In part I of this blog series, we understood that monitoring a Kubernetes cluster is a challenge that we can overcome if we use the right tools. We also understood that the default Kubernetes dashboard allows us to monitor the different resources running inside our cluster, but it is very basic. We suggested some tools and platforms like cAdvisor, Kube-state-metrics, Prometheus, Grafana, Kubewatch, Jaeger, and MetricFire.
Legacy operations and technology are often unable to support growing organizations, leading to several inefficiencies as business continues to evolve. The way IT teams manage 50 devices will be fundamentally different from the way they manage 500 devices. In response to these evolving business needs, organizations have started looking to process automation to reduce time and money wasted on repetitive, tedious tasks.
Performance monitoring is an essential practice in network monitoring. When something goes wrong with a device, be it a physical server, a network storage system, or a virtual switch, there are often signs or symptoms. These symptoms might display in various places, and they could be related to the CPU, to the hardware, or maybe bandwidth usage. Only by tracking them can you be aware of performance issues.
In the complex and dynamic landscape of modern IT environments, the availability and smooth functioning of Citrix StoreFront are paramount. Citrix StoreFront is responsible for providing users with access to their virtual apps and desktops, but what ensures this seamless accessibility? Enter the critical role of XML broker services, and why monitoring them is an absolute necessity.
In this digital age, businesses of all sizes rely on technology to store, transmit, and process sensitive data. While the use of digital technology brings many benefits, it also comes with its own set of challenges, and one of the biggest ones is ensuring cybersecurity. The exponential increase in cybercrime has made it essential for companies to prioritize security while working with digital technologies.
All hardware devices experience bugs and need debugging. Android devices in specific are exceptionally complex with several hundred gigabytes of source code, dozens of components, and wide range of uses. In this article we will explore the different facilities and tools available to debug Android based devices and produce robust systems that can handle a wide range of applications from smart fridges, to payment terminals, and of course mobile phones.
