Online Text Encryption Tool
This is a text encryption site.
This is a text encryption tool. It offers various encoding and hashing functions such as base64, MD5, SHA-1, SHA-256, SHA-512, SHA-224, SHA-384, SHA-3, and RIPEMD. Use it conveniently as an online tool.
Base64 Encoding
Base64 encoding converts binary data into safe ASCII text. This conversion is mainly used for storing or transmitting images or binary files as text. Base64 encoding enhances data security and ensures data integrity.
Base64 Encoding - Wikipedia
Base64 Encoding - RFC 4648
Base64 Decoding
Base64 decoding is the process of converting Base64 encoded data back to its original binary format. This is essential for restoring data that has been encoded in Base64 and is necessary for safely transmitting or storing data.
Base64 Decoding - Wikipedia
MD5 Hashing
MD5 is a message digest algorithm that creates a unique hash value for data. It is mainly used to verify data integrity and check for unauthorized changes. However, due to security vulnerabilities, it is not recommended for secure password storage.
MD5 - Wikipedia
MD5 - RFC 1321
SHA-1 Hashing
SHA-1 is one of the hashing algorithms that provides secure data hashing. However, due to collision possibilities and security vulnerabilities, its safety is not currently assured.
SHA-1 - Wikipedia
SHA-1 - NIST
SHA-256 Hashing
SHA-256 is one of the secure hashing algorithms that generates a secure hash value for data. It is mainly used for data integrity verification and data security.
SHA-256 - Wikipedia
SHA-256 - NIST
SHA-224 Hashing
SHA-224 is similar to SHA-256 but generates shorter hash values. It is used for data security and integrity checks.
SHA-224 - Wikipedia
SHA-224 - NIST
SHA-512 Hashing
SHA-512 is part of the SHA-2 family and is a secure hashing algorithm that generates longer hash values. It is used to ensure data integrity and securely store passwords.
SHA-512 - Wikipedia
SHA-512 - NIST
SHA-384 Hashing
SHA-384 is similar to SHA-512 but generates shorter hash values. It is used for data security and integrity checks.
SHA-384 - Wikipedia
SHA-384 - NIST
SHA-3 Hashing
SHA-3 is a new family of hashing algorithms used for secure data hashing. It is suitable for data security and integrity verification.
SHA-3 - Wikipedia
SHA-3 - NIST
RIPEMD-160 Hashing
RIPEMD-160 is another hashing algorithm used in blockchain applications like Bitcoin addresses. It is used to enhance data security and perform integrity checks.
RIPEMD-160 - Wikipedia
RIPEMD-160 - Specification
URI Encoding and Decoding
encodeURI
The encodeURI function safely encodes URI components for use in the address bar. It is essential in web development for handling address links and query strings.
encodeURI - MDN Web Docs
encodeURIComponent
The encodeURIComponent function safely encodes URI components for use as values in query strings. It is necessary in web development for handling URLs and web forms.
encodeURIComponent - MDN Web Docs
decodeURI
The decodeURI function decodes URI components encoded with encodeURI back to their original strings. It is used in web development for handling the address bar and URIs.
decodeURI - MDN Web Docs
decodeURIComponent
The decodeURIComponent function decodes URI components encoded with encodeURIComponent back to their original strings. It is essential in web development for handling URLs and data communication.
decodeURIComponent - MDN Web Docs
These tools and functions play a crucial role in data processing and security tasks. They enhance data security and privacy, and help maintain data integrity.
HmacMD5
HMAC-MD5 (Hash-based Message Authentication Code – MD5)
HmacMD5 is a hash-based algorithm used to verify message integrity. It uses the MD5 hash function to check data integrity. However, currently, MD5 is considered insecure, and its use is discouraged.
HMAC-MD5 - Wikipedia
HMAC - RFC 2104
HmacRIPEMD160
HMAC-RIPEMD160 (Hash-based Message Authentication Code – RIPEMD-160)
HmacRIPEMD160 is an encryption algorithm that uses the RIPEMD-160 hash function to verify message integrity through HMAC (Hash-based Message Authentication Code). It is used to enhance data security and integrity.
HMAC-RIPEMD160 - Wikipedia
RIPEMD-160 - Specification
HmacSHA1
HMAC-SHA-1 (Hash-based Message Authentication Code – SHA-1)
HmacSHA1 is an HMAC algorithm that uses the SHA-1 hash function to protect data integrity. However, due to security vulnerabilities, the use of SHA-1 is currently discouraged.
HMAC-SHA-1 - Wikipedia
SHA-1 - NIST
HmacSHA224
HMAC-SHA-224 (Hash-based Message Authentication Code – SHA-224)
HmacSHA224 is an HMAC algorithm based on the SHA-224 hash function to enhance data security. It provides data integrity using a stronger hash function.
HMAC-SHA-224 - Wikipedia
SHA-224 - NIST
HmacSHA256
HMAC-SHA-256 (Hash-based Message Authentication Code – SHA-256)
HmacSHA256 is an HMAC algorithm that uses the SHA-256 hash function to provide secure data integrity. SHA-256 is currently widely used and is one of the secure options.
HMAC-SHA-256 - Wikipedia
SHA-256 - NIST
HmacSHA3
HMAC-SHA-3 (Hash-based Message Authentication Code – SHA-3)
HmacSHA3 is an HMAC algorithm based on the SHA-3 hash function, one of the latest security standards. It provides secure and reliable data integrity verification.
HMAC-SHA-3 - Wikipedia
SHA-3 - NIST
HmacSHA384
HMAC-SHA-384 (Hash-based Message Authentication Code – SHA-384)
HmacSHA384 is an HMAC algorithm that uses the SHA-384 hash function to keep data secure. It offers a high level of data security.
HMAC-SHA-384 - Wikipedia
SHA-384 - NIST
HmacSHA512
HMAC-SHA-512 (Hash-based Message Authentication Code – SHA-512)
HmacSHA512 is used to protect data integrity using the SHA-512 hash function. SHA-512 is one of the powerful hash functions used for secure data protection.
HMAC-SHA-512 - Wikipedia
SHA-512 - NIST
AES
Advanced Encryption Standard (AES)
The Advanced Encryption Standard (AES) is widely used for data encryption, providing secure and efficient encryption. AES is a symmetric algorithm and plays a critical role in secure data transmission and storage.
Advanced Encryption Standard (AES) - Wikipedia
AES - NIST
TripleDES
Triple Data Encryption Standard (TripleDES)
TripleDES is a symmetric key algorithm that encrypts data three times to provide a high level of security. It was widely used in the past and is still used in some environments.
Triple Data Encryption Standard (TripleDES) - Wikipedia
TripleDES - NIST
RC4
RC4 is used in stream encryption, providing fast encryption but with security issues, so it is recommended to avoid using it. Currently, stronger encryption methods should be considered.
RC4 - Wikipedia
RC4 - RFC 7465
Rabbit
Rabbit is one of the algorithms used for secure stream encryption. It is one of the strong tools for secure data communication.
Rabbit (cipher) - Wikipedia
RabbitLegacy
RabbitLegacy refers to the previous version of the Rabbit algorithm, and it is currently recommended to avoid using it. The latest version, Rabbit, should be considered.
RabbitLegacy - Bouncy Castle API
These algorithms and functions play a crucial role in data security and communication. When selecting, security requirements and performance should be considered. Encryption and data integrity verification are essential parts of protecting sensitive information.