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Platform engineering, in the open.

Field notes on running Kubernetes with less toil — AI SRE and incident response, CI/CD and golden paths, continuous security, cost, and the internal developer platform that ties them together.

Kubernetes Updates and Maintenance: Minimizing Downtime Challengeskubernetes

Kubernetes Updates and Maintenance: Minimizing Downtime Challenges

The power and flexibility of managed Kubernetes platforms like EKS, GKE, and AKS can't be understated, but even the best tools require upkeep.

Platform Engineering: Transforming Software Development in the Cloud Eraplatform-engineering

Platform Engineering: Transforming Software Development in the Cloud Era

The software development landscape is undergoing a significant transformation, driven by technology's rapid evolution and the increasing demand for scalable and efficient software solutions.

Unlocking the Power of Robust Kubernetes Clusters: The Backbone of Modern Applicationskubernetes

Unlocking the Power of Robust Kubernetes Clusters: The Backbone of Modern Applications

How we build, deploy, and manage applications has radically changed, thanks to the rise of microservices and scalable applications which necessitated the need for containers.

How Platform Engineering helps in Developer Productivityplatform-engineering

How Platform Engineering helps in Developer Productivity

Platform engineering is redefining how modern development teams operate. By integrating automation, standardized environments and self-service infrastructure, it eliminates repetitive tasks and streamlines software delivery. This approach empowers developers to focus on innovation, improves collaboration between Dev and Ops teams, and accelerates release cycles. Explore how platform engineering enhances productivity, reduces operational costs and supports business scalability. Learn the key components — from Infrastructure as Code (IaC) to container orchestration with Kubernetes — and see how leading engineering teams build resilient, efficient, developer-friendly platforms.

The Perfect Trio: GitOps, Kubernetes, and Platform Engineeringplatform-engineering

The Perfect Trio: GitOps, Kubernetes, and Platform Engineering

Achieving agility, scalability, efficiency, and security is paramount in modern software development.

GitOps vs DevOps; what does your organisation need?General

GitOps vs DevOps; what does your organisation need?

GitOps and DevOps are two distinct methodologies, each offering its unique approach and set of tools for software teams.

Empowering DevSecOps with Integrated CI/CD: A Paradigm Shift for Modern Software DeliveryGeneral

Empowering DevSecOps with Integrated CI/CD: A Paradigm Shift for Modern Software Delivery

The integration of DevSecOps and CI/CD through Atmosly ushers in a new era of software development. It's a transformative journey that empowers businesses to develop and deploy applications.

Observability: A Key to Navigating the Complex Landscape of DevOps and Platform Engineeringdevops

Observability: A Key to Navigating the Complex Landscape of DevOps and Platform Engineering

In the fast-paced world of DevOps and platform engineering, achieving true observability is more than a milestone — it's a game-changer.

Simplifying Kubernetes Deployments: An In-Depth Look at Helmkubernetes

Simplifying Kubernetes Deployments: An In-Depth Look at Helm

An in-depth exploration of Helm, its charts, and how it simplifies the deployment of applications in Kubernetes

The Evolution of Platform Engineering: From Monoliths to Microservicesplatform-engineering

The Evolution of Platform Engineering: From Monoliths to Microservices

The historical context and evolution of platform engineering in the context of monolithic and microservices architectures.

Platform Engineering: Building Cloud-Agnostic Solutions with Kuberneteskubernetes

Platform Engineering: Building Cloud-Agnostic Solutions with Kubernetes

Platform engineering is redefining how teams build, scale and manage modern applications. Using Kubernetes, organizations can design cloud-agnostic platforms that work seamlessly across AWS, Azure, Google Cloud and private environments without vendor lock-in. This article explores how Kubernetes enables multi-cloud flexibility, Infrastructure as Code (IaC) and automated orchestration to help platform engineers deliver resilient, portable, cost-efficient systems — plus best practices for scalable cloud-agnostic architectures and how Kubernetes' abstractions like containers, service mesh and declarative APIs make true infrastructure independence achievable.

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