Operations | Monitoring | ITSM | DevOps | Cloud

There are many tangible benefits to using containers for your computing needs. Containers help break large applications into smaller packages that are more agile, scalable on-demand, resilient, cost-effective, and less resource-hungry than monolithic apps or workloads running on traditional virtual machines (VMs) or bare metal servers. They also enable developers to develop applications in one environment, deploy them in another, and run them anywhere.

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.

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).

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.

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.

The recently released JFrog Xray versions 3.31 & 3.32 have brought to the table a raft of new capabilities designed to improve and streamline your workflows, productivity and user experience. The new features, detailed below, solidify Xray as the optimum universal software composition analysis (SCA) solution for JFrog Artifactory that’s trusted by developers and DevSecOps teams to identify and eliminate open source software vulnerabilities and license compliance violations from their releases.

This article walks you through: As of 2020, 81% of organizations had at least one application running on the cloud. It is a fact that, be it small, medium, or large, all businesses are moving towards the cloud. Companies are looking to adopt cloud computing services for elasticity, agility, and scalability. With enterprise-class technology accessed from the cloud, businesses can act fast, embrace pay-as-you-go services and disrupt the market today while staying lean and agile. ​

Companies across industries are under tremendous pressure to develop and deploy IT applications and services faster and with far greater efficiency. Traditional enterprise application development falls short since it is not efficient and speedy. IT and business leaders are keen to take advantage of cloud computing as it offers businesses cost savings, scalability at the touch of a button, and flexibility to respond quickly to change.

Kubernetes is the leading container-orchestration tool that was open-sourced in 2014 by Google and has helped engineers across the globe to significantly lower their cost of cloud computing ever since. Kubernetes also provides a resilient framework for deploying applications. Kubernetes management tools are quickly becoming essential to those that wish to monitor their containers on an ongoing basis, test, export and create intuitive dashboards.