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Proceedings Paper

ATM payload encryption and security-on-demand
Author(s): Gary N. Cohen
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Paper Abstract

Communications over wide area networks are becoming a commonly used form of commercial interaction. Internet Protocol (IP) transfer of data packets has facilitated world-wide connectivity of employees who use computers as a daily tool. There is rapidly growing interest in Asynchronous Transfer Mode (ATM) networking as a means of increasing service, while reducing cost-per-bit for transmission. ATM can simultaneously carry IP data packets along with other data forms such as voice and video. In the commercial world, which has become aware of the need for security on its data transmissions and is just beginning to acquire products individually for IP, or voice, or video data security, there now arises the potentially unifying transfer mechanism of ATM, and with it the prospect of a seemingly more unified ATM security process as well. As first applications of ATM security are emerging, we enter an era of complex requirements and issues that must be addressed if these security products are to be genuinely used. This paper will begin with a brief introduction to ATM encryption as a process. However, its primary focus will be upon the issues and technical challenges that face potential developers of ATM encryption products. This is useful because the type of encryption a designer selects and the details of its implementation are influenced by the threat to be addressed as well as the communication environment. These decisions will be influenced particularly heavily for ATM by the initial investment required to develop an encryptor. A summary of the state-of-the-art will be provided in conclusion.

Paper Details

Date Published: 3 January 1996
PDF: 8 pages
Proc. SPIE 2615, Integration Issues in Large Commercial Media Delivery Systems, (3 January 1996); doi: 10.1117/12.229212
Show Author Affiliations
Gary N. Cohen, GTE Government Systems Corp. (United States)


Published in SPIE Proceedings Vol. 2615:
Integration Issues in Large Commercial Media Delivery Systems
Andrew G. Tescher; V. Michael Bove, Editor(s)

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