Operations | Monitoring | ITSM | DevOps | Cloud

Kubernetes is one of the most significant advances in cloud computing since the public cloud. It provides an open-source, highly scalable, and cloud-native platform for orchestrating containerized applications. More organizations now use Kubernetes to deploy, network, scale, and manage containers at scale. In addition, the Kubernetes architecture empowers them to deploy containerized applications swiftly across various platforms, support distributed systems, and scale operations to meet demands quickly.

Demystifying Docker logs: From basic tail commands to advanced log management, learn how to debug and monitor containers in production.

Data sovereignty has become increasingly critical for UK enterprises, particularly in regulated sectors like finance, healthcare, and the public sector. This is due in part to growing concerns over data security and the need for compliance with increasingly stringent regulations.

Learn how the OpenTelemetry Operator makes monitoring Kubernetes easier, so you can focus on what matters—keeping your apps running smoothly!

Our production services run on a Linux machine using Docker Compose, keeping our infrastructure simple and manageable. Docker Compose allows us to easily define and manage multi-container applications, providing a straightforward way to orchestrate services, which helps reduce complexity in our infrastructure. Recently, we decided to switch to SigNoz to gain more flexibility and control over our observability stack. Following the SigNoz setup guide, we used logspout to collect and forward logs.

At Civo, we’ve always believed that the cloud industry should be fair, open, and accessible to companies of all sizes - not just the select few with deep pockets and large platforms. When the Open Cloud Coalition (OCC) was first proposed, we immediately saw it as an opportunity to cut through the noise and amplify the important voices of the cloud industry.

Managing resource scaling in EKS clusters can quickly become complex, especially with fluctuating workloads. Traditional autoscaling solutions often require predefined configurations, which can lead to inefficiencies and unnecessary costs. This is where Karpenter comes in—a powerful, open-source project designed to dynamically manage and scale nodes in response to real-time application demands.