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DAILY NEWS AND INFORMATION FOR THE GLOBAL GRID COMMUNITY / FEBRUARY 24, 2003: VOL. 2 NO. 8

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Special Features:

ARE SOFTWARE AND HARDWARE VENDORS ACCEPTING THE GRID?

There seems to be a movement in the software and harware market that is beginning to look like the grid is no longer restricted to the scientific and research domains.

Although, for many years, researchers, academia and scientist have used and relaized the potential of the grid, the business community is finally getting more involved in using the grid to solve prolems in their daily acctivities.

For years, scientists have used grids to solve complex problems in areas such as forecasting weather, modeling nuclear explosions, sequencing genes and analyzing seismic data. What's new is that grids are being used for more practical business problems, including risk analysis, digital content creation and data mining.

Grid vendors anticipate a flood of product announcements this spring, including Web server, operating system and network management software.

Traditionally associated with scientific and technical applications, grid computing is making its first forays into corporate networks as a way to increase utilization of existing corporate systems and networks.

Software vendors are shipping applications for grids, such as videostreaming, large file transmission and shared data access. And a number of other induatries are ( energy, electronics and pharmaceutical)adding Grids to their networks.

It is anticipated that these trends point to a growing demand for grid computing on corporate networks.

The Gartner group claims that the technology to hook up fast computers to attack a compute-intensive problem has been deployed in academic circles for years, and because of the increase in the powwer and capability of the computers today, the interest in is increasing.

In grid computing, a compute-intensive or data-intensive application is processed by many distributed computer systems connected via a LAN or WAN. Grids can range in size from a few computers to over a thousands of systems, which can be PCs, Unix workstations or servers.

Scientists have used grids to solve problems in areas such as modeling nuclear explosions, forecasting weather,gene sequencing and analyzing seismic data.

Sun seems to be convinced that with a grid, utilization of systems resources is far higher that a the typical 10%-20% seen on networks. In addition, as the problems get task intensive, the grid helps capatlize the idle power. This can result in either faster solutions or more power to attack the challenge. Ford Motor uses a grid in the design of its auto powertrain.

Avaki, one of the leaders in the Grid software arena, is now helping pharmaceutical companies use Grid software to provide secure access to large amounts of data stored across distributed systems. "Pharmaceutical companies have research teams spread around the world, and they need to ensure that the data being used by all their teams is current and consistent," says Tim Yeaton, president of Avaki. "With our software, the data is grid-enabled. The alternatives are using FTP, which is complex and expensive to deploy, or setting up a separate Web site."

IBM has big plans to attach OGSA support in its Tivoli, DB2, WebSphere and Storage Tank software. IBM is already shipping OGSA support in all of its operating systems, including AIX and Linux. "In 2003, we see that the financial industry, governments, life sciences, higher ed and the industrial sector will be hot areas for grids," says Dan Powers, vice president of grid strategy at IBM. "Towards the second half of 2003, when the standards come out and products include them, that's when we'll see more general-purpose uses of grids."

Platform, has had a management tools for distributed computing on the market since 1992. Platform's. One of Platforms largest customers is JP Morgan Chase.

Kontiki added a grid component to its suite of software, which provides managed delivery of video and other large files across an enterprise network.

DataSynapse has also joined the group of Grid vendors with its LiveCluster software. A number of financial services firms, including Bank of America and Abbey National Group, use LiveCluster to run compute-intensive risk analysis and pricing programs over grids.

The Global Grid Forum has developed the Open Grid Services Architecture (OGSA). The (OGSA) will make it easier for companies to incorporate grid applications that work across heterogeneous networks and the Web.

The Globus Project's Globus Toolkit 3.0 is another application that will help companies maximize their resources.

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