DocumentCode
2822638
Title
Scalable policy driven and general purpose public key infrastructure (PKI)
Author
Prasad, Vishwa ; Potakamuri, Sreenivasa ; Ahern, Michael ; Lerner, Michah ; Balabine, Igor ; Dutta, Partha
Author_Institution
AT&T Labs., Lincroft, NJ, USA
fYear
2000
fDate
36861
Firstpage
138
Lastpage
147
Abstract
This paper describes a flexible and general purpose PKI platform. Providing an easily interoperable security infrastructure. Developed at AT&T Labs, the architecture is part of the UCAID/Internet2 efforts in PKI and scalable security. The architecture can host multiple certificate authorities (CAs) from different vendors in a uniform and scalable manner. This facilitates scalable operation with third-party CA systems. It acts as a CA distributor driven by uniform enrollment procedures based on vendor independent PKI policies. The design of seamless integration facilitates easy integration with third party CA services such as Verisign. The architecture adapts software components into a framework for secure, authenticated IP services over the open Internet or within internal intranets. Policy descriptions, written in XML, support explicit controls upon certificate sources and contents. These XML-encoded policies define issuance and acceptance of X.509v3 certificates from multiple CAs supporting the obligations and warrantees, even if the policy is neither recorded anywhere nor referenced in the certificate. The PKI component has been developed within a general middleware platform
Keywords
certification; client-server systems; message authentication; public key cryptography; software architecture; AT&T Labs; CRL; CRML; OCSP; PKCS; Verisign; X.509v3 certificates; X509; XML; authenticated IP services; authentication; certificate sources; interoperable security infrastructure; intranets; middleware platform; multiple certificate authorities; policy descriptions; public key infrastructure; revocation; third-party CA systems; uniform enrollment procedures; Authentication; Computer architecture; Content addressable storage; Digital signatures; Internet; Mobile communication; Protocols; Public key; Security; XML;
fLanguage
English
Publisher
ieee
Conference_Titel
Computer Security Applications, 2000. ACSAC '00. 16th Annual Conference
Conference_Location
New Orleans, LA
Print_ISBN
0-7695-0859-6
Type
conf
DOI
10.1109/ACSAC.2000.898867
Filename
898867
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