Kubernetes Integration Multi-Cluster (Cluster Mesh) Getting Help FAQ Slack GitHub Training Enterprise support Security Bugs Operations System Requirements Summary Linux Distribution Compatibility & Considerations Container Images Developer images Official release images Experimental Docker BuildKit and Buildx support Official Cilium repositories Update cilium-builder and cilium-runtime images Nightly Docker image Cluster Mesh Setting up Cluster Mesh Load-balancing & Service Discovery Network Policy Setting up Support for External Workloads (beta) Operations Running Prometheus & Grafana Istio Getting Started Using

Mesh) Getting Help FAQ Slack GitHub Training Enterprise support Security Bugs Operations System Requirements Summary Architecture Support Linux Distribution Compatibility & Considerations Linux Kernel Container Images Developer images Official release images Experimental Docker BuildKit and Buildx support Official Cilium repositories Update cilium-builder and cilium-runtime images Nightly Docker image Cluster Mesh Setting up Cluster Mesh Load-balancing & Service Discovery Network Policy Setting up Support for External Workloads (beta) Operations Running Prometheus & Grafana Istio Getting Started Using

Kubernetes Integration Multi-Cluster (Cluster Mesh) Getting Help FAQ Slack GitHub Training Enterprise support Security Bugs Operations System Requirements Summary Linux Distribution Compatibility Matrix Linux environment Self-Managed Kubernetes Managed Kubernetes Installer Integrations CNI Chaining Setting up Support for External Workloads (beta) Network Policy Security Tutorials Identity-Aware and HTTP-Aware Policy approximately 5GB of RAM and supports hypervisors like VirtualBox that run on Linux, macOS, and Windows. Install kubectl & minikube 1. Install kubectl version >= v1.10.0 as described in the Kubernetes

approximately 5GB of RAM and supports hypervisors like VirtualBox that run on Linux, macOS, and Windows. Install kubectl & minikube 1. Install kubectl version >= v1.10.0 as described in the Kubernetes with ARM support planned [https://github.com/cilium/cilium/issues/9898] for a future release. Install a Master Node The first step is to install a K3s master node making sure to disable support for the the same cluster, there should be no issue as both version are mutually compatible in order to support gradual migration [https://helm.sh/docs/topics/v2_v3_migration/]. Cilium chart is targeting Helm

approximately 5GB of RAM and supports hypervisors like VirtualBox that run on Linux, macOS, and Windows. Install kubectl & minikube Install kubectl version >= v1.10.0 as described in the Kubernetes 1/1 Running 0 2m Setup Client Terminals First we will open a set of windows to represent the different Ka�a clients discussed above. For consistency, we recommend opening them will be posted to the empire-announce topic, and shows up in both the outpost-8888 and outpost-9999 windows who consume that topic. It will not show up in empire-backup. empire-hq can also post a version

approximately 5GB of RAM and supports hypervisors like VirtualBox that run on Linux, macOS, and Windows. Install kubectl & minikube 1. Install kubectl version >= v1.10.0 as described in the Kubernetes documentation [https://kubernetes.io/docs/concepts/extend-kubernetes/compute-storage-net/network-plugins/#support-hostport]. Note Before using HostPort, read the Kubernetes Configuration Best Practices [https://kubernetes 1/1 Running 0 2m Setup Client Terminals First we will open a set of windows to represent the different Kafka clients discussed above. For consistency, we recommend opening them

approximately 5GB of RAM and supports hypervisors like VirtualBox that run on Linux, macOS, and Windows. Install kubectl & minikube 1. Install kubectl version >= v1.10.0 as described in the Kubernetes with ARM support planned [https://github.com/cilium/cilium/issues/9898] for a future release. Install a Master Node The first step is to install a K3s master node making sure to disable support for the in the same cluster, there should be no issue as both version are mutually compatible in order to support gradual migration [https://helm.sh/docs/topics/v2_v3_migration/]. Cilium chart is targeting Helm

formed the Hive Alliance. After years of proven production experience, eBPF has been adopted for Windows and other privileged execution contexts. The eBPF Foundation now brings together a cross-platform community, this is all thanks to you! ❤ The eBPF for WIndows logo (puzzle pieces) is copyright Microsoft Corp. See https://github.com/microsoft/ebpf-for-windows Credits

original packets • `tc` can actually control packets! And use BPF! • Let’s add support for it in RedBPF `tc` Support in RedBPF • BPF programs are all the “same” • “Type” really depends on the input still a worthy tradeoff, especially in preventing misuse More on RedBPF • Plan to make RedBPF support more (all) program types - make it a generic compiler (BCC) • Add utility functions to help dealing

Arm ecosystem of CNI Support Arm64 • Cilium enable on aarch64 • https://github.com/cilium/cilium/issues/9898 • Fix compiling and runtime issue on Arm64; • Multi-arch support for cilium-related images