2010Unpublished venueRequires access

FOBEZ-256 (A hashing function using Bezier curve)

R. S. Sankarasubramanian, K. Senthilkumar

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Abstract

Hash functions play a vital role in Information Security by providing message integrity. In any digital signature schemes the message will be hashed before getting signed. This will ensure message authentication and data integrity. Various cryptographic function such as MD4, MD5, SHA-0, SHA-1, RIPEMD etc., are available in literature but most of them are vulnerable to attacks. This project is an attempt to construct a new secured Hash function FOBEZ-256 that will withstand the known attacks in literature. The output of the hash function is a 256 bit message digest which cannot be viewed as whole number instead the output will be an image file. The advantage of this method is hard to construct a hash value from the Bezier curve.

About this research paper

What this paper is about

Hash functions play a vital role in Information Security by providing message integrity. In any digital signature schemes the message will be hashed before getting signed. This will ensure message authentication and data integrity. Various cryptographic function such as MD4, MD5, SHA-0, SHA-1, RIPEMD etc., are available in literature but most of them are vulnerable to attacks. This project is an attempt to construct a new secured Hash function FOBEZ-256 that will withstand the known attacks in literature. The output of the hash function is a 256 bit message digest which cannot be viewed as whole number instead the output will be an image file. The advantage of this method is hard to construct a hash value from the Bezier curve.

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Available abstract

Hash functions play a vital role in Information Security by providing message integrity. In any digital signature schemes the message will be hashed before getting signed. This will ensure message authentication and data integrity. Various cryptographic function such as MD4, MD5, SHA-0, SHA-1, RIPEMD etc., are available in literature but most of them are vulnerable to attacks. This project is an attempt to construct a new secured Hash function FOBEZ-256 that will withstand the known attacks in literature. The output of the hash function is a 256 bit message digest which cannot be viewed as whole number instead the output will be an image file. The advantage of this method is hard to construct a hash value from the Bezier curve.

Key concepts: Hash function, SHA-2, Cryptographic hash function, Computer science, Secure Hash Algorithm, MD5, Hash chain, Message authentication code

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