Information Technology Market

IT Market Research & Analysis

Cray Won Three High Performance Computing (HPC) Contracts of the DoD

Supercomputer giant Cray Inc. won all three high performance computing (HPC) system contracts of the Department of Defense (DoD). HPC contracts are awarded within framework of High Performance Computing Modernization Program (HPCMP). The set of 3 contracts, worth more than $45 million including multi-year services, is the largest DoD HPCMP system award to a single vendor in the history of the program.

The three Cray supercomputers included in the 2010 DoD HPCMP procurement are expected to be delivered in the second half of this year, and will be the company’s next generation supercomputing systems code-named “Baker.” Featuring a new interconnect chipset known as “Gemini” and enhanced system software improving the performance, productivity and reliability of the system, Cray’s planned “Baker” supercomputers build on the Cray XT system architecture of the world’s fastest supercomputer and improve it in every dimension.

Under the terms of the contract, Cray will provide three of its next generation supercomputing systems to top DoD Supercomputing Resource Centers located throughout the United States. These centers include the U.S. Air Force Research Laboratory (AFRL) located at the Wright-Patterson Air Force Base in Ohio; the Arctic Region Supercomputing Center (ARSC) in Fairbanks, Alaska; and the U.S. Army Engineer Research and Development Center (ERDC) in Vicksburg, Mississippi. The Cray supercomputers will be used to support basic and applied research, and product development and evaluation. These systems will help to protect the military through the development of new materials, fuels, armor and weapons systems, and assist long-term weather predictions to plan humanitarian and military operations throughout the world.

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U.S. Department of Energy Deploys Cloud Computing

cloud computing market The DOE National Laboratories deploy cloud services for scientific computing. U.S. Department of Energy is developing the high-bandwidth networking to transport the high volumes of data between DOE and cloud service providers required by scientific computing. The National Laboratories are also exploring hybrid solutions which would give them the ability to maintain control over the user authorization process while using cloud services such as email, calendaring and collaboration tools for instances which require strong authentication of service users.

A recent study of Market Research Media “U.S. Federal Cloud Computing Market Forecast 2010-2015” forecasts that U.S. Government spending on cloud computing enters an explosive growth phase – at about 40% CAGR over the next six years, with federal cloud computing expenditure to pass $7 billion by 2015.

Cloud computing is a pay-per-use model for enabling convenient, on-demand network access to a shared pool of configurable and reliable computing resources (e.g., networks, servers, storage, applications, services) that can be rapidly provisioned and released with minimal user effort or service provider interaction.

DOE deploys the cloud concept with its federal partners to identify opportunities to provide better service at lower cost through cloud services. The cloud model comprises five key characteristics, three delivery models, and four deployment models.

The key characteristics are:

  • On-Demand Self-Service Graphic representation of Cloud Computing showing a cloud in the center labeled with various services. Services include Servers, Networks, and Storage; Email and Calendaring; Web Two-point-oh services such as You Tube, Facebook, Twitter, Blogs and Wikis; and Software Applications. Surrounding the cloud are individual user desktop stations all connecting to the cloud.
  • Universal Network Access
  • Pooled Cloud Provider Resources
  • Rapid Flexibility
  • Pay Per Use

The delivery models are:

  • Infrastructure-As-A-Service
  • Platform-As-A-Service
  • Software-As-A-Service

The deployment models are:

  • Private Cloud
  • Community Cloud
  • Public Cloud
  • Hybrid Cloud

Several labs are exploring new collaborative social networking systems for communication with the public, for example Twitter (headlines with links), YouTube channel (video), and Flickr (photos) as distribution channels for news items.

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SGI Announces Cloud Computing Platform for High Performance Computing Applications

Worldwide Defense High Performance Computing (HPC) Market Forecast 2010-2015
U.S. Federal Cloud Computing Market Forecast 2010-2015

Until now, cloud solutions have been primarily focused on running important business applications like CRM, ERP, email and other database programs. SGI has announced the world’s first large-scale, on-demand cloud computing service specifically dedicated to technical High Performance Computing (HPC) applications, codenamed Cyclone. Cyclone initially supports a number of leading applications partners and five technical domains, including computational fluid dynamics, finite element analysis, computational chemistry and materials, computational biology and ontologies.

Cyclone is available in two service models: Software as a Service (SaaS) and Infrastructure as a Service (IaaS). With the SaaS model, customers can significantly reduce time to results by accessing and fully exploiting Cyclone’s pre-defined, pre-certified technical applications. The IaaS model allows customers to install and run their own applications.

The SGI technology at Cyclone’s core is comprised of some of the world’s fastest supercomputing hardware architectures, including SGI® Altix® scale-up, Altix® ICE scale-out and Altix® XE hybrid clusters, all based on Intel® Xeon® or Itanium® processors. The hybrid architecture offers either NVIDIA® Tesla GPUs or AMD FireStream™ GPU compute accelerators for floating point double precision workloads, and Tilera accelerators for integer workloads. High performance SGI InfiniteStorage systems are available for scratch space and long-term archival of customer data.

At the system software level, Cyclone offers a flexible computing environment with the choice of Novell® SUSE® or Red Hat® Linux® operating systems, further performance-optimized through the addition of SGI® ProPack™. Altair PBS Professional® and SGI® ISLE™ Cluster Manager provide system scheduling and management.

With Cyclone’s SaaS model, SGI delivers access to leading-edge open source applications and best-of-breed commercial software platforms from top Independent Software Vendors (ISVs). Supported applications include: OpenFOAM, NUMECA, Acusolve, LS-Dyna, Gaussian, Gamess, NAMD, Gromacs, LAMMPS, BLAST, FASTA, HMMER, ClustalW and OntoStudio. SGI expects to add additional domains and applications partners over time.

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DPI (Deep Packet Inspection) Protocol Scales to 40Gbps

Cavium Networks (NASDAQ: CAVM), a leading provider of semiconductor products that enable intelligent processing for networking and wireless applications, has announced the Cavium DPI (Deep Packet Inspection) Protocol Software Toolkit which offers industry’s highest DPI performance (40 Gbps).

According to a recent market report the U.S. Government Deep Packet Inspection market is forecast to grow at a CAGR of 36% from 2010 to about US$ 1.8 Billion by 2015.

The Cavium DPI Protocol Software utilizes extensive hardware acceleration in OCTEON Plus Multi-core MIPS processors, NITROX DPI Processors and OCTEON II processors to deliver unmatched performance which scales up to 40Gbps. It can detect and analyze hundreds of widely used protocols and can be dynamically updated in the field or at OEM customer for additional protocols. The DPI toolkit is targeted for manufacturers of networking, wireless and storage infrastructure equipment.

High Performance Deep Packet Inspection enables carriers to address these requirements by delivering newer billable services and tiered levels of service, preventing malicious traffic and monitoring the overall network and application health to ensure effective utilization.

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Deep Packet Inspection Market Report is Out

Market Research Media has announced the addition of the new report “Deep Packet Inspection (DPI): U.S. Government Market Forecast 2010-2015“. Deep Packet Inspection (DPI) is the action taken by any IP network equipment which is not an endpoint of a communication using non-header content (typically the actual payload) for some purpose.

The report projects the U.S. Government Deep Packet Inspection market to grow at a CAGR of 36% from 2010 to about US$ 1.8 Billion by 2015.

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Intel and Nokia are Merging Moblin and Maemo Software Platforms

Intel Corporation and Nokia are merging their popular Moblin and Maemo software platforms into unified Linux-based platform that will run on multiple hardware platforms across a wide range of computing devices, including pocketable mobile computers, netbooks, tablets, mediaphones, connected TVs and in-vehicle infotainment systems. The new open software platform, called MeeGo, will accelerate industry innovation and time-to-market for a wealth of new Internet-based applications and services and exciting user experiences. MeeGo-based devices from Nokia and other manufacturers are expected to be launched later this year.

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Virtual Conference Technology Powers Intel’s Global Corporate Event

virtual conference technologyIntel has chosen virtual conference technology to power its high profile corporate event – Global Sales Conference that links thousands of sales and marketing executives from 15 time zones. This is the first time the semiconductor market leader has launched international training event on this scale through this new medium using new technology.

Intel used the WebEx system to organize 5000 participants into nearly 276 virtual sessions. Virtual event logistics has been managed by Boyer Communications Group. A recent market forecast Virtual Conference & Trade Show Market Forecast 2010-2015 explosive growth in all segments of this emerging virtual event market. Intel’s event is a classic case study of the current virtual conference market state:

  • it’s corporate event
  • it’s powered by tested web conferencing software provided under SaaS (Software as a Service) model
  • Boyer Communications Group, a consulting company, bridges the gap between new technology and end user

Actually Intel is not a novice in using virtual event technology. Linden Lab’s blog describes the following case study:

When Intel’s bi-annual Embedded Channel Conference (ECC) was canceled, the conference organizers sought a less expensive means to deliver the same content and level of interaction to 150 employees and business partners. Encouraged by the work other groups at Intel were already conducting in Second Life, ECC organizers unanimously decided to execute their conference in the virtual world. The virtual ECC conference (vECC) saved Intel $265,000 of the $300,000 budget for the real world event that they cancelled–not including saved travel expenses. The vECC was executed the pilot event using The Immersive Workspaces™ solution by Rivers Run Red, a virtual world meeting and collaboration product developed exclusively for Linden Lab – for both Second Life and private networks that hosted numerous keynote presentations, live product demos, and social networking.

Virtual event market, driven now by mostly corporate events, is slowly moving to main stream – traditional conference and trade show market.

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Cloud Computing World Forum

cloud computing forumThe 2nd annual Cloud Computing World Forum will be held 29th and 30th June 2010 in Olympia, London. This is the perfect event to learn and discuss the development, integration, adoption and future of cloud computing and SaaS.

Building on the success of the 2009 show, this two day conference and free-to-attend exhibition will provide a focused platform for the global cloud and SaaS industry.

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Emerging Technology: Virtual Events

Virtual conferences and virtual trade shows are on rise for a very sound reason – virtual tradeshows typically cost much less than traditional trade shows. Since virtual trade shows can be conducted from a person’s desk, the cost of travel, lodging, and trade show displays is virtually eliminated.

A virtual trade show, often called a virtual trade fair, or a virtual event, or a virtual conference is an online 3D environment, that goes live and stays live online for a limited period of time, often with the expectation that several like-minded participants will be available online for brief spells of time, allowing them to connect with one another without travel, via the Internet, no matter where they are located geographically, to exchange valuable information.

virtual conference and virtual trade show

The worldwide virtual conference market is forecasted to grow at a compound annual growth rate (CAGR) of 56% between the period of 2010 and 2015. This prediction has been made by Market Research Media Ltd, a leading market and technology research company, in its recent research report “Virtual Conference & Trade Show Market Forecast 2010-2015“. In the estimates made by the report the worldwide virtual conference and trade show market is predicted to reach $18.6 Billion over the period 2010 – 2015.

The structure of a typical virtual expo often includes a virtual exhibit hall which users enter with specific permissions and capabilities, to either attend and view virtual displays in the exhibit hall or build virtual booths to exhibit information related to products or services on offer, just as they would at a trade fair in a convention center. The virtual event may have other components such as a virtual web conference, or a web seminar or a webinar, or other educational presentations. The virtual trade fair thus results in live interaction between all the users on many levels (one-to-one, one-to-many and many-to-many) and simultaneously. Detailed tracking mechanisms allow organizers to determine the flow of traffic in the virtual tradeshow. Although virtual tradeshows are usually conducted in specialized web environments, many have been organized and conducted in tightly controlled text based environments.

Visitors to a virtual trade fair or a virtual expo fill out an online registration form to create an online badge or avatar, and then enter a virtual exhibit hall to visit various virtual booths. The virtual booths often reflect the imagery of a real-world exhibit hall. The visuals also sometimes reflect those seen in real-world convention centers so that users can relate to them easily. A virtual booth typically has several icons which can trigger different responses upon the click of the mouse. There are icons on which a visitor would click for instant communication with the exhibitor, such as by sending an instant message, or an instant email, or making an instant voice-call. There are icons on which a visitor will be able to click for instantly playing multimedia such as videos and audio messages or other slide-show presentations. Users within the environment often create avatars as a visual representation of their person.

Virtual exhibitors use online tools to upload relevant and tailored content to appeal to the audiences. Virtual exhibits may be made to look like an exhibitor’s real-world booth in any in-person trade fair where they may be exhibiting. Virtual events could be run in conjunction with real-world or in-person trade shows. Sometimes they are stand-alone online only web events. Businesses that use virtual conferences, sometimes use them as part of their overall marketing mix.

Virtual events are used for a variety of purposes such as international trade shows, business match-makers, procurement fairs, product launches. The experience also translates well for other applications such as virtual job fairs, virtual benefits fairs, online employee networks, distributor fairs, and venture capital fairs.

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IBM awarded a U.S. Air Force contract for secure cloud computing infrastructure

The U.S. Air Force has landed IBM a contract for secure cloud computing infrastructure capable of supporting defense and intelligence networks. The ten-month project will introduce advanced cyber security and analytics technologies developed by IBM Research into the cloud architecture.

The project will push the technology boundaries of federal cloud computing market with an infrastructure design that not only supports large-scale networks, but meets rigorous security standards and the government’s Information Assurance guidelines for all networks, not only those of defense market. The Air Force’s network manages the operations of nine major commands, nearly 100 bases, and 700,000 active military personnel around the world.

IBM researchers, software architects, analytics specialists and cyber security experts will work with military personnel and other federal agencies to demonstrate an unprecedented level of security and network resiliency into the Air Force cloud design. Advanced “stream computing” analytics will be a key design component. This technology, coupled with sensors, monitors and other detection devices, would enable the Air Force to perpetually analyze the massive amounts of data flowing through its network and get fast, accurate, and actionable insights about possible threats, such as cyber attacks and network, system or application failures, while automatically preventing disruptions.

In the design, customized executive-level dashboards will be used to deliver up-to-the-second information on the health and status of the network and facilitate decision-making. This instant access to information, for example, would enable Air Force officials to automatically shift the prevention environment based on rules-based protocols in the event of a cyber attack or network anomalies.

Autonomic computing will be another important feature of the cloud model. This automated functionality will enable virtual cloud services to be managed remotely and provide capability for the cloud infrastructure to constantly retune itself for optimal performance – without human intervention.

The Obama Administration has called for more extensive adoption of cloud computing in the federal government to improve information technology (IT) efficiency, reduce costs, and provide a standard platform for delivering government services. In a cloud computing environment, IT resources – services, applications, storage devices and servers, for example – are pooled and managed centrally. These resources can be provisioned and made available on demand via the Internet. The cloud model strengthens the resiliency of mission-critical applications by removing dependency on underlying hardware. Applications can be easily moved from one system to another in the event of system failures or cyber attacks.

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