Optical Networks.

The telecommunications industry is witnessing a significant transformation as operators realize the urgent need to retire their legacy Synchronous Digital Hierarchy (SDH) and TDM networks. With the advances of packet networks, this migration is not just a necessary transition but a strategic opportunity to enhance service offerings and operational efficiencies.

The NPT 2714 is the latest addition to Ribbon’s NPT XDR2000 series of aggregation routers. It features an innovative, orthogonal architecture for modular, centralized routers, merging the best aspects of modular and fixed systems. This architecture combines the redundancy and I/O diversity of modular systems with the simplicity and cost-efficiency of fixed systems.

For over 15 years, Ribbon Communications and Cellusys have worked together to drive innovation in signaling solutions. Today, we’re excited to announce the next phase of our collaboration: Cellusys and Ribbon will be combining the strength of the Cellusys Signaling Firewall and Roaming platforms with the Ribbon DSC and STP though the purchase by Cellusys of a license of the source code to the Ribbon STP and DSC products.

There’s no doubt that telecom providers are under intense pressure to reduce costs and improve their security posture. Brent Kelly, Principal Analyst at global analyst firm Omdia, recently completed a fantastic piece on the benefits of cloud native technology for real-time communications. The cloud native moniker can sometimes be misconstrued as “moving to public cloud.” In reality, the technology supports the flexibility to deploy on premises, in a private, public, or hybrid cloud.

The recent introduction of the DeepSeek R1 (DeepSeek) Large Language Model (LLM) has shaken up the AI landscape, suggesting that new low-cost and open-sourced providers could enter the market. This disruption creates huge opportunities for service providers to drive innovation and for their vendors and suppliers to enhance or innovate in economically feasible ways.

Mission-critical communication networks are the backbone of strategic national assets, including sectors such as energy (electricity, gas, oil, nuclear), transportation, water supply, governmental operations, and military communications.

Automation. It’s not something most of us think about often, and that’s the whole idea. But automation plays a critical role in the IT world, especially for those who remember when software had to be updated manually. That importance takes on an added urgency when you consider next-generation telecommunications networks, as a cloud architecture brings with it layers of complexity that make automation a necessity.

Imagine living in a world where electricity was a luxury, available only to city dwellers. This was the reality for many Americans in the 1930s, when President Franklin Delano Roosevelt (FDR,) who was living with polio, regularly visited Warm Springs, Georgia, which were thought to be beneficial for polio sufferers at the time. During his travels, FDR witnessed the stark contrast in electrical access between urban and rural communities.

In today's digital age, we rely on our phones and laptops as our central hub for communication. This is true in both our business and personal lives. However, recent events have shown that no one is immune to cyber-attacks. In this blog post, we highlight a recent incident involving billionaire Mark Cuban (Dallas Mavericks, Shark Tank) and how his email account was hacked via his phone. It serves as stark reminder that no one (or business) is immune.