devops
Upbound Unfurls Control Plane for Managing AI Inference Workloads
Upbound today revealed it has extended an instance of the open source control plane it developed to enable IT teams to manage inference engines running artificial intelligence (AI) models ...
Ten Years of the Operator Pattern: What We Got Right, What We’d Change
CoreOS introduced the operator pattern in November 2016, and nearly a decade later operators are everywhere. Almost every CNCF graduated project ships one, every database vendor offers one, and every platform team ...
How Cloud‑Native DevOps is Accelerating Software Delivery
Cloud-native DevOps is no longer a buzzword; it’s a reality, a way of life, a manner in which we develop, ship and deliver our software today ...
Kubernetes in Production: Where Platform Decisions Break Down
Kubernetes is often described as “free,” but that assumption falls apart in production. What looks like a complete platform is only a foundation. Everything required to run real workloads reliably sits outside ...
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
From PagerDuty to ‘Agentic Ops’: The Rise of Self-Healing Kubernetes
Explore how the role of Site Reliability Engineers (SREs) is transforming with Agentic Ops, integrating technologies like eBPF, LLMs, and Kubernetes Operators to shift problem-solving from humans to intelligent systems ...
Pavan Madduri | | 3 A.M. PagerDuty, Agentic Ops, AI in DevOps, Automated Ops, cloud cost optimization, devops, eBPF, incident management, Kubernetes operators, LLMs, observability, policy as code, predictive scaling, root cause analysis, Site Reliability Engineer, SRE, System Automation, Technology Evolution
Cost Control for Kubernetes: Monitor, Right-Size, Govern
As Kubernetes moves from testbeds to production, managers are getting sticker shock from the bills a K8s deployment can incur. Whether hosted in-house or on a cloud provider, who knew cloud nativity ...
Gas Town: What Kubernetes for AI Coding Agents Actually Looks Like
Single AI coding agents are already reshaping how software gets built. But a harder question is emerging: What happens when one agent isn’t enough? Steve Yegge thinks he has the answer. The ...
From Chaos to Control: Managing Kubernetes Add-Ons at Scale
Learn how to manage Kubernetes add-ons at scale with better visibility, drift detection and automation to improve reliability and performance ...

