Which of the following components are required to establish communication between on premises resources?
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Extend AWS infrastructure and services on premises and at the edge Show
AWS hybrid cloud services deliver a consistent AWS experience wherever you need it – from the cloud, to on premises, and at the edge. Select from the broadest set of compute, networking, storage, security, identity, data integration, management, monitoring, and operations services to
build hybrid architectures that meet your specific requirements and use cases.  BenefitsAccelerate digital transformationBring cloud infrastructure and services where you need them
to help your digital transformation projects get up and running faster. Modernize and manage all your applications with AWS, even those running in specific locations due to data residency, local processing, and latency requirements. Improve IT and developer productivityWatch productivity go up and costs go down. Provide developers with a common platform for building, deploying, and managing applications and give IT the
same hardware, services, and tools for operating infrastructure across on premises, cloud, and edge environments. Deliver differentiated services and experiencesEnable interactive and responsive applications and deliver new, unique offerings to users faster. Deploy your applications, infrastructure, and services on premises, near large metro centers, and at the edge of 5G networks so they are closer to your
end-users. AWS hybrid cloud servicesCompute
AWS Outposts allows you to run AWS infrastructure and services on premises for a consistent hybrid experience.
AWS Wavelength embeds AWS compute and storage services at the edge of 5G networks for a faster application response time.
AWS Local Zones put AWS services near large population and industry centers so you can reach local users in milliseconds.
AWS Snow devices collect and process data between the edge and AWS so that your apps run in all conditions. ContainersStorageNetworkingManagementVMwareUse casesSupport low-latency applicationsMeet single-digit millisecond latency requirements for manufacturing automation, content creation, real-time gaming, financial trading platforms, augmented and virtual reality (AR/VR), autonomous vehicles, and inference at the edge. Put cloud infrastructure and services in physical proximity to where applications and end users are located, such as datacenters, large metro
centers, and the mobile network edge. Process data locallyHandle the enormous amount of data generated in your digital transformation initiatives on AWS and locally. Build a consistent hybrid architecture that includes data sets that must remain on premises due to cost, size, bandwidth, or timing constraints. Easily move data to the cloud for archiving. Meet data residency requirementsStore data in a specific country, state, or municipality to meet security and tax regulatory requirements, data sovereignty regulations, and changing geo-political dynamics. Use the same services and tools to manage, analyze, and archive that data wherever it resides. Migrate VMware to the cloudTake advantage of investments in VMware tools and skills as you start your move to the cloud. Thanks to joint
engineering efforts between AWS and VMware, you can easily migrate VMware workloads to AWS. Extend your data centerMeet data center extension needs, including use cases such as cloud bursting, hybrid data processing, backup, and disaster recovery. Choose from a broad portfolio of services designed to make it as seamless as possible to run your on premises networking, security, storage, and access control infrastructure alongside
AWS. Move enterprise applications to the cloudMigrate enterprise application workloads suited for the cloud while keeping other components on premises. Use the proven AWS approach to deploy a few (or a few thousand) applications to the cloud rapidly while ensuring continued operation with your on premises investments. CustomersMorningstar used AWS Outposts to build and run AWS services in its on premises data centers and seamlessly migrate its applications to an AWS Region, thereby accelerating cloud adoption. Watch Morningstar case study » YBVR used Verizon 5G Edge and AWS Wavelength to provide “like you’re there” 360-degree live streaming of sports, music, and other events. Watch YBVR case study » S&P Global Ratings used VMware Cloud on AWS to migrate its on premises environment to AWS and help its customers make better financial decisions faster. Watch S&P case study »
ResourcesSolution brief Learn how AWS Wavelength brings AWS services to the edge of the 5G network, minimizing latency when connecting to an application from a mobile device. Download solution brief » Solution Brief AWS is reinventing hybrid cloud by extending its infrastructure and services to customers, wherever they need it, for a truly consistent AWS experience across cloud, on premises, and at the edge. Read the solution brief » AWS support for Internet Explorer ends on 07/31/2022. Supported browsers are Chrome, Firefox, Edge, and Safari. Learn more » Which components are required to establish communication between onWhich of the following components are required to establish communication between on-premises resources and resources in Azure? Azure Virtual Network enables many types of Azure resources, such as Azure Virtual Machines (VM), to securely communicate with each other, the internet, and on-premises networks.
Which of the following components are required to establish communication?Key components of the communication process
Message: The idea, fact or opinion that the sender wants to communicate. Communication channel: The method of delivering the message. Receiver: The target audience of the message. Decoding: The interpretation of the message.
Which component of Microsoft Azure provides services to connect on premise applications with those in the cloud?Components. Azure ExpressRoute. ExpressRoute lets you extend your on-premises networks into the Microsoft cloud over a private connection, with the help of a connectivity provider. With ExpressRoute, you can establish connections to Microsoft cloud services, such as Microsoft Azure and Microsoft 365.
Which resources are required before you can deploy a VPN gateway between Azure and onVPN gateway IP address: This is the public IP address of the VPN device for your on-premises network. The VPN device requires an IPv4 public IP address. Specify a valid public IP address for the VPN device to which you want to connect. It must be reachable by Azure.
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