Kubernetes
What to Expect From Kubernetes 1.36
Kubernetes 1.36 launches April 22, 2026, marking a major shift in networking as Ingress-Nginx retires in favor of the more scalable Gateway API. Key updates include bolstered Linux User Namespaces for better ...
Adrian Bridgwater | | admission control config, CloudNativeCon, cluster security, container isolation, Deployment Stability, DRA, Dynamic Resource Allocation, EKS, fat image anti-pattern, gateway API, ingress-nginx retirement, Karpenter, KubeCon Europe, Kubernetes 1.36, Linux user namespaces, LLM weights, manifest-based admission control, OCI artifacts, platform engineering, security patches, specialized hardware, taints and tolerations, upgrade risk, VolumeSource, WatchCache
The Cyber Resilience Act and Cloud Native: Understanding the Impact
How the EU Cyber Resilience Act will impact Kubernetes, containers and cloud native supply chains ahead of the 2027 enforcement deadline ...
Why Kubernetes Reliability Is Now a Machine-Speed Problem
Kubernetes incidents now unfold at machine speed. AI-driven systems help SRE teams identify root causes faster ...
Software Supply Chain Security: Why 99% of Your Container is Mystery Code
In a recent talk, the disparity between developers and platform engineers in container security was highlighted, revealing how a single line of code can pull in thousands of vulnerabilities. This article discusses ...
Jeroen van Erp | | Attestation, container security, Continuous Integration/Continuous Deployment (CI/CD), Dependency Management, Developer Relations, GitOps, Kubewarden, platform engineering, Provenance, Secure Base Images, SLSA compliance, Software Bill of Materials (SBOM), software supply chain security, Trust in Software Development., vulnerabilities
Beyond the Green Checkmark: Using Formal Verification to Stop ArgoCD Drift
In the cloud-native landscape, GitOps leads the way for continuous delivery, yet relying solely on synchronization can mask systemic issues. This article outlines the importance of formal verification in deploying Kubernetes manifests ...
Why IDPs are the Only Way to Scale Kubernetes Beyond Experts
Kubernetes is the default control plane for infrastructure but poses challenges for developers managing its complexities. Internal developer platforms (IDPs) are emerging to create abstraction layers, reducing operational burdens through standardized APIs ...
Nathan Eddy | | application teams, control plane, DORA metrics, feature development, golden paths, infrastructure operations, infrastructure orchestration, internal developer platforms, kubernetes, operational complexity, platform engineering, productivity, scalability, self-service, service catalogs
Enterprise Kubernetes Isn’t a Cluster. It’s a Platform and a Supply Chain.
Kubernetes is the OS for modern apps — but enterprises need platforms, not just clusters. Focus on standardized paved paths, supply‑chain security (signing, SBOMs, provenance), GitOps + policy automation, multi‑tenant guardrails, and ...
Promotion Across Kubernetes and Hybrid Environments
In 2026, multi- and hybrid environments are increasingly the norm. For platform engineering, DevOps and application developers, this adds complexity to the software delivery lifecycle. For cloud-native teams, Kubernetes may anchor application ...
The Missing Control Plane in Cloud-Native Supply Chains
Explore how an artifact access plane can improve Kubernetes platform performance, scalability, and security by standardizing how artifacts are governed and delivered, aligning with CNCF ecosystem initiatives ...
Adrian Herrera | | artifact access plane, artifact decentralization, artifact firewall, artifact flow optimization, artifact governance, cloud infrastructure, cloud-native platforms, CNCF ecosystem, developer velocity, devops, GitOps, kubernetes, OCI artifacts, platform resilience., software supply chain, Virtual Registry
The Efficiency Era: How Kubernetes v1.35 Finally Solves the “Restart” Headache
Kubernetes v1.35 introduces in-place resource resizing, revolutionizing how stateful workloads are managed. Discover the benefits of dynamic resource allocation, traffic distribution, and the improvements that enhance operational efficiency for platform engineers ...
Pavan Madduri | | AI/ML workloads, cloud costs, Dynamic Resource Allocation, efficiency era, FinOps, immutability, Kubernetes architecture, Kubernetes enhancements, Kubernetes v1.35, Openshift, operational efficiency, resource resizing, self-healing infrastructure, Stateful Workloads, system performance, traffic distribution, vertical scaling

