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

Executive Summary Container technologies enable development teams to quickly provision isolated applications. Customers who want to boost their productivity and reduce the time to value, can use containers scaling, security, and management of containerized applications. A persistent and stable data store is required to run containerized applications within a Kubernetes cluster, that can survive the lifetime DevOps team freedom to build and run containerized applications anywhere. The PowerFlex family offers key value propositions for traditional and cloud-native production workloads, deployment flexibility

are quickly becoming the preferred way for global organizations to build and modernize their applications and services at scale. The potential of containers and Kubernetes was evident when, in 2020 2020, Gartner2 predicted that more than 75% of worldwide organizations would run containerized applications in production by 2022. Confidence of this prediction demonstrated the value of cloud native technologies for developers, who will always look for solutions to help them build applications quickly without compromising reliability, agility and security. Relying on upstream Kubernetes isn't

Google has used a cluster manager called Borg to run thousands of jobs, supporting thousands of applications, running on multiple clusters. Google has taken the best aspects of Borg and open-sourced them capabilities of Kubernetes, deploy Kubernetes with Rancher, then deploy and scale some sample multi-tier applications. But before we dive into details, let’s first cover the general capabilities and concepts of Kubernetes terminology: Cluster A cluster is a set of machines (physical or virtual) on which your applications are managed and run. For Kubernetes, all machines are managed as a cluster (or set of clusters

Rancher - the industry’s only platform to manage all Kubernetes distributions Applications 1 Applications 3 Applications 2 Rancher Catalog Service Mesh Longhorn Storage Terraform Operator Dashboards application data secure ● Secrets management to centrally store and protect secrets across clouds and applications ● Data encryption to keep application data secure across environments and workloads ● Advanced be installed on Kubernetes using a Helm Chart ● Vault supports Kubernetes authentication. Applications can use a K8S Service Account to authenticate and fetch secrets ● Vault can leverage Kubernetes

provides FIPS 140-2 approved cryptographic algorithms to serve BoringSSL and other user-space applications. The Module is classified by FIPS 140-2 as a software module, multi-chip standalone module embodiment that require cryptographic functionality. All operations of the module occur via calls from host applications and their respective internal daemons/processes. As such there are no untrusted services calling SHA-512 Digital Signature Generation, Digital Signature Verification, non-Digital Signature Applications A865 Triple-DES [SP 800-38A], [SP 800-67 r2] TCBC, TECB Encryption, Decryption FIPS

account_update.yaml)" done Ensure that all Namespaces have Network Policies defined Running different applications on the same Kubernetes cluster creates a risk of one compromised application attacking a neighboring

account_update.yaml)" done Ensure that all Namespaces have Network Policies defined Running different applications on the same Kubernetes cluster creates a risk of one compromised application attacking a neighboring