Kraan is a Kubernetes Controller that manages the deployment of HelmReleases to a cluster.
https://github.com/fidelity/kraan
https://github.com/fidelity/kraan
GitHub
GitHub - fidelity/kraan: Kraan is a Kubernetes Controller that manages the deployment of HelmReleases to a cluster.
Kraan is a Kubernetes Controller that manages the deployment of HelmReleases to a cluster. - fidelity/kraan
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This blog post discusses Temporal Cloud's expansion to become a multi-cloud platform, detailing their journey from AWS to Google Cloud. It explores the challenges of multi-cloud deployments and how Temporal leveraged its own technology to create cloud-agnostic workflows, enabling easier management of infrastructure across different cloud providers
https://temporal.io/blog/multi-cloud-thats-one-small-step-for-temporal-one-giant-leap-for-reliability
https://temporal.io/blog/multi-cloud-thats-one-small-step-for-temporal-one-giant-leap-for-reliability
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This article provides a comprehensive guide on selecting appropriate Postgres indexes to optimize database performance. It covers the fundamentals of indexes, their benefits and drawbacks, and offers practical advice on when and how to implement them effectively.
https://incident.io/blog/choosing-the-right-postgres-indexes
https://incident.io/blog/choosing-the-right-postgres-indexes
incident.io
Choosing the right Postgres indexes | Blog
Indexes can dramatically boost your database performance, but knowing when to use them isn’t always obvious. This blog covers what indexes are, when to use them, how to choose the right type, and tips for spotting missing ones. Whether you're optimizing queries…
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Terraform templates for CI/CD to Cloud federation and Cloud2Cloud IAM federations
https://github.com/clutchsecurity/federator
https://github.com/clutchsecurity/federator
GitHub
GitHub - clutchsecurity/federator: Terraform templates for CI/CD to Cloud federation and Cloud2Cloud IAM federations
Terraform templates for CI/CD to Cloud federation and Cloud2Cloud IAM federations - clutchsecurity/federator
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This guide demonstrates how to create an event-driven image processing pipeline using AWS Lambda, S3, and Terraform. When an image is uploaded to a source S3 bucket, it triggers a Lambda function that pixelates the image in real-time and stores the processed versions in a separate S3 bucket
https://deepak-tyagi.medium.com/image-pixelator-event-driven-real-time-s3-to-lambda-image-processing-workflow-using-terraform-6fb88ba5cdf5
https://deepak-tyagi.medium.com/image-pixelator-event-driven-real-time-s3-to-lambda-image-processing-workflow-using-terraform-6fb88ba5cdf5
Medium
Image Pixelator: Event-Driven Real-Time S3-to-Lambda Image Processing Workflow using Terraform
In this blog, we’ll explore how to build an event-driven image processing pipeline using AWS Lambda, S3, and Terraform. When an image is…
This blog post provides a comprehensive guide on selecting appropriate Postgres indexes to optimize database performance. It covers the fundamentals of indexes, their benefits and drawbacks, and offers practical advice on when and how to implement them effectively.
https://pixelrobots.co.uk/2024/06/advanced-network-observability-supercharging-container-network-observability-in-azure-kubernetes-service-aks/
https://pixelrobots.co.uk/2024/06/advanced-network-observability-supercharging-container-network-observability-in-azure-kubernetes-service-aks/
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Collection of Intel device plugins for Kubernetes
https://github.com/intel/intel-device-plugins-for-kubernetes
https://github.com/intel/intel-device-plugins-for-kubernetes
GitHub
GitHub - intel/intel-device-plugins-for-kubernetes: Collection of Intel device plugins for Kubernetes
Collection of Intel device plugins for Kubernetes. Contribute to intel/intel-device-plugins-for-kubernetes development by creating an account on GitHub.
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This blog post introduces a solution for deploying serverless Streamlit applications using Terraform on AWS. It describes a scalable architecture that leverages Amazon ECS with Fargate, CloudFront for content delivery, and a CI/CD pipeline using CodePipeline and CodeBuild. The solution aims to simplify the deployment process, allowing developers to focus on building AI-powered apps without managing infrastructure
https://aws.amazon.com/blogs/devops/accelerate-serverless-streamlit-app-deployment-with-terraform/
https://aws.amazon.com/blogs/devops/accelerate-serverless-streamlit-app-deployment-with-terraform/
Amazon
Accelerate Serverless Streamlit App Deployment with Terraform | Amazon Web Services
Graphic created by Kevon Mayers. Introduction As customers increasingly seek to harness the power of generative AI (GenAI) and machine learning to deliver cutting-edge applications, the need for a flexible, intuitive, and scalable development platform has…
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This article discusses using the Monkale CoreDNS Manager Operator to manage internal DNS in air-gapped Kubernetes (k3s) clusters. It provides a comprehensive guide on exposing k3s CoreDNS to the network, utilizing it as a DNS server, and managing DNS zones using Custom Resource Definitions (CRDs).
https://itnext.io/managing-internal-dns-in-air-gapped-k3s-clusters-with-monkale-coredns-manager-operator-fa1c9136cc2c
https://itnext.io/managing-internal-dns-in-air-gapped-k3s-clusters-with-monkale-coredns-manager-operator-fa1c9136cc2c
Medium
Managing Internal DNS in Air-Gapped k3s Clusters with Monkale CoreDNS-Manager-Operator
In this guide, we explore using the Monkale CoreDNS Manager Operator in an air-gapped environment. We’ll cover how to expose k3s CoreDNS to…
Hypermedia based internal tools for teams. Application server for containerized apps. Runbook automation like Rundeck, custom apps like Retool.
https://github.com/claceio/clace
https://github.com/claceio/clace
GitHub
GitHub - openrundev/openrun: Open source alternative to Google Cloud Run and AWS App Runner. Easily deploy web apps declaratively.
Open source alternative to Google Cloud Run and AWS App Runner. Easily deploy web apps declaratively. - openrundev/openrun
Lightweight server monitoring hub with historical data, docker stats, and alerts.
https://github.com/henrygd/beszel
https://github.com/henrygd/beszel
GitHub
GitHub - henrygd/beszel: Lightweight server monitoring hub with historical data, docker stats, and alerts.
Lightweight server monitoring hub with historical data, docker stats, and alerts. - henrygd/beszel
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I use Perplexity daily for my DevOps tasks, and it’s a game-changer! 💻⚡️
🔍 Use it instead of search – get precise, instant answers without the noise.
🤖 All-in-One AI Hub – ChatGPT, Claude, and more in a single app.
Boost your workflow with smarter AI! 🚀💡
👉 🔗 Register Now 👈
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This article provides a comprehensive guide on implementing a Kubernetes webhook admission controller for custom authorization logic. It covers the process of creating an authorization service using Golang, setting up TLS certificates for secure communication, and configuring the necessary Kubernetes resources
https://itnext.io/kubernetes-webhook-admission-controller-3271d041c636
https://itnext.io/kubernetes-webhook-admission-controller-3271d041c636
Medium
Kubernetes Webhook Admission Controller
How to use k8s admission controller for authorize externally
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The article demonstrates how TAR can cause a complete service outage in one zone if pods become unavailable, despite the presence of healthy pods in other zones1
. It also highlights additional limitations of TAR, such as inconsistent behavior with fewer than three pods per zone and potential conflicts with other Kubernetes features like horizontal pod autoscaling
https://buoyant.io/blog/the-trouble-with-topology-aware-routing-sacrificing-reliability-to-avoid-cross-zone-traffic
. It also highlights additional limitations of TAR, such as inconsistent behavior with fewer than three pods per zone and potential conflicts with other Kubernetes features like horizontal pod autoscaling
https://buoyant.io/blog/the-trouble-with-topology-aware-routing-sacrificing-reliability-to-avoid-cross-zone-traffic
www.buoyant.io
The trouble with Topology Aware Routing: Sacrificing reliability in the name of cost savings
Topology Aware Routing is a feature of Kubernetes that prevents cluster traffic within one availability zone from crossing to another availability zone. For high-traffic applications deployed in multi-zone clusters, this can provide significant cost savings.…
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Stay on top of your Python skills with concise notes, tips, and tricks for every level of developer! Whether you're a beginner or advanced, these notes cover everything from basic syntax to advanced libraries and real-world applications.
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