PKI and digital certification infrastructure
Ray Hunt
Abstract
Ray Hunt
Abstract
Secure VPN technology is only possible with the use of appropriate security systems such as encryption, digital signatures, digital certificates, public/private key pairs, non-repudiation, and time-stamping. A PKI comprises a system of certificates, certificate authorities, subjects, relying partners, registration authorities, and key repositories that provide for safe and reliable communications. This paper discusses these key technologies focusing particularly on standardisation as well as looking at some of the challenges pending its widespread operation in the industry.
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Secure VPN technology is only possible with the use of appropriate security systems such as encryption, digital signatures, digital certificates, public/private key pairs, non-repudiation, and time-stamping. A PKI comprises a system of certificates, certificate authorities, subjects, relying partners, registration authorities, and key repositories that provide for safe and reliable communications. This paper discusses these key technologies focusing particularly on standardisation as well as looking at some of the challenges pending its widespread operation in the industry.
Key concepts: Public key infrastructure, Public key certificate, Certificate authority, Computer security, Certification, Public-key cryptography, Key (lock), Certificate