Inherent Dangers in Database Security

Sartaj Singh
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引用次数: 1

Abstract

With the danger/risk of data theft looming large over the horizon of the Internet user involved in e-banking, online shopping, transaction etc. it becomes imperative to identify the dangers involved and employ security checks. Usually big stores have secure SSL [1] connections to be used by the owners of credit cards. Use of base64 encoding instead of hexadecimal and similarly using AES-128[2] cipher algorithm certainly heightens database security because these methods ensure high security where as they shorten the length of the encrypted string. Carrying forward these two above stated methods i.e. base64 encoding and AES-128 cipher algorithm, a more secure approach will be to use random number generator in which is required only to store the 8-byte random component instead of full 16 bytes. The existing methods of encryption are also not fool proof for high end professionals. The main thrust of this paper is to identify, pinpoint and find the solutions for the inherent dangers involved in the database storage.
数据库安全的内在危险
随着网上银行、网上购物、网上交易等的互联网用户的数据被盗的危险/风险越来越大,识别所涉及的危险和采用安全检查变得势在必行。通常大型商店都有安全的SSL[1]连接,供信用卡所有者使用。使用base64编码代替十六进制,类似地使用AES-128[2]密码算法肯定会提高数据库的安全性,因为这些方法确保了高安全性,因为它们缩短了加密字符串的长度。发扬上述两种方法,即base64编码和AES-128密码算法,更安全的方法将是使用随机数生成器,其中只需要存储8字节的随机组件,而不是完整的16字节。现有的加密方法对高端专业人士来说也不是万无一失的。本文的主旨是识别、精确定位和找到数据库存储中涉及的固有危险的解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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