Kubernetes, or K8s, is an open-source, portable, and scalable container orchestration platform. With K8s, you can reliably manage distributed systems for your applications, enabling declarative configuration and automatic deployment. Yet, K8s can be resource-intensive and costly, with a rather steep learning curve. But in 2019, a lighter, faster, and potentially more cost-effective alternative appeared: K3s. Still, K3s is not a magic wand that works for all Kubernetes deployments.

Kubernetes has become the backbone of modern container orchestration, enabling seamless deployment and management of containerized applications. However, as applications grow in complexity, so do the challenges of managing their Kubernetes infrastructure. Enter cdk8s, a revolutionary toolset that transforms Kubernetes configuration into a developer-friendly experience.

CloudWatch and Sentry are two powerful tools that play crucial roles in monitoring and error tracking, making them essential for any organization that wants to ensure the smooth operation of its applications and systems. CloudWatch, developed by Amazon Web Services (AWS), offers comprehensive monitoring capabilities for AWS resources and applications, providing real-time insights into system performance and resource utilization.

Today's fast-paced digital landscape demands efficient and reliable web hosting solutions. As websites and applications become increasingly complex, businesses are constantly seeking ways to optimize their performance and ensure seamless user experiences. One crucial aspect of this optimization process is the effective monitoring and tracking of vital metrics.

Most modern infrastructure architectures are complex to deploy, involving many parts. Despite the benefits of automation, many teams still chose to configure their architecture manually, carried out by a deployment expert or, in some cases, teams of deployment engineers. Manual configurations open up the door for human error. While DevOps is very useful in developing and deploying software, using Git combined with CI/CD is useful beyond the world of software engineering.

Since inception in 2008, JFrog has hosted its own development environments on-prem. While this approach worked well for a time, the increasing need to deploy faster, while sustaining high quality and reducing hosting costs made us realize that we needed to leverage the JFrog SaaS Production environment. So in 2022, we started an effort to migrate our RnD environments from an on-prem solution to JFrog SaaS Production.

The latest cloud cost news is primarily good news: Each of the major cloud providers released changes that could improve your bottom line: Dive into the details below.

Azure architecture diagrams are visual representations that illustrate the structure, components, and relationships of a solution or application deployed on Microsoft Azure. These diagrams provide a clear and concise overview of the various Azure resources and services used in a specific architecture. They are helpful for design discussions, documentation, and communication among team members and stakeholders.

You’re probably all very familiar with the URLs we currently generate automatically for your environments on Platform.sh by now. And while they are very useful, they’re not the most friendly-looking as, we build them using the following pattern: This approach is important because it ensures that our URLs are unique for all projects and their environments but it also makes them pretty long, overly complicated, and let’s face it—not the prettiest. But this is the case no more!

Web 3.0 could see the emergence of more decentralized online ecosystem based on blockchain. In this blog, we examine the important role that network performance will play in the arrival of Web3 in order to reduce frustrations and shortcomings with the existing traditional public internet. In this blog we look at the role network performance will play in the delivery of web 3.0.