Impact
MD2, MD4, MD5, RIPEMD-160, and SHA-1 are popular cryptographic hash algorithms often used to verify the integrity of messages and other data. Cryptanalysis research has revealed fundamental weaknesses in these algorithms their use is not recommended in security-critical contexts.
Do not rely on MD and RIPEMD hashing algorithms for security. Effective techniques for breaking MD and RIPEMD hashes are widely available. In the case of SHA-1, current techniques still require a significant amount of computational power and are difficult to implement. However, attackers have discovered weaknesses in the algorithm and techniques for breaking it can lead to the discovery of even faster attacks.
https://vulncat.fortify.com/en/detail?id=desc.semantic.abap.weak_cryptographic_hash#Golang
References
https://dp3.atlassian.net/browse/MB-5370
For more information
Impact
MD2, MD4, MD5, RIPEMD-160, and SHA-1 are popular cryptographic hash algorithms often used to verify the integrity of messages and other data. Cryptanalysis research has revealed fundamental weaknesses in these algorithms their use is not recommended in security-critical contexts.
Do not rely on MD and RIPEMD hashing algorithms for security. Effective techniques for breaking MD and RIPEMD hashes are widely available. In the case of SHA-1, current techniques still require a significant amount of computational power and are difficult to implement. However, attackers have discovered weaknesses in the algorithm and techniques for breaking it can lead to the discovery of even faster attacks.
https://vulncat.fortify.com/en/detail?id=desc.semantic.abap.weak_cryptographic_hash#Golang
References
https://dp3.atlassian.net/browse/MB-5370
For more information