Instructions for Use
1. Local Temporary History: Displays the last generated result on the current page. Disabling this feature and regenerating, or refreshing the page, will keep only the latest result and clear all previous records. In this mode, you can review up to 255 previous generation records.
2. Process Line by Line: Each line of input (ignoring blank lines) is processed separately and output as an independent record. For example, if three different lines are input, the system will generate and display a record for each line. In this mode, up to 256 records can be generated.
3. Export: Supports export in txt, csv, xls, and xlsx formats (txt export note: When plaintext data contains new line characters (\r\n, \n, \r), to ensure consistency, all new line characters will be replaced with the ↵ symbol. Here, \r\n is for Windows systems, \n is for Linux and Unix systems, and \r is for older Mac systems.)
Example
Enter the following content:
123456
Click the generate button to produce:
1fb0da774034ba308fbe02f3e90dc004191df7aec3758b6be8451d09f1ff7ec18765f96e71faff637925c6be1d65f1cd
About the SHA3-384 Generator
Use our online SHA3-384 generator to quickly encrypt text strings and generate complex SHA3-384 hash values, ensuring robust data security.
Note: SHA3-384 is a secure hash algorithm and part of the SHA-3 series of algorithms. SHA-3 (Secure Hash Algorithm 3) is the latest cryptographic hash algorithm standard designed by the National Institute of Standards and Technology (NIST) to enhance digital security. SHA3-384 specifically refers to the variant of the SHA-3 algorithm with a 384-bit output length.
• Features
Security: SHA3-384 offers high levels of security, resisting all known cryptographic attacks, including collision and pre-image attacks.
Flexibility: The SHA-3 series includes various output lengths, with SHA3-384 offering a medium-length hash value that balances security needs with data length.
Efficiency: Although SHA3-384 has a slightly higher computational complexity compared to earlier hash algorithms like SHA-1 and SHA-256, it remains efficient on modern hardware.
Quantum Resistant: SHA3-384 is considered resistant to future quantum computing attacks, thanks to the cryptographic construction it employs.
• Use Cases
Digital Signatures: SHA3-384 is commonly used for generating the hash portion of digital signatures to ensure the integrity and authenticity of messages.
Data Integrity Verification: In file transfers or software distribution, SHA3-384 can be used to generate hash values for files, allowing recipients to recompute hash values to verify if files were tampered with during transmission.
Security Applications: Including cryptocurrency, security protocols, and authentication mechanisms, SHA3-384 is used to ensure data security.
Cryptographic Research: As a modern cryptographic hash algorithm, SHA3-384 is widely applied in cryptography and security research.