01 - Kubernetes Networking: CNI, Cilium with eBPF and Network Policy
Kubernetes Networking: CNI, Cilium with eBPF and Network Policy Kubernetes masterfully abstracts networking: each Pod receives a routable IP address, all...
Kubernetes Avanzato
Series “Kubernetes Avanzato”: it starts with “01 - Kubernetes Networking: CNI, Cilium with eBPF and Network Policy”. Kubernetes Networking: CNI, Cilium with eBPF and Network Policy Kubernetes masterfully abstracts networking: each Pod receives a routable IP address, all...
This series collects 12 articles (approximately 213 minutes of total reading time), designed for a level Advanced. The main topics covered are VPA, Kubernetes CNI, Cilium, eBPF.
12Articles213 minTotal reading timeAdvancedLevel
VPAKubernetes CNICiliumeBPFNetwork Policykube-proxy
Series Articles
- 1
- 2
02 - Persistent Storage in Kubernetes: CSI, PV, StorageClass and StatefulSet
Persistent Storage in Kubernetes: CSI, PV, StorageClass and StatefulSet Kubernetes was born as a platform for stateless workloads, but the reality of...
- 3
03 - Kubernetes Operators: CRD, Controller Pattern and Operator SDK
03 - Kubernetes Operators: CRD, Controller Pattern and Operator SDK How do you manage a Kubernetes cluster effectively at scale? The answer lies in...
- 4
04 - Autoscaling in Kubernetes: HPA, VPA, KEDA and Karpenter
Autoscaling in Kubernetes: HPA, VPA, KEDA e Karpenter Uno dei principali vantaggi di Kubernetes in produzione e la capacita di scalare automaticamente i...
- 5
05 - Service Mesh: Istio vs Linkerd, mTLS and Traffic Management
Service Mesh: Istio vs Linkerd, mTLS and Traffic Management In a microservices architecture on Kubernetes, each service communicates with dozens of others.
- 6
06 - Kubernetes Security: RBAC, Pod Security Standards and OPA Gatekeeper
Sicurezza Kubernetes: RBAC, Pod Security Standards e OPA Gatekeeper Un cluster Kubernetes di default e sorprendentemente insicuro: i container possono...
- 7
07 - Multi-Tenancy in Kubernetes: Namespace, Resource Quota and HNC
Multi-Tenancy in Kubernetes: Namespace, Resource Quota e HNC Gestire un singolo cluster Kubernetes per un singolo team e relativamente semplice.
- 8
08 - AI and GPU Workloads on Kubernetes: Device Plugin and Training Jobs
Workload AI e GPU su Kubernetes: Device Plugin e Job di Training Nel 2026 il 66% dei cluster di inferenza AI gira su Kubernetes (CNCF Survey 2026).
- 9
09 - FinOps for Kubernetes: Rightsizing, Spot Instances and Cost Reduction
FinOps for Kubernetes: Rightsizing, Spot Instances and Cost Reduction 68% of organizations using Kubernetes in production spend 20-40% more than needed on...
- 10
10 - GitOps with ArgoCD: Declarative Deploy and Progressive Rollout
GitOps with ArgoCD: Declarative Deployment and Progressive Rollouts. GitOps is the paradigm that transforms Git from code repository to single source of truth for infrastructure, enabling automated, version-controlled deployments with audit trails and rollback capabilities.
- 11
11 - Cluster observability: Prometheus, Grafana and OpenTelemetry
Cluster Observability: Prometheus, Grafana and OpenTelemetry. If you cannot measure it, you cannot manage it. For a production Kubernetes cluster, observability through metrics, logs, and traces is essential to understand behavior, debug issues, and respond to incidents.
- 12
12 - Kubernetes Multi-Cloud: Federation, Submariner and Unified Management
Kubernetes Multi-Cloud: Federation, Submariner and Unified Management. 76% of enterprise organizations use multiple cloud providers. Managing Kubernetes clusters across clouds requires federation tools, cross-cluster networking, and unified workload orchestration with GitOps.