2002Unpublished venueRequires access

Certificate revocation the responsible way

Jonathan K. Millen, Rebecca N. Wright

Open publisher page 16 citations

Abstract

Public-key certificates are managed by a combination of the informal web of trust and the use of servers maintained by organizations. Prompt and reliable distribution of revocation notices is an essential ingredient for security in a public-key infrastructure. Current schemes based on certificate revocation lists on key servers are inadequate. An approach based on distributing revocation notices to "dependers" on each certificate, with cascading forwarding, is suggested. Research is necessary to investigate architectural issues, particularly reliability and response time analysis.

About this research paper

What this paper is about

Public-key certificates are managed by a combination of the informal web of trust and the use of servers maintained by organizations. Prompt and reliable distribution of revocation notices is an essential ingredient for security in a public-key infrastructure. Current schemes based on certificate revocation lists on key servers are inadequate. An approach based on distributing revocation notices to "dependers" on each certificate, with cascading forwarding, is suggested. Research is necessary to investigate architectural issues, particularly reliability and response time analysis.

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OpenAlex reports 16 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Public-key certificates are managed by a combination of the informal web of trust and the use of servers maintained by organizations. Prompt and reliable distribution of revocation notices is an essential ingredient for security in a public-key infrastructure. Current schemes based on certificate revocation lists on key servers are inadequate. An approach based on distributing revocation notices to "dependers" on each certificate, with cascading forwarding, is suggested. Research is necessary to investigate architectural issues, particularly reliability and response time analysis.

Key concepts: Revocation list, Revocation, Certificate authority, Root certificate, Computer science, Computer security, Implicit certificate, Certificate

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