How to Deploy C++ Applications on Kubernetes Effectively
Learn how to containerize a C++ Application and deploy it to a Kubernetes cluster. You will learn to do this with Devtron as well as the manual process.
Learn how to containerize a C++ Application and deploy it to a Kubernetes cluster. You will learn to do this with Devtron as well as the manual process.
Learn how to deploy Go applications on Kubernetes with two approaches: automated deployment using Devtron and manual deployment with Docker and YAML manifests. This guide covers best practices for containerizing your app, managing resources, and ensuring seamless deployment.
This guide focuses on three critical Kubernetes errors that developers commonly face: Container CRASHLOOPBACKOFF issues (OOM Killed and CPU throttling), environment variables/secrets mount problems, and database connectivity issues. In this blog, we explore practical solutions for each issue.
Kubernetes CPU Manager enhances workload performance by allocating exclusive CPU cores to specific containers. This feature is crucial for latency-sensitive applications, providing predictable performance through CPU affinity and isolation while optimizing resource utilization across your cluster
Learn how CPU limits in Kubernetes cause throttling, wasted resources, and poor performance. Use CPU requests instead of limits for efficient resource utilization. Best practices like reserving CPU requests and allowing burstable workloads can improve performance and optimize cost efficiency.
Xoxoday transformed its Kubernetes workflow, reducing time-to-market by 50%, improving production stability by 80%, and boosting developer productivity by 60%. Automation, multi-cluster support, and self-serve enablement empowered teams to scale efficiently and innovate faster.
Lemnisk transformed its Kubernetes workflows with Devtron, cutting MTTR by 80%, speeding time-to-market by 70%, and boosting developer productivity by 60%. By leveraging Devtron's Kubernetes-native CI/CD and software distribution hub, Lemnisk streamlined deployments and reduced DevOps dependencies.
Open Policy Agent is an open-source policy engine that decouples policy decisions from enforcement. It provides a unified framework for defining and enforcing policies across infrastructure, from Kubernetes to API gateways and CI/CD pipelines.