Microsoft: Invent with Purpose
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Evangelos Kapsalakis, Partner Specialist at Microsoft, provides valuable insights on Microsoft Azure and its flexibility when it comes to migration deployment. From Cloud Migration Through Automation: Next Level Flexibility virtual event, hosted on September 30, 2020
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Microsoft: Invent with Purpose
- 2. Be future ready Build on your terms Trust your cloud Operate hybrid seamlessly
- 3. Tools Visual Studio GitHub PowerApps Power BI Azure Stack Azure Data Box Azure Sphere Edge Devices HoloLensAzure Kinect Web Mobile Mixed Reality Containers Events + Integration Databases Analytics AI + Machine Learning Internet of Things Media Serverless Infrastructure Compute Networking Storage Security Identity What is Azure?
- 4. Challenges Keeping up with the speed of business Code More resilient and scalable applications Adding new features and functionality without taking applications down Future-proof applications Infrastructure Heterogeneous workloads Hybrid deployments Security and management Continuous monitoring Cost management Data Data growth and data silos Incongruent data types Performance constraints Complexity of solutions Rising data maintenance costs Security issues and data breaches Application Delivery Shorter release cycles Improved software quality Responding faster to bugs and security incidents Learning from real usage to continuously improve applications
- 5. Are your applications ready? • Today Application silos, built in isolation Limited set of platforms and form factors Overabundance of data Servers and infrastructure to manage Upfront capacity planning, fixed scale Multi-channel applications, covering all touchpoints Many platforms, devices and form factors Data-driven intelligence in applications Focus on application functionality, not infrastructure Elastic, unlimited scale • Future
- 6. The journey to the cloud “What your application works with” Data “What your application does” Code “What your application runs on” Infrastructure Unified Management • Security • Governance • Tools • DevOps Migrate • Innovate
- 7. A full set of built-in, intelligent services
- 8. A turn-key platform for Application Modernization < Control Productivity > Infrastructure abstraction
- 9. Modernizing with managed services • Challenges Infrastructure management slows down business processes Inefficient resource management Lock-in to a limited (legacy) stack. Lack of portability across clouds Deployment not automated, slow, wasted time due to manual tasks Production infrastructure can not be replicated on developer machines Managed services let you focus on apps, not admin and speed up deployments Smaller instances increase packing density and improve resource utilization Managed services support all stacks. Containers run on any cloud Fast and agile app deployment with built-in DevOps and instant startup Environments are consistent across development, test and production • Azure Benefits
- 10. Refactoring with container technology • No OS overhead means improved packing density and more resource efficiency DeploymentModernizationExisting application VM Container Azure Container Registry Convert Publish Azure Kubernetes Registry
- 11. Our journey to DevOps ToolsPeople Process PM, Dev, Test roles Personal offices Deep hierarchy 20+ team sizes 4-6 month milestones Features shipped once a year Success is install numbers Long planning cycles Secret roadmap 100 page spec documents Proprietary SC, TFSVC Feature branches Proprietary toolchain PM & engineering roles only Team rooms Flattened hierarchy 8-12 team sizes 3-week Sprints Features shipped every Sprint User satisfaction determines success Continuous planning & learning Publicly shared roadmap Mockups in PPT Git Everyone in master Azure DevOps
- 12. Objective Rehost Refactor Rearchitect Rebuild Cloud model Deliver new and breakthrough capabilities faster Optimize for developer productivity, build apps faster PaaS Enable multichannel access, including mobile and IoT Enable secure access to apps and data, on a wide range of devices PaaS More easily integrate with other web and cloud apps Leverage PaaS, increase productivity with serverless PaaS Enable business agility with continuous innovation Increase agility across teams and deliver better software, faster PaaS Meet scalability requirements of existing apps cost effectively Optimize application architecture for cloud scale PaaS Leverage existing investments Across DevOps, developer tooling, management, infrastructure and app services PaaS Free up data center space quickly Free up/consolidate resources for apps that must reside on-premises IaaS Reduce capital expenditure of existing applications Switch to pay-as-you-go model, realize better budget forecasting IaaS Achieve rapid time to cloud Allow migration with minimal architectural impact IaaS
- 13. Microsoft + Red Hat partnership Red Hat Enterprise Linux in Azure Red Hat OpenShift Container Platform in Azure SQL Server on Red Hat Enterprise Linux Red Hat Enterprise Linux for SAP Solutions in Azure
- 14. OpenShift Container Platform on Virtual Machines Responsibilities User management Project and quota management Application lifecycle Cluster creation Cluster management Monitoring and logging Network configuration Software and security updates Platform support Customer Microsoft and Red Hat Virtual network Azure DNS Azure Load Balancer (Master) Azure Load Balancer (Router) Public IP Public IP Public IP Azure Active Directory OpenShift API/administration console App 1 App 2 User App definition Azure VMs (Master) Scale sets Azure Premium SSD Managed Disks Node 1 Node 2 Node 3 api-server • controller-manager • etcd Azure VMs (Infrastructure) Scale sets Azure Premium SSD Managed Disks Node 1 Node 2 Node 3 registry • router Azure VMs (Application) Scale sets Azure Premium SSD Managed Disks Node 1 Node 2 Node N application pods Azure Blob Storage OpenShift SDN Node 3 Node 4 Azure Key Vault
- 15. Virtual network Azure DNS Azure Load Balancer (Master) Azure Load Balancer (Router) Public IP Public IP Public IP Azure Active Directory OpenShift API/administration console App 1 App 2 User App definition Azure VMs (Master) Scale sets Azure Premium SSD Managed Disks Node 1 Node 2 Node 3 api-server • controller-manager • etcd Azure VMs (Infrastructure) Scale sets Azure Premium SSD Managed Disks Node 1 Node 2 Node 3 registry • router Azure VMs (Application) Scale sets Azure Premium SSD Managed Disks Node 1 Node 2 Node N application pods Azure Blob Storage OpenShift SDN Node 3 Node 4 Azure Key Vault Microsoft Red Hat Fully-managed clusters with Azure Red Hat OpenShift Responsibilities User management Project and quota management Application lifecycle Cluster creation Cluster management Monitoring and logging Network configuration Software and security updates Platform support Customer Microsoft and Red Hat
Notas do Editor
- And that’s a statement around how we feel about Azure. We want to invent with purpose in how we think about it what we deliver to you but also enable you to invent with purpose. And we do that in some key ways. TRANSITION: I talk about these ways as our promises to you on what Azure will always deliver and why we’ll help you.
- 1. First, we’re going to make sure we have technology that’s meeting your needs today but also tomorrow. The cloud is moving fast – every week a new technology is coming out. So it’s about meeting new capabilities now and investing in those on the horizon from IoT to AI to Quantom Computing. 2. Ultimately from a developer perspective, its about being able to build on your own terms with the frameworks, the tools, the OSSs that you want – to ensure you have that freedom and that flexibility to be able to work successfully and be able to deploy your application with quality and confidence every time. 3. Technology is sitting in the public cloud, sitting in the datacenter, sitting on Edge devices – and all running in a holistic way, in a seamless environment. That seamless environment is essential – otherwise running that way is going to be expensive and hard and insecure. 4. And then last of course is Trust. Nothing is more important than trust, particularly when you’re talking about the cloud. It’s about security – we spend $1B a year on cyber security with 3500 cyber security engineers who are constantly monitoring your data for threats. Then there’s compliance. We’ve said we have the highest number of compliance certifications around the world and that is not easy. But that’s because we have invested ahead of the curve. And we will continue to because that is a place of great pride and we have a responsibility in the industry to serve that type of role. And then ultimately it’s about how we do business. We get the question – Are you going to compete with me? This may be something you are thinking right now. And the answer is no. We are very clear, we are technology company – we are a platform provider, we want to empower you as our customer to innovate. We’re not interested in going into your business, we’re interested in supporting your business. That is the core of what we’ve done and we’ve doubled down on that effort as we move forward. TRANSITION: So those are the promises you have as far as what Azure can offer you as you invest.
- Now, if you haven’t looked at Azure in a few months, you may be surprised to see what we have these days. This is the high-level map of the class of services that we offer. We have well over 200 products and services. You’ll notice we’ve extended to the edge. The ability to run application code in the cloud but also in that seamless, consistent way in the edge is informing our edge investments, whether it be Azure Stack, Azure Sphere, all the way to the Hololens and our Mixed Reality capabilities – these are powerful Edge devices that work in connection with the cloud. You’ll see we have dev tools, devOps and great innovation, to the core infrastructure and PaaS services that we offer. TRANSITION: Overall, this gives you the scope of what Azure as a platform and service can do for you.
- In many cases, companies already have prior application investments that appear outdated, inflexible or are simply not up to the task because the technology and business environment has changed since they were built. Many IT budgets are consumed by maintaining existing apps and resources and staying current with upgrades and migrations can deplete funding and resources before business benefits are realized. If that is the case, such applications need to be re-vitalized and modernized to keep up with the current speed of business. The growing requirements of our modern, digital business world can be a challenge for older applications – but there is a way to future-proof existing applications.
- As the business world moves into the digital space to meet the next generation of customers, employees and partners, create new efficiencies, and compete globally, organizations can’t view applications the same way as before – they must take them to the next level. Are your applications ready for this new tomorrow?
- Cloud is the destination, but each application can take a radically different path to get to the cloud. At a very high level, applications consist of three layers. The first layer is the application code – functionality and business logic. Then, there’s the data that the application consumes and generates – every application works with data, and that data can come from many different sources. Finally, there’s the physical or virtualized infrastructure the application runs on – servers or virtual machines, networking and so on. When you are looking to build or modernize an application, you will need to look at all these layers individually. However, not all layers need to be treated the same way. You might, for example, decide to keep your data on-premises for security and governance reasons and move application code and infrastructure to the cloud – a common hybrid scenario that addresses specific requirements in regulated industries. What makes Azure special is that we meet customers where they are on their cloud journey. Whichever path and cloud technology they choose, we will be there for them to ensure they get the best outcome – across IaaS, PaaS, SaaS and any combination thereof.
- Azure has a full set of built-in services to meet all your security and management needs I understand there is a lot more you need to manage and secure in your IT environment, both in the cloud and on-premises. Your job is complex and challenging. We have a whole set of tools natively in Azure to help you manage the full lifecycle of security and management. We covered Security capabilities protecting your data – besides Azure Backup we also discussed how Azure Site Recovery helps in disaster recovery. In Monitoring, we are bringing all the monitoring capabilities together in Azure Monitor, including Application Insights, Log Analytics, Network Watcher, and other monitoring tools. We also have tools for configuration, patching, automation, and PowerShell scripting. We have new exciting tools in the Governance area. Azure Policy, in limited preview, helps you centrally manage your policies. Azure Cost Management, previously known as Cloudyn, helps organizations manage and optimize cloud spend across a multi-cloud environment. Plus, they’re all built in to our platform so you don’t have to worry about 3rd party integration. The services are intelligent – gathering rich intelligence about your cloud infrastructure and resources with advanced analytics and machine learning algorithms, and are hybrid—extending security and management capabilities from cloud to your on-premises environment. In this presentation, I will walk you through three services that will get you started easily to Secure & manage your Azure resources.
- While lift and shift to IaaS is a viable path to the cloud for many applications, this route will not unlock all possible cloud benefits. If you are looking to get the most from the cloud and tap into advanced capabilities like improved resiliency, global scale or maximum agility, cloud native applications are built from the ground up and optimized for cloud scale and performance. They’re based on microservices architectures, use managed services, and take advantage of continuous delivery to achieve reliability and faster time to market. Azure is a turn-key delivery platform for modern applications that offers a broad range of managed services for all application scenarios, allowing you to choose the best approach for your cloud-native applications. Containerize your applications and let Azure managed services handle container orchestration, provisioning, upgrading, and scaling cluster resources based on demand. Simplify the development of distributed cloud applications and take advantage of an enterprise-grade microservices platform with built-in security and autoscaling. Build cloud-native apps without provisioning and managing infrastructure using a fully managed platform where scaling, availability, and performance are handled for you. One way of evaluating the different options is to look at productivity versus infrastructure control and the level of infrastructure abstraction.. If you want to focus on your code and application functionality first, without having to think about the underlying infrastructure, then options like serverless or Azure App Service can be right for you – here, the underlying infrastructure is handled for you, saving you time and allowing you to focus exclusively on what’s most important to you. If, on the other hand, you want to keep tighter control over infrastructure management then options like containers and Kubernetes might be the best choice for you. Or, it could be a combination of all of those services.
- Some of the most common business challenges we see when self-hosting applications or web sites can be addressed by simply moving to Azure managed services. Keeping applications up and running 24/7 and guaranteeing a consistent level of performance can be a challenge – for example if your marketing campaigns go viral suddenly and your web servers comes crashing down. Azure solves this problem with built-in autoscaling, failover and load balancing. Another common challenge is that it might take a long time to get new content, updates and fixes out to customers and users. Azure solves that with out-of-the box DevOps capabilities that let you deliver faster. Or, maybe your IT department is already stretched to the limit and spends most of the time administering systems – Azure can handle that for you too, so your IT resources can focus on new digital value creation instead. Finally, if you are running ASP.NET applications you can move them right over to Azure and continue to use your existing skills, frameworks and tools.
- A popular option for quick, no-code application modernization is container technology. Containers are a packaging mechanism in which applications are abstracted from the environment in which they run. This allows container-based applications to be deployed easily and consistently, regardless of whether the target environment is a private data center, the public cloud, or even a developer’s personal laptop. Containers are faster and more efficient than VMs – they enable agile app deployment and instant startup. Since containers do not require a separate operating system, they use less resources and thus tend to be more cost-effective. Containers are platform independent - build it once and run it anywhere - containers run on any cloud, and even on premises, without changes. And finally, containers support all frameworks and technology stacks.
- Azure DevOps is built based on our experiences from our own journey to DevOps. Since 1975, Microsoft has done development a certain way – the waterfall way. But circa 10 years ago, we saw our business rapidly changing around us – we had to turn our ship around. Nimble and agile competitors were beginning to eat our lunch. We quickly realized that our transformation to DevOps would have broad organizational impact. Every DevOps conversation needs to focus on people, processes and tools equally, otherwise the transformation will fail. Our DevOps journey began with gradually changing the way we work. Over time, we were able to introduce broad mindset changes that everybody in our organization now actively embraces and lives every day. Today, all of Microsoft has adopted DevOps.
- In this session, we have talked how existing and new applications can tap into the power of the cloud – at a very high level. This session is designed as the first of many conversations – we’d love to go deeper and talk about how Azure can help you solv your specific business problems and application issues. Microsoft meets you where you are on your cloud journey - whichever path and option you choose, we will be there to ensure you get the best outcome – across IaaS, PaaS, SaaS and even on-premises and any combination thereof.
- Microsoft and Red Hat’s partnership goes back to 2015. The strength of this partnership has been built on the foundation of our work to develop joint support for Red Hat Enterprise Linux. Our learning and growth from that work has demonstrated the unique customer value that we can deliver to enterprises when we work together. Since then, we’ve collaborated on bringing a lot of Red Hat’s solutions to Azure as well as bringing Microsoft technology to Red Hat customers. and at Red Hat Summit, we announced the general availability of Azure Red Hat OpenShift, the only 1st party, fully managed Red Hat OpenShift service in the public cloud.
- In a traditional Red Hat OpenShift Container Platform deployment, you need to deploy and manage a lot of supporting infrastructure. You end up managing a lot of things yourself, from cluster creation, network configuration, monitoring and logging, to securing, patching and updating the cluster. This takes time and effort.
- With Azure Red Hat OpenShift, our aim was to simplify the cluster operations so that you focus on building, deploying and scaling apps with confidence. Microsoft and Red Hat manage all the cluster infrastructure, apply security best practices, monitor and operate the VMs.