# SHAvite-3
**Wikidata**: [Q16530359](https://www.wikidata.org/wiki/Q16530359)  
**Source**: https://4ort.xyz/entity/shavite-3

## Summary
SHAvite-3 is a cryptographic hash function developed by Eli Biham and Orr Dunkelman. It was created in 2008. As a cryptographic hash function, it belongs to a special class of hash functions designed for use in cryptography.

## Key Facts
*   SHAvite-3 is an instance of a cryptographic hash function.
*   It was developed by Eli Biham and Orr Dunkelman.
*   The inception date for SHAvite-3 is 2008.
*   Eli Biham is an Israeli cryptologist, mathematician, and computer scientist, born in 1960.
*   Orr Dunkelman is an Israeli cryptographer, professor, inventor, and university teacher, born on December 2, 1980.
*   SHAvite-3 has a Google Knowledge Graph ID of /g/1yp37k_gn.
*   Information about SHAvite-3 is available in Russian on Wikipedia.

## FAQs
### Q: What is SHAvite-3?
A: SHAvite-3 is a cryptographic hash function. It was developed by Eli Biham and Orr Dunkelman and first appeared in 2008. It is a specialized type of hash function used in cryptography.

### Q: Who developed SHAvite-3?
A: SHAvite-3 was developed by Eli Biham and Orr Dunkelman. Eli Biham is an Israeli cryptologist, while Orr Dunkelman is an Israeli cryptographer and professor.

### Q: When was SHAvite-3 developed?
A: SHAvite-3 was developed in 2008. This is its recorded inception date.

### Q: What type of function is SHAvite-3?
A: SHAvite-3 is a cryptographic hash function. This is a special class of hash function that possesses specific properties making it suitable for various cryptographic applications.

## Why It Matters
Cryptographic hash functions, such as SHAvite-3, are foundational elements in modern digital security, playing a critical role in ensuring data integrity, authenticity, and non-repudiation across various applications. These functions transform arbitrary-sized data into a fixed-size string of characters, known as a hash value or message digest. The "special properties" that define a cryptographic hash function—including being deterministic, computationally efficient, resistant to pre-image attacks (one-way), and collision-resistant (difficult to find two different inputs that produce the same hash)—are indispensable for securing digital communications and transactions.

They are essential for tasks like verifying file integrity, storing passwords securely, creating digital signatures, and underpinning blockchain technologies. By providing a unique digital fingerprint for data, cryptographic hash functions enable detection of any unauthorized alteration, even a single bit change. While the specific widespread adoption or unique impact of SHAvite-3 itself is not detailed in the provided information, its development contributes to the broader field of cryptographic research and the continuous effort to create more robust and secure algorithms. The ongoing innovation in this area is crucial for protecting sensitive information in an increasingly digital world.

## Notable For
*   Its classification as a cryptographic hash function.
*   Being developed by renowned cryptologists Eli Biham and Orr Dunkelman.
*   Its inception in 2008 as a new cryptographic primitive.

## Body

### Overview
SHAvite-3 is an entity identified as a cryptographic hash function. It was first developed in 2008.

### Development
SHAvite-3 was developed by two individuals:
*   **Eli Biham**: An Israeli cryptologist. He was born in 1960. His occupations include cryptologist, mathematician, and computer scientist. He holds Israeli citizenship.
*   **Orr Dunkelman**: An Israeli cryptographer and professor. He was born on December 2, 1980. His occupations include cryptographer, university teacher, and inventor. He holds Israeli citizenship.

### Classification
SHAvite-3 is an instance of a cryptographic hash function. This is a special class of hash function that possesses specific properties making it suitable for use in cryptography.

### Identifiers
*   **Inception Date**: 2008
*   **Google Knowledge Graph ID**: /g/1yp37k_gn
*   **Wikipedia Languages**: Information regarding SHAvite-3 is available in Russian (ru) on Wikipedia.