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![Azure Resource Manager
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** Multiple fault domains are within a single Scale Unit
*** Shaded items are delivered for Azure Stack Initial Release
Zone “A” Zone “B” Zone “C” Zone “A” Zone “B”](https://image.slidesharecdn.com/azurestackoverview-181212061004/85/Azure-Stack-Overview-Dec-2018-60-320.jpg)
Uploaded byCenk Ersoy
Azure Stack Overview (Dec/2018)
A hybrid cloud strategy enables business growth according to 74% of enterprises. While 58% of enterprises now have a hybrid cloud strategy, up from 55% a year ago. IT spending on public cloud services is growing 6 times faster than overall IT market spending. Azure Stack brings Azure services and a consistent application development experience to an organization's datacenter. It allows choosing the right combination of cloud and on-premises deployment to meet business and technical requirements. Azure Stack delivers a consistent hybrid cloud to enable scenarios like global applications, data sovereignty, and edge computing.
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Similar to Azure Stack Overview (Dec/2018)
Azure Stack Overview (Dec/2018)
- 1.
- 3. 74% ENTERPRISES BELIEVE A HYBRIDCLOUD WILL ENABLE BUSINESS GROWTH 58% ENTERPRISES HAVE A HYBRID CLOUD STRATEGY, UP FROM 55 PERCENT A YEAR AGO 6X GROWTH OF IT SPENDING ON PUBLIC CLOUD SERVICES IS 6X OF OVERALL IT MARKET 45% organizations will go through service providers
- 4. Consistent Cloud Platform OperationsAutomations DeploymentsExperiencesTools Application Patterns Serverless Virtual machines KeyVault App development and operations Azure services Consistency
- 5. IaaS PaaS Developers IT IaaS PaaS Adopt hybrid cloudcomputing on your terms. Meet business and technical requirements, with the flexibility to choose the right combination of cloud and on-premises deployment models. Azure Stack brings services in your datacenter
- 7.
- 9. StorageNetworkComputeDatabaseApp Azure Resource ManagerAzure Resource Manager MICROSOFT AZUREMICROSOFT AZURE STACK Describe Deploy Control
- 10. Consistent application development Azure services availableon-premises Integrated delivery experience
- 11. *See roadmap slides& Azure Roadmap for upcoming investments, such as Azure Service Fabric (micro-services), Azure Kubernetes Service (container management)
- 12. Consistent application development Build anddeploy apps the same way whether they run on-premises or in the cloud. Implement common DevOps practices across hybrid cloud environments. Azure Resource Manager Azure Resource Manager AzureAzure Stack Describe Deploy Control Visual Studio | OSS tools
- 13. Azure Stack marketplace QuickStartTemplates on GitHub
- 15. Geo Availability –92 countries worldwide Check this link for Azure Stack availability
- 16. Deploy Azure Stackfor: • Real-time latency requirements • Connectivity issues • Local data processing Use Azure for aggregate analytics and big data modelling Common application logic across both, connected or disconnected
- 17.
- 18. Develop and deployglobal application in Azure Optionally deploy to Azure Stack to handle customer preferences for regulations: • Government • Industry • Region No changes to application
- 19. Apply modern architecturesto on- premises apps not yet ready for cloud • PaaS • Serverless Computing • Microservices & Containers Move to Azure without code changes Consistent programming model, skills, and processes
- 20. Data Sovereignty and Gravity HybridDevOps Cross Cloud Scaling Tiered data for analyticsAIat the edge Geo-distributed applications Hybrid Cloud Solutions
- 21. Hybrid DevOps Azure StackAzure App Service App Service 1 2 3 4 5 1. Changes to application code and ARM template. 2. Code and ARM template checked into VSTS Git. 3. Automatic application build and unit tests. 4. Orchestrated deployment of application artifacts with environment-specific parameters. 5. Application runs on App Service on both Azure and Azure Stack https://docs.microsoft.com/en-us/vsts/pipelines/library/azure-stack?view=vsts
- 22. Cross Cloud Scaling Azure AzureStack 1 2 4 5 3 1. Users attempt to access the web app. 2. Traffic manager returns the Azure Stack DNS name. 3. Users load the Azure Stack web app. 4. Once a threshold is reached, a Function starts the Azure Web App and enabled the Azure Traffic Manager Route. 5. Traffic is routed to Azure. https://docs.microsoft.com/en-us/azure/azure-stack/user/azure-stack-solution-cloud-burst
- 23. Data Sovereignty andData Gravity Azure StackAzure 1 2 3 1. User enters data into Azure- based web app. 2. Application commits data to database over VNet to VNet VPN connection to Azure Stack. 3. Data is stored in SQL database on VM in Azure Stack.
- 24. AI at theEdge Azure Stack 3 4 7 Azure 1 2 5 6 1. A model is trained in the cloud using Azure ML tools and containerized. 2. The model is deployed to a Kubernetes cluster on Azure Stack. 3. Input is scored against the model. 4. Insights from scoring are placed into a queue. 5. Compliant data and insights are sent to Azure. 6. Global insights are available in the global app. 7. Data from edge scoring is used to improve the model. https://docs.microsoft.com/en-us/azure/azure-stack/user/azure-stack-solution-machine-learning
- 25. Geo-distributed applications Azure Azure Stack 1 2 3 AzureStack (EU) Azure Stack (Africa) 1. Users attempt to access application. 2. DNS queries Traffic Manager. 3. Traffic Manager returns the application (Azure or Azure Stack) that’s closest to the user. https://docs.microsoft.com/en-us/azure/azure-stack/user/azure-stack-solution-geo-distributed
- 26. Tiered Data forAnalytics 1. Data flows into a storage account. 2. Function on Azure Stack analyzes the data for anomalies or compliance. 3. Locally-relevant insights are shown. 4. Insights and anomalies are placed into a queue. 5. Bulk of data is placed into an archive. 6. Function sends data from queue to Azure storage. 7. Global insights are available in the global app. AzureAzure Stack 1 2 3 4 5 6 7 https://docs.microsoft.com/en-us/azure/azure-stack/user/azure-stack-solution-staged-data-analytics
- 27. A legacy applicationis identified to be modernized, or a new application is developed Azure Services are leveraged by the developer to support the required functionality of the app Organization decides to deploy the app to Azure or to Azure Stack A new DevOps model for hybrid cloud is established that paves the way for hybrid cloud deployments Solution: Application Modernization Azure StackAzure
- 28.
- 29. • Consistent supportexperience no matter who you contact for support • Coordinated escalation and resolution process • Cloud services support delivered by Microsoft • System support delivered by hardware partners
- 32. ToR Switch ToR Switch BMCSwitch ToR Switch ToR Switch Aggregate SwitchAggregate Switch BMC Switch
- 33. Azure VM NamevCPU cores Memory: GiB Local-Temp Standard_D1 1 3.5 50 Standard_D2 2 7 100 Standard_D3 4 14 200 Standard_D4 8 28 400 Standard_D11 2 14 100 Standard_D12 4 28 200 Standard_D13 8 56 400 Standard_D14 16 112 800 Azure VM Name CPU cores Memory: GiB Local-Temp Standard_D1_v2 1 3.5 50 Standard_D2_v2 2 7 100 Standard_D3_v2 4 14 200 Standard_D4_v2 8 28 400 Standard_D5_v2 16 56 800 Standard_D11_v2 2 14 100 Standard_D12_v2 4 28 200 Standard_D13_v2 8 56 400 Standard_D14_v2 16 112 800 Azure VM Name vCPU cores Memory: GiB Local-Temp Standard_A0 1 0.75 10 Standard_A1 1 1.75 10 Standard_A2 2 3.5 20 Standard_A3 4 7 40 Standard_A4 8 14 80 Standard_A5 2 14 80 Standard_A6 4 28 100 Standard_A7 8 56 200 Supported VM Sizes: https://docs.microsoft.com/en- us/azure/azure-stack/user/azure-stack-vm-sizes Supported OS Details: https://docs.microsoft.com/en-us/azure/azure- stack/azure-stack-supported-os
- 34. Azure VM NamevCPU cores Memory: GiB Local-Temp Standard_F1 1 2 16 Standard_F2 2 4 32 Standard_F4 4 8 64 Standard_F8 8 16 128 Standard_F16 16 32 256 Azure VM Name vCPU cores Memory: GiB Local-Temp Standard_F1s 1 2 4 Standard_F2s 2 4 8 Standard_F4s 4 8 16 Standard_F8s 8 16 32 Standard_F16s 16 32 64 Azure VM Name vCPU cores Memory: GiB Local-Temp Standard_F2s_v2 2 4 16 Standard_F4s_v2 4 8 32 Standard_F8s_v2 8 16 64 Azure VM Name vCPU cores Memory: GiB Local-Temp Standard_A1_v2 1 2 10 Standard_A2_v2 2 4 20 Standard_A4_v2 4 8 40 Standard_A8_v2 8 16 80 Standard_A2m_v2 2 16 20 Standard_A4m_v2 4 32 40 Standard_A8m_v2 8 64 80 Standard_F16s_v2 16 32 128 Standard_F32s_v2 32 64 256 Standard_F64s_v2 64 128 512 Supported VM Sizes: https://docs.microsoft.com/en- us/azure/azure-stack/user/azure-stack-vm-sizes Supported OS Details: https://docs.microsoft.com/en-us/azure/azure- stack/azure-stack-supported-os
- 36. Azure Stack infrastructure AzureIaaS Azure PaaS AdministratorExternal File Share On-premises Backup Target Tenant Azure Backup Azure Site Recovery (*) LRS blob replica, blob snap
- 37. Partner - productname Validation complete More information Azure Backup Server Complete https://azure.microsoft.com/en-us/blog/backup-your-applications-on-azure-stack-with-azure-backup/ Azure Site Recovery Complete https://docs.microsoft.com/en-us/azure/site-recovery/azure-stack-site-recovery Acronis Complete https://acronis.com/business/backup Actifio Complete https://www.actifio.com/azure-stack-data-protection Carbonite Complete https://www.carbonite.com/data-protection/high-availability/ Commvault Complete https://www.commvault.com/solutions/by-technology/virtual-machine-and-cloud/microsoft-azure Dell EMC Complete https://www.dellemc.com/en-us/solutions/cloud/microsoft-azure-stack.htm Micro Focus Complete Press Release Quest Complete Blog post Rubrik Complete https://www.rubrik.com/solutions/azure-stack/ Veritas Complete https://www.veritas.com/solution/microsoft-cloud ZeroDown Complete http://www.zerodownsoftware.com/azure-stack/ https://azure.microsoft.com/en-us/blog/protecting-applications-and-data-on-azure-stack/
- 38. Azure Stack service provider PublicAzure Azure Stack customer Service provider https://azure.microsoft.com/en-us/blog/protecting-applications-and-data-on-azure-stack/
- 39. Typically on yourpremises You control management and ops Buy hardware from the vendor Buy Azure Stack from Microsoft or OEM Call Microsoft for support Typically at service provider premises Managed for you Buy service from service provider (inclusive of hardware and software) You call Service Provider for support
- 40. Consumption Capacity Fixed fee,annual subscription, based on number of physical cores No usage metering or connection to commerce EA channel only (no CSP)
- 41. Azure Stack Hosted and On-premises Extension ofAzure business model Fee for consumption: only pay for services running on Azure Stack No upfront licensing fees: don’t pay until you use the service Compatible with Azure: same subscriptions, monetary commitment, invoice EA and CSP channels
- 42. • Customers canbring their own Windows Server and SQL Server licenses to run on Base VM images • Windows Server BYOL – must license the entire region Pay-as-you-use Pricing Service Price Up-Front Licensing Azure Stack initial deployment $0 – no upfront licensing fees Consumption- Based Fees Cloud Infrastructure; Management, Security, & Identity; Networking; Service Fabric $0 Virtual Machines: Base VM $0.008/vCPU/hour ($6/vCPU/month) Virtual Machines: with Windows Server $0.046/vCPU/hour ($34/vCPU/month) Azure Blob Storage Service $0.006/GB/month Azure Tables & Queues Storage Service $0.018/GB/month Azure App Service (including Azure Functions) $0.056/vCPU/hour ($42/vCPU/month)
- 43. Azure Stack Hosted and On-premises For disconnectedscenarios: no usage metering or connection to commerce Fixed fee, annual subscription: based on number of physical cores License all physical cores on a stamp, with unlimited IaaS rights Separate transaction from Azure: cannot use monetary commit, different billing EA channel only
- 45. • Use existinglicenses, pay only base VM price • Alternative to Windows Server hourly prices on Azure Stack • Azure Hybrid Use Benefit and License Mobility not required for dedicated deployments • Must comply with all existing product terms Windows Server SQL Server
- 46. Pay-as-you-go Azure Stackwith On-Prem Windows Server and SQL Server Azure Stack Services Windows Server SQL Server (excl. Windows VMs) Native Azure Stack WS VM Meter On-Prem Service Provider License On-Prem End Customer License On-Prem Service Provider License On-Prem End Customer License Dedicated Hosting Single customer per Azure Stack region CSP CSP SPLA + base VM EA + base VM SPLA + Windows VM EA + Windows VM Multi-tenant Hosting Multiple different customers per Azure Stack region CSP CSP SPLA + base VM n/a – AHUB not enabled SPLA + Windows VM EA w/ license mobility + Windows VM
- 47. What it isWhat it isn’t Application focused hybrid cloud platform Integrated system offering Azure-consistent IaaS & PaaS Regularly updated for Azure consistency Dependent on organizational change and transformation Virtualization-replacement play DIY infrastructure Static system you deploy & forget “Same ol’ way” of doing the business of IT Why it matters Intended for cloud-native applications Only way to run Azure- consistent services in the data center Cloud cadence must be maintained Focus shifts from being the IT provider to service delivery
- 48.
- 49. Public Site aka.ms/azurestack PublicDocumentation aka.ms/azurestackdocs FAQ aka.ms/as_faq Whitepaper aka.ms/Azurestackwhitepaper What’s New in Azure Stack aka.ms/azurestackwhatsnew Use cases aka.ms/as_usecase How to Buy aka.ms/as_how_to_buy Azure Stack Pricing aka.ms/as_pricing Channel9 videos https://channel9.msdn.com/Blogs/azurestack https://channel9.msdn.com/blogs/Get-Started-with-Azure-Stack Technical videos on YouTube “Ignite Channel” Azure Stack videos Youtube “Azure Stack” Channel here More Azure Stack videos on Youtube aka.ms/AzureStack/Youtube
- 50. Capacity Planner/Sizing aka.ms/azstackplanner Datasheetaka.ms/as_product_datasheet Roadmap https://azure.microsoft.com/en-us/updates/?product=azure-stack eBook Azure Stack: Building an end-to-end validation environment Customer Licensing Guide aka.ms/as_licensing_guide_customer MSP Licensing Guide aka.ms/as_licensing_guide_serviceprovider Field licensing Guide aka.ms/as_field_licensing_guide Field Guide (INTERNAL) aka.ms/as_field_guide Infopedia (INTERNAL) aka.ms/infopediaazurestack Geo Guidance aka.ms/as_geo_msg_guidance_doc Azure Stack Forum aka.ms/azurestackforum
- 51. OEMs/Hardware Partners aka.ms/as_integrated_system CiscoBlog https://blogs.cisco.com/tag/azure-stack Dell Blog aka.ms/as_dellemc_launch_blog HPE Blog aka.ms/as_hpe_launch_blog Lenovo Blog aka.ms/as_lenovo_launch_blog Azure Stack EcoSystem aka.ms/as_ecosystem Syndication Partners aka.ms/azurestacksyndication Partner Whitepaper aka.ms/as_whitepaper_eco Early Adaptor Initiative (EAI) Program for Service Providers www.azurestackaccelerator.com – requires MPN membership Register for EAI webinars here Recordings of previous webinars and PPTs here and video gallery
- 52. Free eBook (BuildingHybrid Clouds with Azure Stack) Launch Blog aka.ms/as_launch_blog Forums aka.ms/as_support_forum Yammer Yammer Links to other resources aka.ms/azurestackakaguide App Services Overview aka.ms/as_azure_app_services Twitter #AzureStack on Twitter YouTube aka.ms/AzureStack/YouTube
- 53. Azure Stack Toolsaka.ms/as_azurestack_tools Download ASDK aka.ms/as_azurestack_try Deployment Checker aka.ms/as_deploy_checker Prereq Checker aka.ms/as_deploy_prereq ASDK Guide aka.ms/as_deploy_quickstart_overview Deployment aka.ms/azurestackdeployment Post Install Script (PaaS) aka.ms/configasdk Templates aka.ms/as_quickstart_templates
- 54. Learning Resources Whereto find them? Available When? Cost What are they? Azure Stack Documentation aka.ms/AzureStackDocs Now Free Updated continuously Azure Learning Path for Azure Stack Operator aka.ms/AzSOperatorLearni ngPath Now Free Short videos (1 hour) to bring you basic knowledge on Azure Stack Azure Stack Operator training Microsoft Official Course www.microsoft.com/en- us/learning/course.aspx?ci d=20537 Now Fee- based Offered as either on-demand or 5-day instructor-led classroom-based training course with hands-on labs. Azure Stack MooC (OpenEdx online) course aka.ms/AzureStackMOOC Oct 2018 Free Self-paced online course with hands-on labs and interactive multi-media enabled contents. Approximate 35-40 hours study time. Azure Stack Operator Certification Exam aka.ms/exam537 May 2018 Fee- based Microsoft Certification for Azure Stack Operator
- 55. Learning Resources Whereto find them? Available When? Cost What are they? Skill Me Up Training https://skillmeup.com/cours es/player/implementing- azure-stack Now Fee- based ($10) “Implementing Azure Stack” A 7-hour video series on Azure Stack Skill Me Up Training https://skillmeup.com/cours es/player/architecting- hybrid-solutions-with-azure- stack Now Fee- based ($10) “Architecting Hybrid Solutions with Azure Stack” A 1-hour video series on Azure Stack hybrid model overview Skill Me Up Training https://www.skillmeup.com/ courses/player/mcw-azure- stack-hol Now Fee based “Lab: Azure Stack Cloud Workshop” A 15-hour video series on implementing Azure Stack Development Kit PluralSight Training https://www.pluralsight.com /courses/microsoft-azure- stack-development-getting- started Now Fee based “Microsoft Azure Stack Development: Getting Started” A 1-hour video series Also check full listing of courses from Skillmeup
- 56. Will your Azuresolution work on Azure Stack? 2 tools you can get from the Azure Stack Tool repository on GitHub • Azure Resource Manager Template Validator for Azure Stack • Azure Resource Manager Policy for Azure Stack Guardrails to check your ARM template for resource dependencies that may not be available on Azure Stack Download the tool: https://github.com/Azure/AzureStack-Tools
- 58.
- 60. Azure Resource Manager AzureRegion “N”Azure [Stack] Region “A” ScaleUnit ScaleUnit ScaleUnit Data Center ScaleUnit ScaleUnit ScaleUnit Data Center ScaleUnit ScaleUnit ScaleUnit Data Center ScaleUnit ScaleUnit ScaleUnit Data Center ScaleUnit ScaleUnit ScaleUnit Data Center ** Multiple fault domains are within a single Scale Unit *** Shaded items are delivered for Azure Stack Initial Release Zone “A” Zone “B” Zone “C” Zone “A” Zone “B”
- 61. Runs solutions globallyusing Azure Deploys as necessary in Azure Stack to meet local data regulations Zero changes to the application
- 62. Azure Stack integrationconsiderations https://docs.microsoft.com/en-us/azure/azure-stack/azure-stack-datacenter-integration https://www.youtube.com/watch?v=8YHqtDmqW1M Scale Unit Border Devices Business model Pay as use OR Capacity model Connected or disconnected AAD or ADFS Certificates Network integration Layer 3 to border (BGP or Static routing), DNS integration, Firewall Central monitoring integration Leaf Switch Leaf Switch BMC Switch Hardware Lifecycle Host
- 63. RolesRoles Capacity Planning DeploymentWorksheet Data Center Integration Azure Stack Deployment Post Installation Tasks Support and Operations Tenant Design and Planning Tenant Support and Operations Capacity Planning Deployment Worksheet Data Center Integration Azure Stack Deployment
Editor's Notes
- #3 Azure enables Idea app Reimagine a system Create a hybrid cloud app Regardless of platform Focused on four core tenants: Productive: unparalleled productivity for IT and Dev Hybrid: only consistent hybrid cloud Intelligent: data-driven apps, AI, bot services Trusted: Startups, gov’t and 90% of Fortune 500s trust the Microsoft Cloud
- #6 Talking points Consistent Azure IaaS services that go beyond traditional virtualization. E.g., VM Scale Sets Consistent Azure PaaS services that enable deployment choice and portability. E.g., Azure App Service and Azure Functions Consistent admin experiences and tools as Azure. Continuous Azure innovation, including new Azure services, updates to existing services, & additional Azure Marketplace applications. Pay-as-you-use pricing, only pay for Azure services used.
- #11 Consistent hybrid application development: Maximize developer productivity by empowering them to build and deploy applications the same way, whether they run on Azure or Azure Stack. Implement a common DevOps approach across hybrid cloud environments. Azure services available on-premises: Adopt hybrid cloud computing on your terms. Meet business and technical requirements, with the flexibility to choose the right combination of cloud and on-premises deployment models for applications. Integrated delivery experience: Focus on delivering high application service levels with integrated systems that are designed to deliver consistent Azure innovation in a predictable, non-disruptive manner.
- #13 Talking points Build and deploy your application the same way regardless of whether it runs on Azure or Azure Stack. Use Azure Resource Manager to build reusable application templates for traditional and cloud-native apps. Use role-based access control in Azure Resource Manager and Azure Active Directory to enable fine-grained access to application resources. Write to the same Azure APIs. Use the same Azure SDK. Continue to use Visual Studio as your development canvas, with native integration. Just like in Azure, so you get a broad choice of open source technologies, including Linux, Java, and PHP. Common DevOps lifecycle across Azure and Azure Stack Unified deployment experience with Visual Studio Integrated CI/CD pipeline with OSS (e.g., Jenkins) and Visual Studio Team System* (VSTS) Common workflow automation tooling with support for Chef and Azure PowerShell DSC extensions
- #14 ISVs are extending their Azure applications and services to Azure Stack, and we have a rapidly growing list of validated offerings including Bitnami, Chef, Docker, Kemp Technologies, Red Hat Enterprise Linux, and SUSE Linux. We’ve also validated popular Microsoft workloads such as Windows Server and SQL Server to run on Azure Stack. Talking points Pivotal and Open Source Cloud Foundry – open source PaaS platforms Chef and Docker are VM extensions Azure Container Service templates (DC/OS, Docker Swarm, Kubernetes) RedHat and SUSE Linux are OS images Linux images: SuSE, CentOS, Ubuntu, CoreOS, Debian Networking and security virtual appliances – Load balancer and App firewall (Kemp technologies) Validated open source stacks (e.g., Wordpress, LAMP, MySQL, MongoDB)– Bitnami BlockChain template (Azure solution)
- #15 We have 38 Azure hyper-scale regions operational today. (Click) And then we expect 100s of service providers to join in with their own Azure Stack datacenters offering differentiated services to their customers. (Click) And then 1000s of enterprises who will want to adopt the Azure model to serve the speed and innovation needs of their business. All coming together. One big ‘family’ – “mi casa es tu casa”, as my Spanish friends would say. We’re committed to delivering Azure innovation everywhere.
- #18 Demo video here: https://azure.microsoft.com/en-us/resources/videos/azure-and-azure-stack-working-together-build-2017/
- #28 Steps: Data flows from fleet-based sensors & IoT devices into a storage account Data is analyzed for anomalies and/or appropriate compliance requirements High priority data, such as traffic states or maintenance issues, are displayed immediately in the dashboard Strategic data requiring deeper analysis is queued up for upload to Azure Data is stored into a locally accessible archive account Azure Stack uploads data from the queue to the Azure cloud Globally-relevant, strategic insights are aggregated to the global application
- #29 Integrated systems will be the vessel where we continuously pour in Azure innovation with frequent updates. 4 hardware partners at GA and shortly thereafter. Given the relationships that customers have with these partners, we can address a substantive chunk of market opportunity. We’re working to optimize the full infra lifecycle so customers can focus on apps and delivering value added services. We will have 4 servers to 12 server configs. at GA, which can enable customers to host upto 300-400 Azure A3/D3 customer or tenant VMs. Packaging and pricing is an extension of Azure. One bill. - Consistent support experience, regardless of who you call.
- #40 Summarize the points in the slide.
- #46 You can bring existing licenses to Azure Stack and pay only the base VM consumption fee For Windows Server, bringing existing licenses is an alternative to using the Azure Stack native hourly meters For dedicated deployments, you can do this without AHUB or license mobility – it is treated like on-premises hardware However, you must comply with all existing product terms, so multi-tenant deployments rules still apply, e.g., must license the entire region.
- #49 Azure Stack integrated systems, delivered by our HW hardware partners, are the supported production clouds that customers can purchase in order to modernize their application portfolio across cloud and on-premises environments. The Azure Stack Development Kit (ASDK) uses the same code as an Azure Stack Integrated system, on a single physical server, so you can prototype hybrid applications in Azure and validate in Azure Stack when creating applications that are consistent across Azure Clouds Name not final
- #59 This drives clarity against which Azure capabilities – including core services, infrastructure services, platform services - will come to Azure Stack at GA timeframe. Click through these and walk through them.
- #60 [Edge and disconnected solutions] AVID - AVID is an Emmy Award winning entertainment and media solutions company. They’ve built an innovative media processing solution for global broadcasting corporations, taking a truly hybrid approach. Latency is an important consideration as newsrooms strive to deliver compelling experiences to their viewers. Azure and Azure Stack helps them deliver the “newsroom of the future”. Field journalists upload raw videos to Azure, where they are embellished using Azure Media Services (e.g., facial recognition, speech to text translation), and then rendered at “edge” news rooms on Azure Stack. [Edge and disconnected solutions] Schlumberger – Schlumberger is the world's leading provider of technology for reservoir characterization, drilling, production, and processing to the oil and gas industry. They need a hybrid solution as their drilling sites aren’t always connected, yet need real time access to a common system with all the data and science needed for efficient and high quality drilling. Azure and Azure Stack will be used (along with O365 and Microsoft Teams) to deliver DrillPlan, a digital well construction solution, that will help automate of repetitive tasks and validation workflows to transform drilling operations. [Cloud apps that meet varied regulations] Saxo Bank – Saxo Bank is a regulated Danish bank with an online trading platform that empowers customers to invest across global financial markets. They’re in the process of migrating their global application stack to Azure for greater scale and agility. They are extending their Azure strategy with Azure Stack – a hybrid approach gets them the flexibility to deploy and manage their global applications seamlessly, based on regulation and business policies. They are evaluating this model with their global trading application, using HPE as their hardware provider. [Cloud apps that meet varied regulations] ABSA Bank - ABSA Bank is a leading South African financial services provider, offering a variety of consumer and commercial banking services. They are looking to deploy on-premises instances of their risk management and trading apps to comply with in-region regulation changes. With a consistent platform in Azure/Azure Stack, they can flexibly deploy their global applications to the location that meets their requirements. Such a hybrid model will enable their IT organization to provision and deliver cloud services much quicker to support dynamic business needs. HPE is their preferred hardware provider. [Cloud app model on-premises] ANZ Bank – ANZ bank is one of the five largest listed companies in Australia and the number one bank in New Zealand, operating in 34 markets globally with ~10 million customers. They’re building a next-generation digital banking architecture to meet increasing community and consumer expectations, for which they need to be agile across their development, architecture, and IT groups. They are using Azure and Azure Stack to modernize their applications and services across hybrid environments. This enables them to implement a DevOps approach with a focus on automation, experimentation, and faster application releases. They’re working with HPE for their hardware needs. [Cloud app model on-premises] Mitsui Knowledge Industry (MKI) – The Mitsui group is one of the largest conglomerates in Japan. As the Systems integrator for the group, MKI has assumed the important role of driving their digital transformation strategy. They are looking for a hybrid solution to serve multiple requirements across the group: 1) latency and connectivity with legacy systems that cannot be transitioned to public cloud right-away 2) ability to deploy application functionality across cloud and on-premises environments 3) use common development skillsets, regardless of where their apps run. They’ve been working to modernize several business-critical apps on the Azure platform as part of their evaluation process. Once Azure Stack becomes available, they plan to accelerate their transition to Azure/ Azure Stack to deliver hybrid services for all of Mitsui group’s LOB applications. They’re working with Dell EMC for their hardware requirements.
- #63 62
- #64 63