Some applications can actually get away without using traditional cryptography. These applications utilize other mechanisms, such as hashing algorithms, in order to provide some assurance about data.

Chaotic hash functions represent a cutting‐edge convergence between nonlinear dynamics and cryptographic science. These functions employ chaotic maps—mathematical systems that exhibit extreme ...

Hashing vs. Encryption: What’s the Difference? Because encryption and hashing serve different purposes for federal IT security teams, it’s important to know the key differences. While encryption is ...

That’s where encryption, hashing, and obfuscation come in. This article hopes to clear up some misconception in the industry as to how these technologies work and how they relate to each.

A hash is a unique string of characters generated by a mathematical function, used to represent data and ensure its integrity in cryptography and blockchain technology.

In its essence, a cryptographic hash algorithm is a highly complex math formula that can be used to create digital signatures and authenticate data to ensure it hasn’t been tampered with. The ...

A cryptographic hash function combines the message-passing capabilities of hash functions with security properties. Hash functions are algorithms that determine how information is encrypted.

Securing user information begins with a proper understanding of security controls and the protection of user passwords using modern hashing algorithms. Here's a quick review of the fundamentals.

What does cryptographic hash function actually mean? Find out inside PCMag's comprehensive tech and computer-related encyclopedia.