We live in a world where everything is being automated – from the “smart” gadgets in your home to, eventually, the self-driving car that takes you to work. Now and in the future, it will be difficult to find something that is not suited to automation.
If you are interested in learning the basics of Segment Routing (SR), you have arrived in the right place. Whether you are new to SR or simply looking to learn more about the technology, this blog will provide you insights to help you on your journey by exploring the three key aspects of SR: domain, path […]
The value of business data is constantly changing, and more so every year. Data used to consist of a few names and email addresses, some purchasing information and some contact details gleaned from badge-scans at the last event attended. As such, it was only valuable at certain times and rarely viewed as business critical.
Networks are Complicated and Fragile Networking is complex. There are many protocols running across the various OSI layers that are highly interconnected. Another way of layering includes the management, control and forwarding planes. In network design, we have various layers including the optical, core, spine and edge.
I recently had the pleasure of participating in a panel discussion at the Cyber Security Summit USA in Denver, CO, on the topic of cloud INsecurity. The panel needed to cover the common pitfalls that organizations make when moving to the cloud and how to avoid them.
Why edge computing is imperative in 5G networks Previously, we looked at how service providers can make 5G a profitable business. A key part of this is also dependent upon service providers delivering distributed compute power as part of the 5G network itself by hosting thousands of mini data centers at the edge.
How service providers can make 5G a profitable business 5G is nearly here. Three carriers have launched commercial 5G services in South Korea, now offering the service to enterprises. The race is on to take advantage of lower latency, higher speeds, greater coverage and massive capacity increases in order to be more responsive, move data faster and […]
As networking moves from monolithic to disaggregated infrastructure, the necessity of programmability has become existential, be it physical or software-defined networks (SDN). A common thread runs through these movements: the need for control. As the notion of control continues to evolve, it will drive significant changes to the systems that form the foundations of the […]
Just as networking technology is evolving, so too are the architectures that connect and support applications and services. In today’s IT world, there is no enterprise-wide infrastructure. Rather, there are individual networks—data center, campus, branch, public cloud and WAN—each with their own teams, budgets, priorities and tools.