Kubernetes CronJobs are a feature that lets you automate tasks in a Kubernetes cluster. They let you schedule and run jobs on a regular basis, making them good for tasks like data backups, database maintenance, log rotation, and more. CronJobs help make operations easier and reduce manual work, letting you focus on other important parts of your application. In this guide, we will explain what CronJobs are and how they are different from regular Kubernetes Jobs.

Version control systems (VCS) are indispensable tools in the realm of software development, serving as the backbone for project management and collaboration.

Debugging errors in production environments can frustrate your team and disrupt your development cycle. Once error tracking detects an exception, you then need to identify which specific line of code or module is responsible for the error. Without access to the inputs and associated states that caused the errors, reproducing them to find the root cause and a solution can be a lengthy and challenging process.

K12 school districts often depend on 40+ services to deliver education and run operations since their usage of ed tech increased by 99% during the past 4 years. Managing K12 software and services can be challenging due to the limited human resources and budget that the school IT teams typically have. As a result, many tools and services are designed to help K-12 schools manage their digital services.

Imagine you're leading a team of engineers responsible for monitoring and optimizing the performance of a cloud-based application used by millions of users worldwide. As the application continues to scale, you recognize the pressing need for a robust observability solution to learn about its distributed architecture. In this scenario, you're faced with an essential decision: choosing between OpenTelemetry and Datadog for distributed tracing and observability.

At Qovery, we're thrilled to introduce a groundbreaking way for AWS users to drastically reduce their costs — by up to 60% on EC2 instances. This significant reduction is made possible through the synergy of AWS Elastic Kubernetes Service (EKS) with Karpenter, AWS's powerful autoscaler.

Let’s face it – pull requests can be painful. They’re often time-consuming, fraught with merge conflicts, and can leave you waiting around on others or totally disrupt your coding flow. But what if there was an easier way to manage these requests without all the hassles and delays?