Operations | Monitoring | ITSM | DevOps | Cloud

Originally posted on Forbes Technology Council As organizations increasingly embark on their digital transformation journey, IT is turning into a profit center, rather than a cost center. CIOs (chief information officers) are more than often referred to as chief innovation officers. New roles like chief data officer and chief analytics officer are rising to prominence. AI and data are at the center of this transformation, as CxOs are faced with daunting challenges in.

Network topology mapping is the process of mapping topological relationships between network components and establishing those relationships in the form of network diagrams. Network mapping helps visualize physical and logical connections between all elements and nodes, thus simplifying network management. A network topology mapper is a tool that helps perform network mapping effectively.

But whether it’s replatforming legacy applications or migrating them to the cloud, enterprise IT leaders routinely suffer from run-away costs, unforeseen complications, and out-of-control environments on the other side of the modernization process. Yet, as an enterprise IT leader you have little choice but to forge ahead.

Writing clean and efficient code can be time consuming, but with the right tools, it can be much easier. In this blog post, we will explore how to use Copilot for code autocompletion and JFrog Artifactory for your package management.

The rapid adoption of software-defined wide-area networking (SD-WAN) has revolutionized how organizations connect their distributed networks. As businesses strive for improved performance, cost efficiency, and enhanced security, SD-WAN solutions have emerged as a game-changer. However, orchestrating a successful SD-WAN migration at a global scale presents numerous challenges that demand careful planning, meticulous execution, and robust network performance monitoring (NPM) capabilities.

With Infrastructure as Code and service-oriented development, a modern web app can consist of countless moving parts developed by multiple development and DevOps teams. When establishing a high-velocity development environment, the main question is, "How can you guarantee a stellar end-user experience when lots of engineers are constantly pushing and deploying code?" Solid, easy-to-write, and clearly defined monitoring practices are the only answer to this question.

Managing containerized applications efficiently in the dynamic realm of Kubernetes is essential for smooth deployments and optimal performance. Kubernetes empowers us with powerful orchestration capabilities, enabling seamless scaling and deployment of applications. However, in real-world scenarios, there are situations that necessitate the restarting of Pods, whether to apply configuration changes, recover from failures, or address misbehaving applications.

Mobile Device Management (MDM) can be a game changer for IT security and support process owners to manage, control, and protect their mobile device state. Over the last years, these devices not only have become central to our lives, but also to our workplace. As such, this practice should be included in your IT Asset Management (ITAM) strategy. In the following paragraphs we will explore MDM’s full scope of action, and the benefits it has for organizations that implement it.

In recent years, employees have grown increasingly accustomed to the untethered connectivity of Wi-Fi. For many, the days of having a computer tethered to an ethernet cable can seem like a distant memory. That was true when employees were working in an office, and it is all the more the case as we’ve moved to a hybrid work world.

This article will outline what Redis database monitoring is and how to set up a Redis database monitoring system with MetricFire. Then we’ll show what the final graphs and dashboards look like when displayed on Grafana. We will be using Prometheus and Grafana to power the monitoring, and we'll use a simulated Redis DB to generate the data for the Grafana dashboards. ‍ ‍