Tiger160,3 Hash Generator Online
A Tiger160,3 Hash Generator is a cryptographic tool that transforms any input (text, password, or file) into a 160-bit (20-byte) hash value using the Tiger hash algorithm with three passes. Tiger was developed in 1995 by Ross Anderson and Eli Biham, designed to be very fast on 64-bit processors while maintaining strong cryptographic properties.
The “160,3” variant specifically means the output is truncated to 160 bits (instead of the standard 192 bits), and the algorithm applies three passes of its internal compression function, which increases its resistance to cryptographic attacks.
Main Characteristics
- Fixed-Length Output: Produces a 160-bit hash, shown as a 40-character hexadecimal string.
- Three-Pass Design: Stronger than the default Tiger implementation with only one pass.
- Optimized for 64-bit Platforms: Runs particularly fast on 64-bit processors.
- One-Way Hashing: Input data cannot be reconstructed from the hash.
- Alternative to SHA and MD5: Provides diversity from the SHA and RIPEMD families.
Common Use Cases
- File Integrity Checks: Verifying whether files have been modified or corrupted.
- Password Hashing (Legacy Use): Securing credentials in older systems.
- Cryptographic Research: Studied as an alternative to SHA and RIPEMD families.
- Checksums in 64-bit Systems: Especially used in environments where hashing performance matters.
- Blockchain & Niche Security Software: Occasionally integrated where Tiger variants are supported.
Common Questions
“160” is the bit length of the output (truncated from Tiger’s default 192 bits), and “3” indicates the use of three passes, which strengthens security.
Tiger is not as widely used as SHA-2 or SHA-3. While it was designed to be fast and secure on 64-bit platforms, it is considered less common and not recommended for new critical security systems.
It has been used in file checksums, integrity verification tools, and some older cryptographic applications, but it’s rare in modern mainstream security standards.