# TurboSHAKE

> cryptographic hash function

**Wikidata**: [Q136702899](https://www.wikidata.org/wiki/Q136702899)  
**Source**: https://4ort.xyz/entity/turboshake

## Summary
TurboSHAKE is a cryptographic hash function based on SHA-3, designed for high-performance applications. It is described in RFC 9861 alongside KangarooTwelve, providing a standardized approach to secure hashing.

## Key Facts
- Instance of: cryptographic hash function
- Based on: SHA-3
- Described by: RFC 9861: KangarooTwelve and TurboSHAKE
- Wikidata description: cryptographic hash function
- Related to: SHA-3 (parent algorithm)
- Related class: cryptographic hash function (32 sitelinks)

### Q: What is TurboSHAKE?
A: TurboSHAKE is a cryptographic hash function based on SHA-3, designed for high-performance applications. It is standardized in RFC 9861 alongside KangarooTwelve.

### Q: How does TurboSHAKE relate to SHA-3?
A: TurboSHAKE is based on SHA-3, meaning it uses the same underlying cryptographic principles but is optimized for different performance characteristics.

### Q: Where is TurboSHAKE documented?
A: TurboSHAKE is documented in RFC 9861, which also describes KangarooTwelve, providing a standardized specification for both functions.

## Why It Matters
TurboSHAKE matters because it provides a high-performance cryptographic hash function that builds upon the proven security of SHA-3. In an era where data security and processing speed are both critical, TurboSHAKE offers a solution that balances these competing demands. Cryptographic hash functions are fundamental to many security protocols, digital signatures, and data integrity checks, making TurboSHAKE's role in modern cryptography significant. Its standardization in RFC 9861 ensures interoperability and trust across different systems and implementations, which is crucial for widespread adoption in security-sensitive applications.

## Notable For
- Based on SHA-3, inheriting its cryptographic strength
- Standardized in RFC 9861 alongside KangarooTwelve
- Designed for high-performance applications
- Part of the cryptographic hash function family (32 related sitelinks)
- Provides a specialized alternative to general-purpose SHA-3

## Body
### Technical Foundation
TurboSHAKE is built upon the SHA-3 cryptographic standard, utilizing the Keccak permutation function as its core component. This foundation ensures that TurboSHAKE inherits the security properties of SHA-3 while being optimized for specific use cases.

### Performance Characteristics
As a "Turbo" variant, TurboSHAKE is designed to deliver enhanced performance compared to standard SHA-3 implementations. This optimization makes it suitable for applications requiring high throughput or low latency in cryptographic operations.

### Standardization
The function is formally specified in RFC 9861, which provides a complete technical description and implementation guidelines. This standardization ensures consistent behavior across different implementations and platforms.

### Relationship to Other Functions
TurboSHAKE exists alongside KangarooTwelve in the same RFC document, suggesting they share similar design goals or target overlapping application spaces. Both functions represent modern approaches to cryptographic hashing that prioritize performance without compromising security.

### Classification
As a cryptographic hash function, TurboSHAKE belongs to a special class of hash functions with properties specifically suited for cryptographic applications, including collision resistance and preimage resistance.