The Future of Pixel Storage
Unlike the relatively mature technologies in much of enterprise IT, imaging is still operating on the bleeding edge.The prolonged course correction at Eastman Kodak, whose cutback of 22,000 jobs in the past five years will be followedas announced late last monthby the loss of 15,000 more by 2006, is a powerful statement of the sea change thats taken place in imaging technology and practice. The much-hyped tip-over in consumer camera sales, with digital units outselling film devices by an estimated 30 percent last year, is just the froth on the wave. The far more massive tsunami is in medical diagnosis, insurance claims processing, document management and other enterprise applications. Those changes make image data a major driver of demand for processing power, network bandwidth and storage capacity in enterprise ITnot just this year but as far into the future as anyone can reasonably predict. Image processing challenges technology providers at every scalefrom the submicroscopic photo sites of camera and scanner sensors to the long-distance networks that carry radiographic images to offshore centers for competitively priced analysis. And unlike the relatively mature technologies in much of enterprise IT, imaging is still operating on the bleeding edge of the state of the art. Continued dramatic breakthroughs in core technology will continue to create corresponding surges of new demand for image support in every application realm.
When PC buyers size their hard disks, or when major health care networks talk with storage-grid operators such as Canadas Bycast, its their image or video libraries that dominate their estimates of storage volume and their demands for reliable and immediate availability. Enterprise IT builders therefore need to take this bull by the horns, not merely letting imagery wreak havoc with their hardware and other resource budgets, but actively working with users to maximize the cost-effectiveness of image-based applications and systems.