Docker is a high-level virtualization platform that lets you package software as isolated units called containers. Containers are created from images that include everything needed to run the packaged workload, such as executable binaries and dependency libraries. Images are defined in Dockerfiles. These resemble sequential scripts that are executed to assemble an image.
It can be difficult to comprehend and successfully scale your services as modern orchestrated settings grow larger and more sophisticated. Container monitoring allows you to see the health and performance of your dynamic container infrastructure in real-time. Container monitoring is the practice of collecting and analyzing performance metrics to track the performance of containerized applications built on cloud-based microservices.
The e-commerce sector has been growing for the past few years. It was one of a few winners during the pandemic crises, increasing its global market share to 17% in 2020. The worldwide market is predicted to reach $5.7 trillion in 2022, according to the SmartInsights report. As a result of the pandemic, we noticed an increase in small and local retail businesses moving online. Two out of three small businesses now accept online payments (PayPal Canada).
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.
If you’re aiming for continuous improvement with your DevOps effort, prioritize these skills. They’re critical to helping teams conquer cultural and technology challenges It’s no longer a question of if organizations need DevOps, but rather when they should adopt it, according to the DevOps Institute Upskilling 2021 report.
Containers have changed how applications are developed and deployed, with Kubernetes ascending as the de facto means of orchestrating containers, speeding development, and increasing scalability. Modern application workloads with microservices and containers eventually need to communicate with other applications or services that reside on public or private clouds outside the Kubernetes cluster. However, securely controlling granular access between these environments continues to be a challenge.
It’s 2014. A major Dutch bank is struggling with performance problems in highly visible customer-facing applications. These performance problems are proving to be incredibly difficult to resolve. It’s not that there’s no monitoring data that could potentially help. In fact, there’s tons of it, all nicely displayed in pretty dashboard after pretty dashboard.
