KubeCon 2018 was a great success! Over 2,000 attendees engaged with us on-site to learn how our comprehensive Cisco multicloud solutions can help them modernize their business applications for customer-centered experiences.
Visit our featured demo topics and speaking sessions held at KubeCon below to learn more, or connect with an expert team member.
Learn how to navigate multicloud solutions straight from our Cisco experts. Refer to these video replays recorded live on theCUBE at KubeCon 2018.
Several Cisco executives and subject matter experts will be at KubeCon, and you have the opportunity to speak with them one-on-one about your business needs.
Send a message to ciscocloudevents@cisco.com if you are interested in meeting with Cisco at KubeCon 2018. Please indicate your subject area of interest in the email.
Visit Cisco in booth #D4 and hear directly from our technical experts as they give live talks about topics including our new Hybrid Cloud Solution for Kubernetes on AWS, AppDynamics, the Network Service Mesh, Stealthwatch Cloud, and more.
Get the multicloud advantage. Use Cisco CloudCenter to more securely deploy and manage applications in multiple data center, private cloud, and public cloud environments.
AppDynamics offers application intelligence software that enables enterprises to monitor, analyze, and optimize complex environments at scale.
Deploy, connect, secure, and monitor your Kubernetes-based applications across on-premises and the AWS cloud.
Get the best of both cloud worlds. Extend on-premises environments to Google Cloud with networking, security, management, data center, open-source and API software and tools - all in one solution.
Network Service Mesh (NSM) is a novel approach solving L2/L3 network use cases in Kubernetes that are tricky to address with the existing Kubernetes Network Model. Inspired by Istio, Network Service Mesh maps the concept of a service mesh to L2/L3 payloads. Network Service Mesh enables a variety of types of Use Cases such as:
- Connecting Pods to VPN Gateways
- Non-Kubernetes virtual bridge domains
- The right physical NIC or SR-IOV VF for their needs
- Multiple-interfaces
- Cloud-native NFV use cases
Network Service Mesh controls the L2/L3 data planes to deliver these types of use cases. Network Service Mesh enables users to express the context of their network needs in a Cloud Native manner, rather than manually stringing together disjoint interfaces, IPAM, and subnets. Finally, we discuss how audience members can get involved and help drive the direction and development of NSM.
This presentation will demonstrate how to deploy one or more containerized, multi-node Kubernetes clusters on a single host. Each cluster runs in its own container, providing an easy, reliable, and repeatable method for spinning up one or more clusters on a host, and cleaning up when done. All dependencies are included in the container image, so all you need is Docker and a sense of adventure to spin up virtual clusters.
This methodology is based on the Kubeadm DinD Cluster (K-D-C) project, and spins up each K-D-C cluster in a Docker-in-Docker-in-Docker (DinDinD) configuration.
This presentation will demonstrate:
- Deployment of a multi-node cluster in a container
- Support for IPv6 clusters
- Multi-cluster Istio application on a single host
What happens when your application outgrows a single cluster? How do you scale from one cluster to dozens without sacrificing high availability or performance? How do you structure your application to actually take advantage of multi-cluster environments?
In this session, you'll learn about multi-cluster topologies: different options for structuring your application architecture to naturally benefit from multiple Kubernetes environments.
Whether you're building a new application from scratch or scaling up an existing deployment, this session will equip you with best practices, rules of thumb, and the right mental model for successfully using Multi-Cluster Kubernetes.
Still running in a single cloud? We didn’t think so. On-prem. Public. Hybrid. It’s rapidly becoming a multicloud world, and open source technologies are at the forefront of this transformation. We’ll look at how simplifying container orchestration with Kubernetes and streamlining communication between microservices with Istio are accelerating development processes and forging entirely new levels of business agility.
Kubernetes support for IPv6-only clusters was added as an alpha feature in Kubernetes 1.9. Clusters can now be run in either IPv4-only or IPv6-only modes. However, there are some scenarios that require access to legacy IPv4-only (or IPv6-only) clients or services either internal or external to the cluster. The lack of dual-stack support is an impediment to adoption and deployment of IPv6 in Kubernetes.
This presentation will provide an overview of the proposed Kubernetes Dual Stack feature. This will include a discussion of:
- API changes
- Addressing model
- CNI network plugin requirements
- Dual-stack external access
- Dual-stack ingress
- Load balancer operation
- Dual-stack CI
- Limitations / Restrictions
In this talk, you will learn about some of the Advanced Network Application Design Patterns that Network Service Mesh enables. Network Service Mesh (NSM) is a novel approach solving complicated L2/L3 use cases in Kubernetes that are tricky to address with the existing Kubernetes Network Model. Inspired by Istio, Network Service Mesh maps the concept of a service mesh to L2/L3 payloads. The NSM architecture can be naturally extended to allow interaction of the NSM with the physical network enabling cloud providers to offer value-add services like: Connecting a customers Pod(s) to a network egress specific to that customer Introspecting the Network Service Mesh control messaging to adapt the physical network to serve customer needs better. Allowing customers to request specific physical network services. The NSM community has developed several design patterns for solving problems in K8s that may be of utility to others working in other problem domains in K8s. This talk discusses those design patterns and their benefits.