Internet provides valuable technology infrastructure tool.The Internet has revolutionized information distribution. Aided significantly by the huge acceptance of the World Wide Web and its platform independent browser technologies, the Internet has become the defacto standard global information infrastructure on which all types of information are stored, accessed, processed, and distributed. As a massive, subsidized sub·si·dize tr.v. sub·si·dized, sub·si·diz·ing, sub·si·diz·es 1. To assist or support with a subsidy. 2. To secure the assistance of by granting a subsidy. telecommunications infrastructure, the Internet offers economies of scale not achievable with any other single technology. Today, companies can leverage the Internet and Internet technologies as their primary technology infrastructure on which mission critical business systems and applications can be cost-effectively deployed. Before discussing how and why leveraging the Internet for your business is beneficial, it is important to define two key terms Internet and World Wide Web ("Web"). These terms are often used interchangeably, but it is their convergence that has resulted in the technological opportunities we see today. The term Internet refers to the worldwide system of interconnected networks originally conceived of in the early 1960s and first implemented by DARPA DARPA: see Defense Advanced Research Projects Agency. (Defense Advanced Research Projects Agency) The name given to the U.S. Advanced Research Projects Agency during the 1980s. It was later renamed back to ARPA. as ARPANET (Advanced Research Projects Agency NETwork) The research network funded by the U.S. Advanced Research Projects Agency (ARPA). The software was developed by Bolt, Beranek and Newman (BBN), and Honeywell 516 minicomputers were the first hardware used as in 1969. Highly subsidized, the Internet now connects millions of computers and tens of thousands of networks worldwide. The Web on the other hand was not introduced until 1991. Created by Tim Berners-Lee (person) Tim Berners-Lee - The man who invented the World-Wide Web while working at the Center for European Particle Research (CERN). Now Director of the World-Wide Web Consortium. Tim Berners-Lee graduated from the Queen's College at Oxford University, England, 1976. at CERN CERN or European Organization for Nuclear Research, nuclear and particle physics research center straddling the French-Swiss border W of Geneva, Switzerland. , the Web is a document navigation service based on hypertext documents with links to graphic images, audio, video, and text documents. Information accessible via the Web is stored on Web servers deployed over the Internet and is accessed via platform independent Web browser The program that serves as your front end to the Web on the Internet. In order to view a site, you type its address (URL) into the browser's Location field; for example, www.computerlanguage.com, and the home page of that site is downloaded to you. software such as Internet Explorer Microsoft's Web browser, which comes with Windows starting with Windows 98. Commonly called "IE," versions for Mac and Unix are also available. Internet Explorer is the most widely used Web browser on the market. It has also been the browser engine in AOL's Internet access software. and Netscape. For the balance of this article, the term Internet refers to the combined capabilities of the Internet and the Web. Over the last decade, businesses have increasingly utilized the Internet as a means of accessing and sharing static documents, generally published as HTML HTML in full HyperText Markup Language Markup language derived from SGML that is used to prepare hypertext documents. Relatively easy for nonprogrammers to master, HTML is the language used for documents on the World Wide Web. files and accessed via the Web. In fact, information sharing See data conferencing. between businesses and consumers has grown over the past five years like no other time in history. But this represents only a small part of the story. Organizations looking to leverage prior investments in technology and mitigate the risk associated with technology obsolescence ob·so·les·cent adj. 1. Being in the process of passing out of use or usefulness; becoming obsolete. 2. Biology Gradually disappearing; imperfectly or only slightly developed. and scalability must understand the Internet offers a defacto standard worldwide information infrastructure on which existing computing platforms See platform. can be cost-effectively connected and extended. Until recently, organizations have been constrained from moving mission critical business functions to the Internet due to limitations in security, bandwidth, and storage technologies. Such technological constraints are rapidly dissolving. Bandwidth and storage are increasingly available and more stable at a continuously decreasing price. Security technologies have evolved to the point where billions of dollars in financial transactions are safely executed daily over the Internet, and the federal government has begun establishing rules contemplating the electronic transmission of individual patient history and health care information over the Internet. As a computing platform, the Internet has two key attributes not seen with traditional proprietary computing environments -- low cost and accessibility. As a result of the Internet's governmental and academic origins and a general acceptance that it possesses great public value, the Internet has historically been well subsidized. As a result, organizations wishing to take advantage of the Internet do not have to build the entire "information superhighway", but rather only have to fund the "on ramp" (i.e., Web-enable their business systems). As a result, economies of scale associated with leveraging the Internet's telecommunications infrastructure are available to all who wish to benefit. The biggest challenge facing businesses attempting to deploy technology is accessibility. The interconnected nature of the Internet combined with the ubiquitous availability of Web browsers The following is a list of web browsers. Historical Historically important browsers In order of release:
The benefits of leveraging the Internet as a mission critical business system platform are significant. Businesses are able to develop and deploy substantial technology and functionality at a fraction of the cost because of the Internet's economies of scale, while workers from clerical to knowledge-based gain real-time, ubiquitous, contextual access to mission critical information and functionality without regard to physical location, information or access method. |
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