Operations | Monitoring | ITSM | DevOps | Cloud

As Kubernetes adoption surges across the industry, AWS EKS stands out as a robust solution that eases the journey from initial setup to efficient scaling. This fully managed Kubernetes service is revolutionizing how businesses handle containerized applications, offering agility, scalability, and resilience.

Autoscaling the resources and services in your Kubernetes cluster is essential if your system is going to meet variable workloads. You can’t rely on manual scaling to help the cluster handle unexpected load changes. While cluster autoscaling certainly allows for faster and more efficient deployment, the practice also reduces resource waste and helps decrease overall costs.

Getting your applications running on Kubernetes is one thing: keeping them up and running is another thing entirely. While the goal is to deploy applications that never fail, the reality is that applications often crash, terminate, or restart with little warning. Even before that point, applications can have less visible problems like memory leaks, network latency, and disconnections. To prevent applications from behaving unexpectedly, we need a way of continually monitoring them.

Docker’s power and versatility have cemented its place in developers’ and administrators’ toolkits. Along with this widespread adoption comes the critical need for effective logging in Docker containers. However, once you scale beyond a single container on a single machine, effectively capturing and working with logs from Docker presents a challenge. The native docker logs command quickly becomes inadequate, and you’ll need a more scalable solution.

Navigate Europe 2023 has come to an end, and we couldn’t be more grateful for everyone involved in this, from our sponsors, attendees, and most importantly, the Civo team. Whilst we have already announced the next event for next year in Austin, Texas, we want to spend some time reflecting on the amazing few days we’ve just had, and everything we took away from it.

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.

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.