future of cloud native applications Mark Russinovich @markrussinovich Open Application Model dapr: Distributed Application Platform Building Cloud Scale, Hybrid Applications Agenda Application Models App developers need to know and code for each infrastructure they deploy to Kubernetes for applications "[Kubernetes] is really hard to get into it and understand how all the parts play together infrastructure, not on applications Application developers need to be experts in Kubernetes APIs Production use of Kubernetes requires mastery of the broader cloud-native ecosystem "A key principle

Kubernetes VM Solutions for Multi-Tenant Applications Guangxu Li, Senior Software Engineer, ZTE li.guangxu@zte.com.cn Container and VM Ecosystem Kubernetes Docker Swarm Marathon Nomad Container Container OpenStack Others Why We Run VM on Kubernetes? • Traditional Applications • No linux based Applications • Functions provided by host kernel are not satisfied • OpenStack is too complex • Unified

The Future of Cloud Native Applications with Open Application Model (OAM) and Dapr @markrussinovich Application models Describes the topology of your application and its components The way developers of Cloud Native Application Platforms Kubernetes for applications Kubernetes focuses on container infrastructure, not on applications Application developers need to be experts in Kubernetes Kubernetes APIs Production use of Kubernetes requires mastery of the broader cloud-native ecosystem "[Kubernetes] is really hard to get into it and understand how all the parts play together, even for

Traits/Scopes Scale: - 10,000 nodes/cluster - 100,000 apps/cluster - 1,000,000 containers/cluster Applications: - 100,000 deploys/day - 500~1000 replicas/app Function Job Container Virtual Machine Gateway

software, you agree to the terms and conditions of that EULA. ii Table of Contents 1 Introduction Cloud-Native Contrail Networking Overview | 2 Terminology | 4 CN2 Components | 6 Deployment Models CHAPTER Introduction Cloud-Native Contrail Networking Overview | 2 Terminology | 4 CN2 Components | 6 Deployment Models | 11 System Requirements | 15 Cloud-Native Contrail Networking Overview Overview SUMMARY Learn about Cloud-Native Contrail Networking (CN2). IN THIS SECTION Benefits of Cloud-Native Contrail Networking | 4 NOTE: This section is intended to provide a brief overview of

Application catalog 17 applications available, including NGINX, Tomcat, and Redis 13 Helm applications and 492 operator applications available by default 34 applications available, including late starter. KubeSphere is designed to integrate open-source projects and components in the cloud-native ecosystem into a unified container platform product, ensuring consistent user experience in all Red Hat's commercial software solutions or large enterprises that have very high demands for cloud-native security. OpenShift Functional Architecture 1.3.3 Rancher 15 Rancher products are very lightweight

enterprise customers’ mission-critical workloads, including electronic banking systems and enterprise applications, autonomous vehicles, satellite operation centers, and life-saving medical devices. PARTNERSHIPS platform for managing all Kubernetes distributions Linux SLE Desktop / POS SLE Server SLES for SAP Applications SLES for HPC SLE Micro SLE Extensions SUSE Manager SUSE Linux Enterprise Compliance Security CAGR On-Prem/Other +$1052.7M, 17% CAGR Driver: Shift to Cloud-Native Apps Enterprises have been trained by the hyperscalers to adopt cloud-native approaches for nearly every use case Inhibitor: Legacy

framework for building cloud-native applications. It consists of a runtime and a set of building blocks that allow users to move infrastructure-related tasks out of their applications into cloud infrastructure A benefit of this is that users can spend time and resources on the value-proposition of their applications without having to develop infrastructure. Users can deploy Dapr either in 1) self-hosted mode calls: If the user has multiple applications running with Dapr, each has a sidecar next to it: Dapr comes with a set of built-in components - a form of cloud-native primitives - that each enables common

Developer • Hello World! • Containerize Applications • Micro Services Applications • Scalable Kubernetes Applications • Scalable Infrastructure for Applications Application Operating System Physical the App From the OS 2 technologies with 2 different objectives Allows you to run multiple applications on the same OS Allows you to run multiple OS on the same hardware Application Operating System Provisioning PKS deploys Kubernetes clusters on-demand on vSphere or GCP Container Service for Cloud-Native Apps Rapidly deliver and operationalize next generation apps End User Experience • Installation

faster and easier We deliver a hybrid data platform with secure data management and portable cloud-native data analytics / 51 3 Confidential—Restricted Strategic Roadmap for Migrating Data Management portability DATA ENG DATA WH AI/ML OP DB DATA FLOW Unified security & governance with open cloud-native storage formats Open data fabrics, lakehouses and data meshes with data anywhere at scale WORKLOADS Support access control policy, lineage and governance Support HDFS and S3 API based applications Application Security Encryption Is the data protected at rest and in-transit? / 51 7 Con