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:
6be790258b73da9441099c4cb6aeec1f0c883152dd74e7581b70a648
About the SHA3-224 Generator
Our online SHA3-224 generator uses cutting-edge technology to encrypt text strings and quickly compute SHA3-224 hash values, offering enhanced security.
Note: SHA3-224 is a secure hash algorithm that belongs to the SHA-3 family. Developed by the U.S. National Institute of Standards and Technology (NIST), SHA-3 is designed to complement and potentially replace the earlier SHA-1 and SHA-2 algorithms. SHA-3 was not designed due to insecurities in SHA-2 but to add a diversity of algorithms in cryptographic technology to address future threats. SHA-3 is based on the Keccak algorithm, which was designed by Guido Bertoni, Joan Daemen, Michaël Peeters, and Gilles Van Assche.
• Features
Collision Resistance: Ensures that no two different inputs will result in the same hash output, effectively resisting collision attacks.
Irreversibility: It is impossible to derive the original data from the hash value, crucial for ensuring data security.
Efficiency: Despite the complexity of its computations, SHA3-224 performs efficiently on modern computers.
Fixed-Length Output: SHA3-224 consistently produces a 224-bit output, regardless of the size of the input data.
Error Tolerance: Even minor changes in the input data will result in a completely different hash value.
• Use Cases
Digital Signatures: SHA3-224 is used to create part of a digital signature, ensuring the integrity and authenticity of messages or documents.
Data Integrity Verification: In scenarios such as software downloads and file transfers, SHA3-224 is used to verify the integrity of data packets and prevent tampering during transmission.
Cryptographic Security: SHA3-224 is employed in encryption applications, including generating cryptocurrency addresses and key generation.
Security Applications: In applications requiring high security, SHA3-224 is used as a hash function for data or transactions to ensure data is tamper-proof.
Deduplication: In systems that store large amounts of data, SHA3-224 can be used to check if data already exists, thus avoiding duplicate storage of the same data.