Operations | Monitoring | ITSM | DevOps | Cloud

Within Kubernetes, the Domain Name System (DNS) plays a pivotal role in facilitating service discovery, allowing pods to effectively locate and interact with other services within the cluster. For organizations transitioning their workloads to Kubernetes, establishing connectivity with services external to the cluster is equally important.

To optimize costs, businesses must continuously assess the cost-effectiveness of their IT infrastructure. This article explores the financial implications of transitioning from traditional cloud IT infrastructure, characterized by elements like EC2, RDS, and non-containerized environments, to Kubernetes, a modern container-orchestration system. Traditional IT infrastructures have long been the backbone of many organizations, offering a certain level of predictability in cost and performance.

The security and storage of secrets is one of the most controversial subjects when it comes to GitOps deployments. Some teams want to go “by the book” and use Git as the storage medium (in an encrypted form of course) while others accept the fact that secrets must be handled in a different way (outside of GitOps). There is no right or wrong answer here and depending on the organization requirements, either solution might be a great fit.

Maximize Kubernetes app reliability with Speedscale's traffic-driven testing, ensuring high performance and stability under varied conditions.

Kubernetes is a widely-adopted platform that manages the containers that host an application. Instead of handling nodes and containers individually, it groups all workloads as orchestrated layers. This abstraction simplifies the overall complexities involved, making the application easier to manage.

Software development, where agility and collaboration are paramount, DevOps has emerged as a transformative force. By breaking down traditional silos between development and operations teams, DevOps fosters a culture of efficiency, collaboration, and continuous improvement. In this blog post, we’ll delve into the power of DevOps and how it unlocks new levels of efficiency and collaboration within organizations.

Understanding how to execute this task is essential for developers and system administrators. This blog will explore various methods and commands to obtain the Docker host's IP address from within a Docker container. Docker has emerged as a cornerstone technology in modern software development and deployment. Revolutionizing the way applications are built.

I'm thrilled to unveil a suite of groundbreaking features that we've introduced over the past four months at Qovery. Our commitment to enhancing your development and deployment experience continues to be our driving force. Recently, we shared these updates during our exhilarating public demo day, which you can watch here. Let's dive into the features that are set to redefine your interaction with Qovery.

Dockers are containerization platforms where you can store multitudes of data in a single package ( by dividing them into different containers). Since these are high-volume entities, managing and monitoring them should be a top priority. I’ll tell you why. Because when it grows out of our capabilities, we won't be able to control any errors popping up in it. So, as the saying goes, prevention is better than cure.

Traditional development methodologies are being replaced by more efficient and collaborative approaches like DevOps. By integrating development (Dev) and operations (Ops) teams, DevOps streamlines the software delivery process, leading to faster time-to-market, improved product quality, and increased customer satisfaction.