Operations | Monitoring | ITSM | DevOps | Cloud

In this post, we will show you how to set up Redis monitoring with SigNoz - an open-source full-stack APM. SigNoz captures data using OpenTelemetry, which is becoming the world standard for instrumenting cloud-native applications. Apart from capturing metrics from your Redis server, you can also capture logs and traces with OpenTelemetry.

In an article a few months ago, my colleague covered the functionality within eG Enterprise that ensures secure and traceable audit trails for both users and admins of eG Enterprise allowing automated auditing and reporting for regulatory compliance and security, see Auditing Capabilities in IT Monitoring Tools | eG Innovations. Today, I will follow from this article and cover how eG Enterprise also controls and audits the execution of Remote Control Actions and scripts.

Cloud has become the de-facto standard for new application development. Kubernetes solves many problems of modern-day cloud infrastructure. It has made microservices-based distributed software systems possible, enabling organizations to provide on-demand scaling. But at the same time, Kubernetes has also increased operational complexity. In simple terms, Kubernetes is a container orchestration tool. Container environments are dynamic and ephemeral.

What would you be doing right now if the Internet didn't exist? The world wide web as we know it is only a few decades old, but it's hard to imagine life without it. I fondly recall the early days of the "personal" Internet, when I used a 56k modem and waited anxiously for that oh-so-familiar connecting sound to access my AOL account and check if I had mail. We've come a long way from those humble beginnings.

One-click dashboard templates are among a number of tools available within eG Enterprise to allow organizations to rapidly set up targeted and bespoke views for a wide range of audiences across their organizations, whilst avoid the costs and inconsistencies of building and maintaining many individual dashboards.

People are handling more and more matters on their smartphones through mobile apps both privately and professionally. With thousands or even millions of users, ensuring great performance and reliability is a key challenge for providers and operators of mobile apps and related backend services.

Browser instrumentation refers to collecting and analyzing data about a user's interactions with a web browser. This type of instrumentation involves using specialized tools and techniques to gather information about how a website is being used, such as page load times, network requests, and user interactions. The data collected through browser instrumentation can be used to improve website performance, identify and troubleshoot errors, and gain insights into user behavior.