Friday 30 December 2011

Deciphering Root Signing And Adobe CDS

By Ping Conley


Trusted root signing certificates, SSL certificate, Adobe CDS, you may have encountered these terms a few times while browsing the internet, especially if you are maintaining your own site or online business. To those who are unfamiliar with the "behind the scenes" happenings in websites and networks, these words might not carry any significance at all, but for those who are well aware of the ins and outs of data communication through the world wide web, they know that these components are of the utmost importance.

But before we can fully understand what these terms signify, we have to begin by looking at the bigger picture. And that's the public key infrastructure or PKI, a collection of computer software, hardware, data systems, techniques, and people who run and maintain a security scheme that protects private and sensitive information from the clutches of high-tech eavesdroppers.

The sensitive information are protected via cryptography, and the real contents of the message or signal are obscured by utilizing random algorithms that render them indecipherable to anyone but the rightful receiver. This is possible since the "key" to the codes are with the intented receiver, and along with it comes the capability to unlock the coded signal.

The system recognizes the correct parties through the digital certificate that they bear. These certificates are instantly verified and if they pass the test, it means that the sources can be trusted and the information will then be allowed to go through. Root signing certificates function by issuing digital certificates that are congruent with, or trusted by main browsers worldwide.

On a separate but not entirely unrelated subject, Adobe CDS or certified document services are digital signing measures that automatically signify to the target recipient system that the Adobe PDF file has already been verified by a trusted security system, which means that whatever is contained inside the PDF file is real and correct. Just like the whole information security system, it prevents digital eavesdropping or phishing from plaguing a network and ensures the authenticity of all the data exchanged through the various networks.




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