zClouds - A better business Cloud
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zClouds - A better business Cloud zClouds - A better business Cloud Presentation Transcript

  • zClouds: A better Business Cloud© Satyam 2009 1
  • Mainframe - Practice Highlights Agenda Cloud Requirements System z Features Summary zCloud Use Cases Questions© Satyam 2009 2
  • Mainframe - Practice Highlights Cloud Requirements Cloud’s basic requirements boil down to four : Scalability involves the Resilience is the ability to keep ability to grow large while going when infrastructure functionality remains elements fail. undiminished. Finally, a cloud must Elasticity is the ability to support Security add resources to requirements for support a service applications without disruption of operations© Satyam 2009 3
  • Mainframe - Practice Highlights Scalability  System z Virtualization along with Parallel Sysplex enables near linear processor scalability  Supports various workload instances on a basic set of resources (eg: Java,Linux,DB2)  System capacity can be plugged into existing and running systems  Parallel Sysplex environment can scale near linearly from 2 to 32 system z machines “Unchallenged Virtualization enables System utilization rates +80% and ¼ of the network costs of distributed capacity”© Satyam 2009 4
  • Mainframe - Practice Highlights Virtualization Massive virtualization capability supporting thousands of virtual Linux guests on a single Logical Partition (LPAR).  System z provides logical (LPAR) and software (z/VM) partitioning  PR/SM enables highly scalable virtual server hosting for LPAR and z/VM  IRD coordinates allocation of CPU and I/O resources among LPARs “… z/VM 5.3 and above can host more then 1,000 virtual images on a single hypervisor - topping any virtualization solution in the industry." The value realized at the infrastructure level is then permeated into PaaS and SaaS© Satyam 2009 5
  • Mainframe - Practice Highlights The Power and Flexibility of System z Virtualization  Over 40 years of continuous innovation in virtualization technologies  Multiple images concurrently share all physical resources  Resources delivered as required, automatically, based on need  New OS images can be started without affecting on-going work  Hardware assists used to accelerate virtualization operations© Satyam 2009 6
  • Mainframe - Practice Highlights Parallel SYStems comPLEX With IBMs Parallel Sysplex technology, you can harness the power of up to 32 z systems.  Parallel Sysplex cluster contains multisystem data and resource sharing technology  The combination of Parallel Sysplex and Intelligent Resource Director enables your e-business application to take full utilization of servers’ resources  Work requests that are associated with a single workload can be dynamically distributed for parallel execution  Manage multiple systems as a single system from a single point of control “Every server in a Parallel Sysplex cluster has access to all data resources and every "cloned" application can run on every server “© Satyam 2009 7
  • Mainframe - Practice Highlights Resilience  The System z product line is designed to offer fault tolerance to reduce single point of failure(SPOF). Mean time between failure(MTBF) is measured in decades  Quick retargeting of spare instances of application elements, facilitated by virtualization  Parallel Sysplex and Globally Dispersed Parallel Sysplex(GDPS) ensures near continuous availability “System z provides fault tolerance for all of its key components. This includes not just the CPs, memory or I/O, but also the timing oscillator card, power supply, channel paths and others.”© Satyam 2009 8
  • Mainframe - Practice HighlightsHyper swap feature enhances the resilience of Parallel Sysplex by facilitating theimmediate switching of PPRC mirrored disk subsystems.  HyperSwap, a software technology that can seamlessly substitute Metro Mirror (peer-to-peer remote copy, or PPRC), secondary devices for PPRC primary devices  GDPS helps automate recovery procedures for planned and unplanned outages to provide near-continuous availability and disaster recovery capability.© Satyam 2009 9
  • Mainframe - Practice Highlights Elasticity  The virtualization, resource allocation and coordination are built into the platform  Shared everything enables less components and a more simplistic IT foundation  Supports capacity upgrade on demand (CUoD) and on/Off Capacity on demand(on/off CoD) that is transparent to end users  Cost Per Image for Linux workloads is lowest for a z/VM based private cloud by adding IFLs to existing System z infrastructure© Satyam 2009 10
  • Mainframe - Practice Highlights CUoD & On/Off CoD  Capacity Upgrade on Demand (CUoD) allows for the non disruptive addition of central processor capacity  CUoD can quickly add processor capacity up to the maximum number of available inactive engines.  On/Off CoD gives you the ability to rent hardware capacity by the day  You can turn on/off processing units or Integrated Facilities from your original configuration  You pay only for the days the processing units or Integrated Facilities are turned on. CIU (Customer Initiated Upgrade) is a Web-based solution for customers ordering and installing permanent upgrades by creating an order on IBM Resource Link and utilizing the System z Remote Service Facility (RSF) for downloading and activation.© Satyam 2009 11
  • Mainframe - Practice Highlights Cost Per Image for Linux workloads (5 Yr TCO) TCO over 5 years for running 100 Linux images using five different platforms:  Buy stand-alone x86 servers (running one image/workload on each)  Rent Amazon EC2 instances (running one image/workload on each)  Buy large x86 servers and provision virtual servers using an x86 hypervisor (private cloud)  Upgrade an existing z10 EC machine and provision virtual servers using z/VM (private cloud)  Buy a new z10BC machine and provision virtual servers using z/VM (private cloud) “Private cloud implementations built around larger virtualized System z servers can be up to 77% less expensive than public cloud options over a five year period and around 81% less than a distributed stand-alone server approach”© Satyam 2009 12
  • Mainframe - Practice Highlights Cost Per Image for Linux workloads (5 Yr TCO)© Satyam 2009 13
  • Mainframe - Practice Highlights Security  Extremely high levels of security for guest operating systems  Hardware Registry  Virtual Address Space  IOCDS Definitions  z/VM user definition and z/VM security is accomplished by the z/VM directory.  ESMs like Resource Access Control Facility (RACF) provide additional centralized security functions  The cryptographic co-processor  The z/OS IDS uses policy-based - rather does encryption in than signature-based - identification with hardware, reducing the capabilities for detecting and preventing not performance penalty only known attacks, but also new attacks  With z/VM you can setup the for which there are no developed attack TCP/IP connections to the z/VM signatures. guests to be protected by Secure  zSeries hardware partitioning was the first Socket Layer (SSL). product of its kind to be awarded EAL5  Uses the internal Hipersockets to (Evaluation Assurance Level) reduce the security risks that come international common criteria security with network externalization certification.© Satyam 2009 14
  • Mainframe - Practice Highlights  Every component in the box operate in full isolation for security and recoverability.  Components are integrated through memory-to-memory speed hipersockets (In-memory TCP/IP network) reducing intrusion points to minimum.© Satyam 2009 15
  • Mainframe - Practice Highlights The Operational Efficiency of System Z Parameter Efficiency Near linear scalability Upto 9000000+ concurrent users; TBs of data Mean Time Between Failures Measured in decades versus Months ¼ Network equipment cost Virtual Connectivity Networks 1/25th floor space 400 sq. ft Vs 10000 sq. ft 1/5th administration <5 people Vs >25 people Highest Avg. resource utilization Upto 100% Vs < 30% Capacity Management & Upgrades On Demand, In-hours, not week or months Security Intrusion Points Reduced by zArchitecture and # of access points Higher concurrent workload Hundreds of applications Vs few© Satyam 2009 16
  • Mainframe - Practice Highlights System z is a better business Cloud Simplified Management • Reduce complexity with centralized management of networks and resources Highly Scalable • Built in elasticity for just in time capacity supporting massive scale, +900k users with TBs of data Energy Efficient • Consumes 1/12th the electricity as a distributed server farm High Availability • Availability for 24x7x365 with zero data loss disaster recovery and MTBF measured in decades High Virtualization • Virtualize “share everything” environment enables 100% utilization without degradation Operationally Efficient • Less resources required to support more workload resulting greater ROI for IT Projects© Satyam 2009 17
  • Mainframe - Practice Highlights zCloud Use Cases Marist College had mainframe for last 30 years. Recently upgraded their machines to a four engine (z/OS,zAAP,IFLs) machine IaaS- College has given access to z/VM guests for running College operations and administration applications for other colleges SaaS- Sakai, an online educational environment that supports courses, collaboration, and other organizational resources that complement traditional college activities at an institutional level. Running its Taikodom massively multiplayer online game (MMOG) on IBM System z Cloud PaaS - Hoplon now offers a development platform, Bitverse World Builder, the BitVerse Runtime, and Eclipse-based tools and libraries, for design and software development. IBM System z machines will combine high-performance features of mainframe computers with the parallel processing capabilities of IBM’s Cell Broadband Engine chip. Transzap is a Leading SaaS provider of ePayable, digital data, and spend analysis solutions for energy consumption They had 44,000+ users, 4,200 companies and $80 B in transaction volume. They faced Challenge to scale, manage and secure SaaS - Transzap virtualized Oracle and other applications with z/VM on System z and having Linux as the OS, to serve more than 69,000 users across 6,800 companies with higher level of up-time© Satyam 2009 18