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Fabric Computing – Innovation for a Future Ready Mission Critical Solution Environments Vic Herring

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Fabric Computing – Innovation for a Future Ready Mission Critical Solution Environments Vic Herring Unisys Seminar Fabric Computing – Innovation for A Future Ready Mission Critical Solution Environments Vic Herring ClearPath and Forward APAC Product Manager The Data Centre of the Future Will Grow Increasingly Diverse Maximising benefits will involve spreading workloads across a Application Inventory “Virtual Data Center” footprint, judiciously utilising dedicated Migration Strategy Cloud Dedicated assets, private cloud, and public cloud capabilities. Intelligent Application Placing application workloads on the optimal Alignment Applications infrastructure to maximise benefits, yet manage risks due to security, compliance, or availability. Building out the mission critical private and Infrastructure public cloud infrastructure to broker the right mix of “controlled” infrastructure options in the Service Brokering VDC. Ensuring that all VDC assets retain the security, manageability, serviceability, reliability, and Management recoverability attributes required by the enterprise. Unified Service Management Leveraging new disruptive cloud technologies provides an opportunity to further optimise cost, speed/ agility, and service quality to increase enterprise value. © 2014 Unisys Corporation. All rights reserved. 2 The Business Impact of the Disruptive Trends Enterprise CIOs are facing the most disruptive period in the history of Information Technology Technology Shifts… Creating New Forms of Business Value … Infrastructural shift to Cloud Computing • Cloud Computing transforms the economics of IT enabling cost reduction and increased agility Mobile Computing and new end-points Shift to mobility as • the “new desktop” (Wearables, Internet of Things) expand the edge of the enterprise • Social Computing enables connection to a new Collaborative shift to social computing generation and improves collaboration • Big Data enables opportunities for real-time Informational shift to decision making and competitive advantage unstructured data and real time analytics • Cybersecurity models must adapt to protect sensitive data wherever it resides The Cyber security perimeter is no longer defendable © 2014 Unisys Corporation. All rights reserved. 3 Software Defined Data Centers Simplifying the “Engine Room” of IT to make Hybrid Computing and Cloud Delivery Simple Evolution of the Cloud Today’s Environment Future Environment Private Cloud (Internal, Hosted) Hybrid Computing (Provisioning, ITSM, Identity) Public Cloud (SaaS, PaaS, IaaS) Cloud Ecosystem (Niche Providers, PaaS, Industry PaaS) Software defined data centers and their accompanying software stacks represent the next generation of hybrid cloud computing All x86 data center is borderless, partitioned, virtual, automated, and secure © 2014 Unisys Corporation. All rights reserved. 4 Realizing the x86 Data Center The Secure Software Defined Datacenter • A selectionMigrate of tocontemporary Linux software stacks to support COTS and custom application stacks … freedom of choice • State of the Art server infrastructure allowing the highest performance, supporting new in memory database models and the highest bandwidth, lowest latency interconnects … limitless elasticity © 2014 Unisys Corporation. All rights reserved. 5 Introducing the Fabric Lifestyle and lifecycle Fabric Evolution The heart of the organic datacenter never stops beating Work Work Work load Work load load Extreme Automation Work load Work Work load load load Work Work Work load Partition Management Virtual Management load load “Retired “New Workloads” Workloads” USAS SAP MCP OS2200 COM ABSuite Svc Svc “Emerging Obsolete Hadoop .Net MQ ePortal SMA EOM Svc Svc Services” Services Svc Svc Svc Svc Intel Xeon Platform Intel Xeon Platform Sandy Bridge Ivy Bridge “Phase 2 “Orderable” Support High Speed and Secure Interconnect (Memory, Eth & IB) Termination” Intel Xeon Platform Future Bridge Intel Xeon Platform Old Bridge SAN Network Storage Storage Intel Xeon Platform New Obsolete Intel Xeon Platform Next Bridge Interconnect Media Interconnect Media Older Bridge time • Fabric is Organic – it evolves, it expands, it shrinks and it can move. • Platforms are added and retired as needed independent of workloads • Application deployment/migration independent of platform sale • All resources are deployed within the fabric © 2014 Unisys Corporation. All rights reserved. 6 The Modern Mission Critical Data Centre © 2014 Unisys Corporation. All rights reserved. 7 Fabric Architecture Enterprise • Just what is the fabric? VMware EnterpriseWindows and Linux The Fabric consists of multiple WindowsUp and to 6 Linux “small” partitions per W/L Customer W/L nodes with granular partitioning selectableplatform Various VMs W/L W/L ® s configurations s enabled by s-Par , woven together s s s-Par® / Interconnect with a high speed secure Interconnect s-Par® / Interconnect interconnect. System Unisys Intel Platform Management Unisys Intel Platform Unisys Intel Platform Each partition or partition complex • Management LAN hosts an operating system instance supporting customer applications. High Speed and Secure Interconnect • The Fabric Interconnect provides communication pathways between Enterprise Enterprise Windows and Linux Windows and Linux the partitions within and between Mixed Partition nodes. W/L Sizes W/L W/L s s s • Management and security are Stealth s-Par® / Interconnect s-Par® / Interconnect inherent to the fabric infrastructure. Licensing and Logging Unisys Intel Platform Unisys Intel Platform • Stealth technology provides application Communities Of Interest W/L = Windows or Linux SAN Network (COIs). S = Stealth DiM (optional) Storage Storage © 2014 Unisys Corporation. All rights reserved. 8 Transitioning Unisys Mainframe to the Fabric Merging Mainframe Technologies to Forward! ClearPath Fabric ClearPath OS Complex Enterprise Windows and Linux Node Customer ClearPath Specialty OS/DB IO W/L selectable W/L High Performance/Capacity Partitions configurations s-Par (Xeon partitioning) s-Par (Xeon partitioning) Unisys Intel Complex Unisys Intel Platform Operating System and Database Operating System and Database High Speed and Secure Interconnect (switched) ClearPath Entry Performance/Capacity Mixed Small Partition Large X-Large Specialty IO Sizes Partitions Specialty OS & DB Specialty IO Partitions Partitions s-Par (Xeon Partitioning) Xeon Partitioning s-Par (Xeon Partitioning) s-Par (Xeon Partitioning) s-Par (Xeon Partitioning) Unisys Intel Platform Unisys Intel Platform 1 of ‘x’ Nodes 1 of 4 Nodes 2009 2012 2014 and beyond Introduced a single node Introduced a Xeon multi-node Unisys fabric infrastructure - a multi-node distributed OS architecture distributed OS architecture with Xeon switched high performance using s-Par® Xeon Platform a high speed point to point architecture that is partition-able to Partitioning technology interconnect support Windows & Linux applications & 1 Node databases © 2014 Unisys Corporation. All rights reserved. 9 Unisys Mission-Critical Platforms Without Compromise! Operating Number of Date of Last Compromised System Vulnerabilities Vulnerability User Data Unisys employs sound security Unisys ClearPath 0 - No practices and is currently OS2200 implementing the best practice security enhancements for the Unisys ClearPath 1 12/31/2002 No s-Par environment and its MCP implemented operating systems… Symantec, Sept. 2011 IBM System i 22 01/02/2014 Yes (iSeries) IBM System z 23 01/02/2014 Yes (zSeries) OpenVMS 35 12/13/2012 Yes HP-UX 329 08/26/2014 Yes The s-Par ® platform allows the customer AIX 357 09/04/2014 Yes to deploy Forward!™ by Unisys confident that it will provide industry leading levels of Unix 680 09/22/2014 Yes security. Solaris 903 08/26/2014 Yes Intel Security, Sept 2014 Windows 3,516 09/29/2014 Yes Linux 4,403 09/28/2014 Yes Intel x86 Platform This chart was developed by Unisys and represents Unisys’ interpretation of publicly available NIST data. Data taken Oct 2, 2014 © 2014 Unisys Corporation. All rights reserved. 10 Unisys’s Software-Based Fabric Computing Infrastructure Virtualized Server Physical Server Secure Partitioning + Increase workload density = + Predictable performance + Increase workload density with fewer servers + Dedicated resources to one predictable performance + Dynamic capacity allocation application + Dedicated resources with shared resources + Application isolation + Processor + Good for many “non-critical” - Typically underutilized + Memory workloads - Server sprawl + I/O and storage - Performance impacted by - Highest cost for HW/SW workload of other virtual + Partition isolation for security maintenance, power and + Right sized for workloads machines. cooling - Typically oversubscribed App App App App App App App App OS OS OS OS OS Par Par - OS - OS OS s s Dedicated Resources Virtualization CPU CPU CPU CPU Mem Mem Mem Shared Resource Pool Mem Storage Storage Storage CPU | Mem | Storage Storage Assigned Resources Server Server Server Maximized hardware Predictable system Provides hardware efficiencies utilization but system performance but inefficient and predictive performance performance not guaranteed use of hardware through secure isolation © 2014 Unisys Corporation. All rights reserved. 11 Predictable Performance (Noisy Neighbour) The Unisys Forward! Multi-Virtual Partition (VP) test Unisys Forward! Virtual Partition (VP) vs. Industry Standard Hypervisor (VM) 120,000 122% higher 113% than 100,000 VM higher than Predictable Performance VM 80,000 (Noisy Neighbour) VP #4 43% higher 60,000 than VP #3 16% VM higher than 40,000 per (IOPS) secondIO VM VM #4 VP #2 VM #3 20,000
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