To: James Connolly who wrote (7725 ) 5/3/2000 10:55:00 PM From: Allen Benn Read Replies (1) | Respond to of 10309
Is it possible that running applications on a network server would be too expensive for the end user ? Actually, much of what I do everyday on a computer is housed and processed on a server. Almost anything related to stocks, for example, is server-based. Intuit is offering most of the desktop products, Quicken, TurboTax, etc. in server form. Check out LiveManuals.com for the new way to keep track of manuals on all the consumer products you own. In every case, either costs are zero to the consumer or else they are very low and getting lower over time. I would guess that all successful software products companies save Microsoft are planning ways to provide their products in so-called "service" form. That is, through an Application Service Provider (ASP) through a hosting capability over the web. Intel is investing heavily to be a direct player in this space, as well as provide silicon-based products to other, emerging ASPs. Even music is now being sold as a service, replacing tapes and CDs. The attractiveness to investors of Liberate?s enhanced TV business model is because it is based on services. In fact, the word "service" no longer means professional service, but the new genre of products delivered as a service. As blunt as I can be, the desktop metaphor is an anachronism. It is anti-consumer due to its high setup cost and impossible and expensive maintenance requirements. It is technically inadequate because of its inherent lack of portability in a mobile, connected world. This has really important consequences for next generation computing. It suggests that WIND will be able to compete in applications heretofore restricted to so-called general-purpose operating systems, like the ideal QCOM cell phone. Not only that, but the features needed to properly enable thin clients include a host of things generally missing from Microsoft OSs, like domain protection, high-availability, real-time, and true scalability. Allen