Paper Info
Title
Flexible Cryptographic Component Design for Secure Web Applications
Abstract
Although Internet serves many contents and services, it has serious problems of security: the invasion of privacy, hacking and etc. To prevent these problems, two implementations have been presented: Hardware and Software implementations of cryptographic algorithms. Hardware implementations of cryptographic algorithms provide much faster than software implementations. However, Software implementations are much flexible and low-cost. Many software-approaches have been presented. But, they are not suitable for internet usage. This is because they provide a single cryptographic algorithm and have a large executable code. In addition, they have not an automatic version management function. In order to overcome these problems, this paper presents a new crypto-ActiveX module for secure internet applications. The presented crypto-ActiveX module is designed by using Microsoft (MS) Active Template Library (ATL) and supports Component Object Model (COM) interface. Therefore our crypto-ActiveX module has a small executable code size, a fast COM code, and automatic version management function. Furthermore, since the proposed crypto-ActiveX module supports COM interface, any other software can easily use our crypto-ActiveX functions easily. Therefore, the proposed crypto-ActiveX module is suitable for secure internet applications.
Year
Venue
Keywords
2006
Security and Management
com,atl,activex,internet security,cryptography,component object model
Field
DocType
Citations 
Key management,Internet security,Cryptographic protocol,Internet layer,Computer security,Computer science,Cryptography,Cryptographic primitive,Security association,Controlled Cryptographic Item,Distributed computing
Conference
0
PageRank 
References 
Authors
0.34
6
4
Name
Order
Citations
PageRank
Tae-Ho Kim1120081.13
Jong Jin Kim221.43
Chang Hoon Kim3739.02
Chun Pyo Hong4739.02