The latest News and Information on IT Networks and related technologies.
In modern communications networks the demand for more speed and more capacity to drive ever more advanced services has been at the heart of network development – especially in the mobile space. Even the generational numbers hint at the increases – 3G, 4G, 5G - every change indicating an increase, every change indicating something that is somehow bigger and better. And, of course, the impression created is largely correct.
In part 1 of this series, I talked a bit about how encryption is shaping network performance monitoring (NPM). Let’s dive in deeper now… Most NetOps and DevOps professionals today hear complaints about network performance when employees work from home. Unless the complaint is coming from all remote users of an application, individuals suffering from slowness are on their own to figure out how to optimize connection speeds.
The Domain Name System (DNS) makes it possible for users to access websites using domain names, like wikipedia.org, in place of nine-digit IP addresses. Due to its ubiquitous nature, DNS can be used to block access to selected websites, which is commonly known as DNS filtering. Many companies see security and productivity benefits from implementing this strategy where appropriate. Read on as we explore some of the key details around how DNS filtering works and how it can be beneficial.
Version 2.4 improves its e2e tests, revamps how logging in the HAProxy Data Plane API works, adds support for namespace filtering in Consul Service Discovery, improves runtime capabilities for maps and ACLs, adds server-template support and adds log_targets to global and defaults sections.