In modern times, when you need to buy something – be it a hardware tool to fix your house plumbing or a treat for your pet – people’s first preferred option is typically to find it online. There are very few brick-and-mortar stores left that can cater to the fast speed that today’s consumer has come to expect. Tractor Supply Company is one such organization bucking this trend.
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 and control plane.
Juniper Networks has a distinguished record as a disruptor and a change leader in the networking industry. Juniper technologies helped fuel the rapid growth of the internet in the early 2000s by decoupling the data-plane of an IP router from its control plane and creating routers that moved IP traffic many times faster and more economically than before.
In last week’s blog, we followed a typical service provider through the early stages of SR deployment. While this blog did not reflect the actual deployment experiences of a real service provider, it did reflect issues that a real service provider faces as it plans for SR deployment. In this week’s blog, we will continue to address those issues as we continue to follow our typical service provider through the stages of SR deployment.
Initially, the service provider operated the IPv4 network depicted below.
In previous blogs, we introduced Segment Routing (SR) paths, segments, and label stacks. Now that we are familiar with SR fundamentals, we can discuss the most common SR application, Traffic Engineering (TE).