Arm-based Kubernetes clusters have been in use for a while, albeit mostly for niche uses, by enthusiasts, and DIY hobbyists. But that is changing. Arm architecture offers an efficiency and scalability that other architectures do not, and that makes it appealing to businesses.
On this day in 1984, Canadian-American Alex Trebek made his first appearance as host for the daily syndicated version of Jeopardy!
As companies undergo digital transformation, they are becoming more effective, efficient and productive and are delivering an improved user experience. “Digital transformation creates a roadmap for the evolution of innovation inside a business,” says Jay Srage, managing director of Dubai-based Centrigent, a partner of Pittsburgh’s Milhem DTL, led by Ray Milhem.
Within the initial blog in this series, we discussed ransomware attacks and their remediation on Android mobile devices. Part 2 addresses potential ransomware exploits and their remediation on iOS, iPadOS mobile devices and macOS desktops.
There is no doubt that YAML has developed a reputation for being a painful way to define and deploy applications on Kubernetes. The combination of semantics and empty spaces can drive some developers crazy. As Kubernetes advances, is it time for us to explore different options that can support both DevOps and Developers in deploying and managing applications on Kubernetes?
Nowadays, the efficiency of a company’s IT infrastructure is commonly measured in how often it can deploy new versions of the software. Faster, better deployments are one of the main goals of the DevOps mindset. Therefore, to not fall behind the competition, one needs to implement DevOps practices. But DevOps isn’t just about deploying fast and often. DevOps is a set of practices and tools that help deliver better-quality software faster. The “quality” is the key here.
Software developers use the Node.js environment to develop robust and innovative applications. But the bigger the goal, the higher the risk. Learn about Node.js performance monitoring to ensure quality and risk-free software products. Part of diligent software development is making sure all system applications work well individually and as a whole.
