in3s

In3s refers to a cryptographic hash function designed by a group of developers who wish to remain anonymous. It is a variant of the ISEAGAL ( Indigenous Secure Encryption Algorithm for Global Access and Logistics) family of algorithms. The algorithm itself is a cryptographic hash function with a unique structure and properties.

In terms of its properties, in3s is designed to be a secure and efficient hash function. It is a one-way function that maps data of variable sizes to fixed-size output. The input data is processed through a series of operations, including bit shifting, rotation, and mixing. In3s is designed to be resistant to collision attacks, preimage attacks, and second preimage attacks.

The development and release of in3s were both announced in an online forum post, where the algorithm's codebase was shared as open-source. Since its release, in3s has been integrated into various applications and use cases, including cryptographic libraries and proof-of-concept projects. It has also been subject to multiple analyses and audits to verify its security properties.

Some of the key features of in3s include its high performance, simplicity of implementation, and resistance to attacks. It is designed to be cache-timing resistant, making it more secure in environments where an attacker has access to the execution environment. However, a certain report raised concerns about in3s's security properties, stating that the algorithm may be vulnerable to specific types of attacks under certain conditions. These concerns have yet to be fully resolved, and in3s's status remains unchanged.