USSR State Standard GOST No. 3410-94. Information technology. Cryptographic protection of information. Procedures for generating and verifying an electronic digital signature based on an asymmetric cryptographic algorithm.
STATE STANDARD OF THE RUSSIAN FEDERATION
GOST No. 3410-94
Information technology.
Cryptographic protection of information.
Procedures for generating and verifying an electronic digital signature based on an asymmetric cryptographic algorithm.
Date of introduction 01/01/95
| KGS Code | P85 |
| OKSTU Code | 5002 |
| GRNTI Rubricator Index | 5041 |
| OKS Code | 35.040, 35.060, 35.080, 35.100, 35.140, 35.240 |
| Type of standard. | Process standards |
| Type of requirements | Unclassifiable categories |
Preface
1. Developed by the Main Directorate for Communications Security of the Federal Agency for Government Communications and Information and the All-Russian Research Institute for Standardization.
Introduced by the Technical Committee for Standardization TC 22 “Information Technology” and the Federal Agency for Government Communications and Information.
2. Adopted and put into effect by the Resolution of the State Standard of Russia dated 23.05.94 No. 154
3. Introduced for the first time
Introduction
The expanding use of information technology in the creation, processing, transmission and storage of documents requires, in certain cases, maintaining the confidentiality of their content, ensuring completeness and reliability.
One of the effective areas of information protection is cryptography (cryptographic information), widely used in various areas of activity in government and commercial structures.
Cryptographic methods of information protection are the subject of serious scientific research and standardization at the national, regional and international levels.
This standard defines the procedures for generating and verifying an electronic digital signature based on an asymmetric cryptographic algorithm using a hashing function.
An electronic digital signature ensures the integrity of messages (documents) transmitted over unprotected public telecommunication channels in information processing systems for various purposes, with guaranteed identification of its author (the person who signed the document).
Scope
This standard establishes the procedures for generating and verifying an electronic digital signature (EDS) of messages (documents) transmitted over unprotected public telecommunication channels in information processing systems for various purposes, based on an asymmetric cryptographic algorithm using a hashing function.
The implementation of an EDS system based on this standard ensures the protection of transmitted messages from forgery, distortion and unambiguously allows for the signature of the person who signed the document to be verifiably confirmed. message….