From slow IT-gated reports to autonomous AI-driven decisions, discover how Kubernetes is becoming the architectural backbone that makes intelligence-at-scale possible across cloud, hybrid, and on-premises environments.
As Kubernetes adoption grows across multi-cloud environments, security can no longer be an afterthought. Here are three practical tips—covering RBAC, code scanning, and port exposure—to help engineering teams harden Kubernetes at scale.
Nutanix Karbon 2.0 introduces air-gap support for running Kubernetes clusters in network-isolated environments, along with one-click Kubernetes version upgrades and improved Prism Central integration.
Learn how Kubernetes is structured: explore the control plane, worker nodes, and the core components that keep containerized applications running at scale.
Retail software vendor Aptos explains why it shifted focus from container-level scanning to holistic Kubernetes platform security, and why it chose StackRox over Aqua, Twistlock, and Qualys.
Dynatrace expanded its Davis AIOps engine to ingest Kubernetes platform-level metrics from the Kubernetes API and Prometheus, enabling faster root-cause analysis, automated remediation, and tighter NoOps workflows for container workloads.
DevOps crossed the chasm in 2019. As adoption becomes widespread, here are five trends—from customer-centric development to resilience engineering—that engineering teams should prepare for.
At the Perform 2020 conference, Dynatrace unveiled major upgrades to its Infrastructure Monitoring module and deepened Kubernetes support through its AI engine, Davis — delivering automated baselining, custom log-based metrics, and full-stack container observability.
Cisco unveiled a multi-domain approach bridging application and infrastructure teams with full-stack observability, workload optimization, and a new Kubernetes-based platform designed for hybrid multicloud environments.
At its Perform 2020 conference, Dynatrace announced expanded Kubernetes support, including automatic ingestion of Kubernetes metrics and events into its Davis AI engine, plus automatic discovery of heterogeneous container runtimes.
Pinterest, Spotify, Bose, and Adidas have all publicly committed to Kubernetes as a core part of their infrastructure. Here’s what drove each adoption and what they gained.
Kubernetes Operators promise to automate the operational toil of running complex containerized workloads. Here are four important things IT and DevOps leaders need to understand before adopting them.
VMware built its reputation on virtual machines, but the rise of containers forced a strategic pivot. Here’s how VMware entered the container market, how it stacks up against Red Hat and Docker, and what challenges all three players face.
Learn how Kubernetes Operators and API Microgateways address the core challenges of cloud-native API management, including security, rate limiting, and microservices deployment patterns.
Kubernetes job searches skyrocketed 2,125% between 2015 and 2019. Explore the top Kubernetes roles, the companies hiring the most, and how to break into this high-demand field.
Site Reliability Engineering, Kubernetes adoption, service meshes, and AIOps defined the DevOps landscape in 2020. Here is a detailed breakdown of each trend, why it matters, and what it means for engineering teams.
Learn how CableLabs’ Project Adrenaline integrates FPGA and GPU hardware accelerators with Kubernetes to boost edge computing performance, reduce costs, and meet ultra-low-latency requirements.
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Planning a secure Azure Kubernetes Service (AKS) cluster requires deliberate design choices before you create the cluster. This first installment covers RBAC, network policies, private clusters, and hardening container images.
YOUR COSMETIC CARE STARTS HERE Find the Best Cosmetic Hospitals Trusted • Curated • Easy Looking for the right place […]
