Summary Table: Network Models

Summary Table: Network Models.md

Network Model	Description
Amazon Elastic Container Service for Kubernetes (EKS)	Offers a highly scalable and secure network fabric for Kubernetes by leveraging Linux kernel modules and SDN technologies
Antrea	Implements a highly scalable and secure network fabric for Kubernetes using Linux kernel modules and iptables rules
Aqua	Offers a highly scalable and secure network fabric for Kubernetes through the utilization of Linux kernel modules and SDN technologies
Bridge	Default network model in KubernetesCreates a dedicated bridge interface for each pod
Calico	Open-source project that provides a scalable and secure network fabric for KubernetesUses Linux kernel modules and iptables rules
Calico Enterprise	Provides a highly scalable and secure network fabric for Kubernetes, utilizing a combination of Linux kernel modules and iptables rules
Canal	Open-source project that provides a scalable and secure network model for KubernetesUses Docker containers and a specialized network driver
Cilium	Scalable and secure network model using Linux kernel modules and iptables for Kubernetes
Cisco ACI	Establishes a highly scalable and secure network fabric for Kubernetes by leveraging Linux kernel modules and SDN technologies
Cloud Foundry	Delivers a highly scalable and secure network fabric for Kubernetes through the employment of Linux kernel modules and SDN technologies
Contiv	Network model using Linux kernel modules and SDN tech for scalable and secure Kubernetes networks
CoreOS Fleet	Utilizes Linux kernel modules and SDN technologies to craft a highly scalable and secure network fabric for Kubernetes
Docker Desktop	Simplifies development, testing, and debugging of containerized applications on local machines with a secure network fabric for Kubernetes
DynaNetwork	Dynamic and flexible network model using Linux kernel modules and iptables for Kubernetes
Flannel	Simple and lightweight network model that uses Linux kernel modules and etcd to create a flat, layer 2 network architecture
Flock	Provides a scalable and secure network fabric for Kubernetes using Linux kernel modules and SDN technologies
Google Kubernetes Engine (GKE)	Provides a highly scalable and secure network fabric for Kubernetes through the use of Linux kernel modules and SDN technologies
Host	Pods share the host machine's network stack and IP addressPods cannot communicate directly with each other
HPE Composable Fabric	Utilizes Linux kernel modules and SDN technologies to generate a highly scalable and secure network fabric for Kubernetes
IBM Power Systems	Harnesses Linux kernel modules and SDN technologies to construct a highly scalable and secure network fabric for Kubernetes
Intel Network Builders	Creates a highly scalable and secure network fabric for Kubernetes by combining Linux kernel modules and SDN technologies
Kentik	Offers a highly scalable and secure network fabric for Kubernetes by utilizing Linux kernel modules and iptables rules
Kube-router	Kubernetes network model using Linux kernel modules and iptables for scalability and securityDistributed, mesh-like architecture allowing pod communication
Kuma	Creates a highly scalable and secure network fabric for Kubernetes through the use of Linux kernel modules and SDN technologies
Lumen	Utilizes Linux kernel modules and iptables rules to establish a highly scalable and secure network fabric for Kubernetes
Meshery	Employs Linux kernel modules and SDN technologies to build a highly scalable and secure network fabric for Kubernetes
Microsoft Azure Kubernetes Service (AKS)	Establishes a highly scalable and secure network fabric for Kubernetes through the utilization of Linux kernel modules and SDN technologies
Minikube	Enables easy creation of a secure network fabric for Kubernetes on local machines, ideal for development and testing environments
Mirantis Fuel	Offers a highly scalable and secure network fabric for Kubernetes through the usage of Linux kernel modules and SDN technologies
Niral	Uses a combination of Linux kernel modules and iptables rules to provide a highly scalable and secure network fabric for Kubernetes
Nuage	Network model using Linux kernel modules and SDN tech for scalable and secure Kubernetes networks
Overlay	Creates a virtual network overlay that spans across multiple hosts in the clusterSupports advanced networking topologies
OVS	Open vSwitch: scalable and secure network model using Linux kernel modules and iptables for Kubernetes
Platform9 Managed Kubernetes	Utilizes a combination of Linux kernel modules and SDN technologies to deliver a highly scalable and secure network fabric for Kubernetes
Rancher	Employs a combination of Linux kernel modules and SDN technologies to create a highly scalable and secure network fabric for containerized applications
Red Hat OpenShift	Leverages Linux kernel modules and SDN technologies to establish a highly scalable and secure network fabric for containerized applications
Snap	Creates a highly scalable and secure network fabric for Kubernetes via Linux kernel modules and SDN technologies
Underlay	Uses a flat, low-latency network to connect nodes in a Kubernetes cluster, simplifying network config and improving performance
Weave	Open-source project that provides a scalable and flexible network model for KubernetesUses Docker containers and a specialized network driver