Software-Defined Storage and Hyper-Converged
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The future of data centre compute Brendan Sit Technology Evangelist Software Defined & Cloud Group APJ HPE May 2017 Partner confidently with a hybrid IT expert Innovative architecture Software-defined strategy Open partner ecosystem optimised for every app and scale to accelerate and simplify IT for proven innovation Expertise to advise, integrate, Flexible consumption models Visionary roadmap forward simplify and support at every for scale-on-demand with R&D and HPE Labs step Our solutions focus: By unique customer segments SMB and branch Core enterprise Service Providers Mission critical HPC & Big Data HPE ProLiant HPE ProLiant DL rack HPE Cloudline servers HPE Integrity HPE Apollo ML towers servers HPE Cloudline storage HPE Superdome X HPE-SGI HPE ProLiant DL HPE BladeSystem HPE Altoline HPE NonStop X HPE StoreOnce (entry models) HPE 3PAR HP-UX Arista & HPE HPE MSA Storage Arista HPE 3PAR & XP7 FlexFabric HPE StoreVirtual VSA Storage Product lines Product HPE FlexFabric HPE ProLiant Easy HPE Synergy Custom solutions HPECS 900 SAP HPE Apollo 6500 AI Connect Server HPE ConvergedSystem ODM MB integration HANA SGI HPC solutions HPE HC 380 Solutions for Docker OEM integrated POCs HPE SDX for SQL Big Data Hadoop and Mesosphere Intel RSD HPE SDX for Oracle HPE Scalable Object Ref architectures HPE NonStop Storage with Scality Solutions RING Intel® HPC Alliance IT must now support both traditional and new apps Two infrastructure models are not sustainable Traditional apps Cloud apps – Ops driven – Apps driven – Cost focused – Agility focused Traditional How can I The Idea Business support both? Economy HPE’s Composable Infrastructure vision Empower IT to create new value instantly and continuously Run anything Move faster Optimize all apps and Accelerate app and service levels service delivery Work efficiently Unlock value Reduce operational effort Increase productivity and control and cost Your Infrastructure as Code When IT operations run faster, everything runs faster. Cars are fit for purpose What if I had a Magical Garage? Build what you need, when you need it. What is HPE’s Composable Infrastructure? • • • • • • • • Transform infrastructure into a single line of code With competitive tools With HP Synergy Composer Script 1 Script 3 Infrastructure requests via a Script 2 Script x single line of code “I can request the resources I require for my application or workload to run without being API #1 API #2 API #3 API #x Unified RESTful API an infrastructure expert.” Physical infrastructure is the automation bottleneck Cloud Management Platform Application Delivery Stack Service Request Portal (HPE Cloud Service Automation) Application Automation, Middleware Software Orchestration and Services Configuration Services Database (HPE Operations Orchestration and Server Automation) OS Hypervisor Current state is “box-ready” infrastructure: Compute • Unpack and rack hardware • Configure server profile, IPs, storage Physical Fabric 3 days elapsed time, 8 hours of work, Infrastructure if demand was forecasted correctly and appropriate hardware is already onsite Storage Composable Infrastructure lets us automate the full stack Cloud Management Platform Application Delivery Stack Service Request Portal (HPE Cloud Service Automation) Application Automation, Middleware Software Orchestration and Services Configuration Services Database (HPE Operations Orchestration Fully and Server Automation) automatable OS Hypervisor application Unified API delivery Software Defined Intelligence stack Fluid Resource Pools HPE Synergy Physical Infrastructure The goal is “Button-ready” physical infrastructure for a cloud-like experience Composable Infrastructure HPE Composable Ecosystem: Helps to deliver Apps and Services Faster & Easier DevOps IT Ops engine engine Cloud Facilities engine engine Unified API https://github.com/HewlettPackard Compute Storage Fabric 13 Transformational Power of HPE Synergy HPEOVServerProfileHPEOVServerProfileHPEOVServerProfileHPEOVServerProfile--name-namename-name mysite04 mysite06mysite02mysite01mysite05 mysite03 - -template-templatetemplate -templateDBaseUPDevVDIObjectSDBase1Web--WebTest “App Dev/Test DEV DEV DEV environment” TEST TEST “Big“Make Database that a biggerfor DBASE Analytics”Database” “Web for the holiday WEB WEB WEB WEB WEB WEB season” “VDI now and holiday is VDI over” OBJ “and Object Storage” Single infrastructure for all applications & operational models Enterprise Apps Hybrid Cloud Big Data CloudNativeCloud Native Apps/Apps/ Hyper-Converged- DevOps (ERP, DB, VM Farms) (IaaS,(IaaS, Bare Metal Portal) Converged • Built in high availability • Cloud speed • High density internal • Infrastructure as Code • Fluid Pools/flexible • Ability to compose and provisioning storage • Unified API ratio of compute and re-compose compute • Fluid Resource Pools • Massive bandwidth • Bare metal portal storage and SAN, DAS as one with flexible ratios • Fluid Resource Pools • Native SDS/VSA • Automation through with flexible ratios • High density internal the Composer and • Automation through storage Image Streamer the Composer and Image Streamer Pay as you grow flexible capacity and other consumption model options Use Case #1 – Create physical infrastructure from resource pool Build a custom Compute, Storage & Network Service via software [customer] Cloud Management Service request workflow Button-to-physical- Platform HPE CSA/OO Infrastructure in X minutes Synergy Composer- Service Template Software-defined D S Intelligence with Application & Middleware Services Unified API OS Hypervisor [customer] Physical Service Datacenter Production Services Synergy D S Resource Pool D S Compute Direct Storage SAN Storage Fabric Use Case #2 – Automate operational change Manage firmware and other changes via software intelligence [customer] New firmware recipe Apply the template to the I&O physical infrastructure New VLAN Associates HPE Synergy (via CMP, vCenter, script, etc.) Composer Console Synergy Composer- Service Template Software-defined D S Intelligence with Physical Service Unified API D S [customer] Physical Service Lower risk and Datacenter D S reduce technical debt Production Services Synergy Resource Pool D S Compute Direct Storage SAN Storage Fabric Use Case #3 – Decommission service and infrastructure Returns infrastructure elements to the resource pool Recover licenses, DNS deletion, etc. [customer] Cloud Management Service deletion workflow Platform HPE CSA/OO Synergy Composer- Service Template Software-defined D S Intelligence with App, Middleware & Database Services Unified API OS & Hypervisor [customer] Physical Service Datacenter D S Production Services Synergy Resource Elements are returned to Pool D S the resource pool and available for reuse Compute Direct Storage SAN Storage Fabric HPE Synergy: Core Components Synergy Composer & Composable Fabric Image Streamer Rack scale multi-fabric connectivity Integrated software-defined for cost efficiency, resiliency and intelligence to self-discover, auto- flexibility assembly and scale from racks to rows Composable Storage Composable Compute High-density integrated storage for a new level of simplicity, density, and Provides the performance, scalability, flexibility density optimization, storage simplicity, and configuration flexibility Composable Frame Everything needed to run applications, so IT can be quickly setup and consumed Auto-integrating makes scaling simple and automated at rack/row scale Photonics and memristor ready for investment protection Let’s frame the question in terms of Outcomes and Enablers Fast-to-deploy and Flexible Infrastructure Desired Outcome: to meet changing business requirements Composability Capacity as a Service Enablers of that Unified API Outcome: Software-Defined Intelligence Fluid Resource Pools Technology Business Enabler Enabler 20 Questions? Thank you Brendan Sit [email protected] @brendansit.