PPT-Microsoft Azure Service Fabric

Dr Rishi R Sinha Principal Software Engineering Manager Microsoft Agenda Microservices Introduction to Service Fabric Demonstration of Platform Capabilities Service Fabric Architecture Wrapup. Russinovich. CTO, Microsoft Azure. Microsoft. @. markrussinovich. Azure’s Next Generation . Compute . Platform . 3-618. Azure Resource Manager . Virtual Machine, Storage and Networking APIs. Service Fabric. Robert Reynolds. BRK2451. Microsoft Cloud Platform Journey. Consistency. Time. Microsoft Azure Stack. Windows . Azure . Pack. UR releases. Windows Server. vNext. Our goals remain the same. Azure for your datacenter. Eamon . O’Reilly & Beth . Cooper. DCIM-B347. Session Objectives And Takeaways. Session Objectives:. Understand the capabilities of Windows Azure Automation. Discuss use cases for Automation in Azure. Dr. Rishi R. Sinha. Principal Software Engineering Manager, Microsoft. Agenda. Microservices . Introduction to Service Fabric. Demonstration of Platform Capabilities. Service Fabric Architecture. Wrap-up. Pack . Ecosystem . and Roadmap. Robert D Reynolds. CDP-B332. Windows Azure Pack. Update. Customer. Service. Provider. Microsoft. Consistent. Platform. ONE. Enable modern business apps. Transform . the datacenter. Vaclav Turecek. Program Manager. Azure Service Fabric. P4020. ASP.NET Core + Service Fabric. MVC web application. Web API back-end service. Web API front-end service. Web API back-end service. Web API back-end service. Vaclav Turecek. Senior Program Manager. Vipul Modi. Principal Software Engineering Manager. BRK3730. Azure Service Fabric platform. Applications and . microservices. Programming models. Scaling. Microsoft Azure Service Fabric. Enabling IT Organizations to leverage Azure. Niels Nijweide. Kathleen Wilson. BRK3475. Organizational challenges adopting cloud. M. icrosoft cloud vision. Cloud Services Foundation Reference Model. Takeaways for Organizations using Azure. Microsoft Azure Service Fabric Architecture. 2-640. Agenda. Application development . Azure Service Fabric. Microservices. Reliability & scale-out. Lifecycle management. Summary. Application development in the age of the Cloud. Technical Overview. 2014-9-6. Bill Zack. Cloud Technical Solutions Specialist. Microsoft Azure Product . Team. N3, LLC. v-bizack@microsoft.com. About Bill Zack. Microsoft Azure Specialist (7 Years or so…. Microsoft Azure Service Fabric Jeffrey Richter Materials: http://bit.do/ServiceFabric (case-sensitive) Building Microservices Applications on Azure Service Fabric Jeffrey Richter: Microsoft Software Engineer, Wintellect Co-Founder, & Author MICROSOFT AZURE ISV : BEDIN Shop Systems WEB SITE : www.akite.net LOCATION : Veneto, Italy ORG SIZE : 8 MICROSOFT AZURE ISV PROFILE : BEDIN Shop Systems has been innovating software for retail stores since 1989. Its award-winning aKite solution for retail was designed to leverage the power of platform as a service (PaaS). Stefan Schackow (stefsch@microsoft.com). Principal Program Manager. BRK3205. Modern PaaS. Web + Mobile + Functions + API. Secure Apps and Secure Network Access. Hybrid across On-premises & Cloud. Build, operate, and orchestrate scalable microservices applications in the cloudnbspnbspThis book combines a comprehensive guide to success with Microsoft Azure Service Fabric and a practical catalog of design patterns and best practices for microservices design, implementation, and operation. Haishi Bai brings together all the information you8217ll need to deliver scalable and reliable distributed microservices applications on Service Fabric. He thoroughly covers the crucial DevOps aspects of utilizing Service Fabric, reviews its interactions with key cloud-based services, and introduces essential service integration mechanisms such as messaging systems and reactive systems.nbspnbspLeading Microsoft Azure expert Haishi Bai shows how to:nbspSet up your Service Fabric development environmentnbspProgram and deploy Service Fabric applications to a local or a cloud-based clusternbspCompare and use stateful services, stateless services, and the actor modelnbspDesign Service Fabric applications to maximize availability, reliability, and scalabilitynbspImprove management efficiency via scriptingnbspConfigure network security and other advanced cluster settingsnbspCollect diagnostic data, and use Azure Operational Management Suite to interpret itnbspIntegrate microservices components developed in parallelnbspUse containers to mobilize applications for failover, replication, scaling, and load balancingnbspStreamline containerization with Docker in Linux and Windows environmentsnbspOrchestrate containers to schedule workloads and maintain services at desired statesnbspImplement proven design patterns for common cloud application workloadsnbspBalance throughput, latency, scalability, and costnbsp