alecto 2.1.6

Alecto is an advanced command-line tool for password hashing. With support for various hashing algorithms, including MD5, SHA-256, SHA-512, Argon2, and bcrypt, it offers flexibility and security. Users can choose algorithms, include custom salts, and specify hash lengths, making it a versatile solution for password hashing needs.

Alecto: Advanced Password Hashing Tool

Alecto is an advanced command-line utility designed for sophisticated password hashing, offering a comprehensive set of features and algorithms to bolster security. Below, you'll find an in-depth guide on Alecto's features, advanced usage, supported algorithms, and practical examples.

Features

1. Extensive Algorithm Support

Alecto boasts support for a diverse array of hashing algorithms, providing users with the flexibility to tailor their security measures to specific requirements. Here is a list of available algorithms:

• apr_md5_crypt
• argon2
• bcrypt
• bcrypt_sha256
• bigcrypt
• blake2b
• blake2s
• bsd_nthash
• bsdi_crypt
• cisco_type7
• crypt16
• cta_pbkdf2_sha1
• des_crypt
• django_pbkdf2_sha1
• django_pbkdf2_sha256
• django_salted_sha1
• dlitz_pbkdf2_sha1
• fshp
• grub_pbkdf2_sha512
• lmhash
• md4
• md5
• md5-sha1
• md5_crypt
• mssql2000
• mssql2005
• mysql323
• mysql41
• nthash
• oracle11
• pbkdf2_hmac_sha1
• pbkdf2_hmac_sha256
• pbkdf2_hmac_sha512
• pbkdf2_sha256
• phpass
• ripemd160
• scram
• scrypt
• sha128
• sha1_crypt
• sha224
• sha256
• sha256_crypt
• sha384
• sha3_224
• sha3_256
• sha3_384
• sha3_512
• sha512
• sha512_crypt
• shake_128
• shake_256
• sm3
• spookyhash
• sun_md5_crypt
• whirlpool
• xxhash
• bcrypt_sha256
• django_salted_sha1
• ldap_md5
• ldap_pbkdf2_sha1
• ldap_pbkdf2_sha256
• ldap_pbkdf2_sha512
• siphash

2. Algorithm Specification

Directly specify the hashing algorithm:

python alecto.py -a <algorithm> <password>

3. Custom Salt Integration

Elevate password security by introducing custom salts into the hashing process. Alecto seamlessly accommodates custom salts, providing users with granular control over the salting mechanism, a crucial aspect of robust password storage.

4. Terminal Clarity Enhancement

Alecto includes a terminal-clearing functionality, optimizing user experience by ensuring a clean and organized interface.

5. Fine-tuned Hash Length Specification

Specific to shake_128 and shake_256 algorithms, Alecto enables users to precisely specify the hash length using the --hash-length option. This advanced feature allows for tailoring hash outputs to exact requirements.

Advanced Usage

1. Parallel Salting

For enhanced security, leverage both custom and default salts simultaneously:

python alecto.py <password> -a <algorithm> --salt --both-salt

2. Custom Salt Usage

Utilize a custom salt in the hashing process:

python alecto.py <password> -a <algorithm> --salt --custom-salt

3. Custom Byte Length For SHAKE128 AND SHAKE256

'''bash python alecto.py -a --hash-length '''

Examples

1. Custom Algorithm and Salt

python alecto.py -a sha3_256 --custom-salt mypassword

2. Parallel Salting with Shake_256

python alecto.py -- salt --both-salt -a shake_256 --hash-length 64 mypassword

Considerations

• When using a custom salt, it is seamlessly integrated into the hashing process.
• For algorithms like argon2 and bcrypt, employing a custom salt enhances overall security.
• Default salts are automatically generated when using the --salt or --both-salt options.

NOTE: Some hashes is not available on the system so if you face an error like unsupported algorithm it's probably because your system don't have that algorithm.

Disclaimer: Alecto is intended for educational and security research purposes. Users are advised to employ the tool responsibly and adhere to ethical guidelines.