What is ISO/IEC 18014-2 about?
ISO/IEC 18014-2 is the second part of the multi-series European standard that specifies mechanisms that generate, renew, and verify independent time stamps. To verify an independent time-stamp token, time-stamp verifiers do not need access to any other time-stamp tokens. That is, such time-stamp tokens are not linked.
ISO/IEC 180142 helps you in using the private key to digitally sign the time-stamp token helps in verifying the security measures by auditing with the third party.
Who is ISO/IEC 18014-2 for?
ISO/IEC 18014-2 on Information security is useful for:
- Cyber security
- Time stamping authority
- Cyber security experts
- Any entity responsible for providing security solutions
Why should you use ISO/IEC 18014-2?
A timestamp is the current time of the event that a computer record. The timestamp is important to you as it helps in keeping the records of when the information is being created, exchanged or deleted online.
ISO/IEC 18014-2 will help you in protecting the time stamp tokens by a variety of mechanisms that may be chosen by the time-stamp requester and/or imposed by the time-stamping authority. That means it helps in keeping the integrity of data and also authentication protection of data while exchanging the information between the actors.
ISO/IEC 18014-2 helps in using the private key to digitally sign the time-stamp token.
ISO/IEC 18014-2 helps in verifying the security measures by auditing with the third party.
ISO/IEC 18014-2 provides methods and guidelines to secure information while exchanging or creating data on the internet.
Overall, ISO/IEC 18014-2 specifies the mechanisms that protect time stamp tokens by providing timestamp services. These systems provide full privacy and security for all transactions, making them safe and trustworthy.
What’s changed since the last update?
BS ISO/IEC 18014-2:2021 supersedes BS ISO/IEC 18014-2:2009. BS ISO/IEC 18014-2:2021 includes some technical changes concerning ISO/IEC 18014-2 that include:
- Updated the definition of a hash function to a collision-resistant hash-function
- Application of style and editorial changes