Operations | Monitoring | ITSM | DevOps | Cloud

In this session, we will go over the design considerations and available options to run Calico on EKS.

In this session, we will go over the core concepts in k8s network policies and calico network policies. Compare and contrast between the two models, and highlight when to use one versus the other.Takeaways: Kubernetes Network Policy enables applications to declare segmentation controls to restrict access to authorized workloads. Calico Network Policy is a sophisticated superset of Kubernetes network policy that includes a number of advanced policy features facilitating real world use cases. Calico provides a scalable implementation of network policy and proven in very large-scale production deployments yet simple to use and operate.

In this talk, we will explore how to meet common enterprise security control needs when running Kubernetes. Specifically, we will look at a range of common enterprise security needs and how you can meet these with standard Kubernetes primitives and open source projects such as Calico, or take it a step further with the additional features of Calico Enterprise.

In this talk, we will explore Kubernetes multi tenancy concepts and design patterns. Specifically, we will go over the network and network security design patterns needed for enabling multi tenancy within your k8s clusters using key capabilities of Calico Enterprise.

Learn how to simplify deployment and ongoing operations for more than one cluster running Calico Enterprise.

By default, pods are non-isolated; they accept traffic from any source. The Google GKE solution to this security concern is Network Security Policy that lets developers control network access to their services. Google GKE comes configured with Network Security Policy using Project Calico which can be used to secure your clusters. This class will describe a few use cases for network security policy and a live demo implementing each use case.

Learn how to empower your team with safe self-service network security for Kubernetes with Calico Enterprise.

In this session we'll review networking options compatible with Calico for AKS cluster and will build a few AKS clusters using Azure CLI and ARM template.

By default, pods are non-isolated; they accept traffic from any source. The Openshift solution to this security concern is Network Policy that lets developers control network access to their services. OpenShift can use the Project Calico operator to secure your clusters. This class will describe a few use cases for network policy and a live demo implementing each use case.

In this session, we will go over the core concepts in k8s network policies and calico network policies. Compare and contrast between the two models, and highlight when to use one versus the other.