One aspect of network operations and management (O&M) that I am passionate about is automation (to be accurate, Orchestration; where different tools integrate and work together to deliver a common outcome; but will stick with the word “automation” here). There
LISP (Locator/ID Separation Protocol) Control Plane
In traditional routing protocols, the control plane facilitates the exchange of routing information between routers. This information is then used in the data plane to forward packets. LISP used a different architecture and mechanism in building the control plane; routers
Locator/ID Separation Protocol (LISP) Functional Components
Introduction: In our previous article in this series, we discussed what Locator/ID Separation Protocol (LISP) is, the challenge(s) it solves, and the benefits it delivers. LISP leverages a number of functional components to make this all work. In this article,
Understanding LISP (Locator/ID Separation Protocol)
Introduction: In today’s ever-expanding network landscape, the need for scalability and mobility is paramount. Traditional routing protocols often struggle to meet these demands efficiently. Enter the Locator/ID Separation Protocol (LISP), a network-layer-based protocol designed to optimize scalability while enhancing mobility.
Amazon CloudFront: The What, Why and How.
Customer Use-Case : E-commerce Website with Global Customer Base Velloxx Shop is a growing e-commerce company that sells products online to customers all over the world. Currently, they host their e-commerce website on AWS infrastructure located in the EU-Central region.
OSPF Load-Sharing with NSSA (Not-So-Stubby-Areas)
In this lesson(lab challenge), we will validates 3 key OSPF concepts: The aim of this challenge is to hone in our outstanding on these concepts. Our goal at the end of the lab is that R1 should have 2 OSPF