elixir_tea alternatives and similar packages

Based on the "Cryptography" category.
Alternatively, view elixir_tea alternatives based on common mentions on social networks and blogs.

comeonin

9.6 1.0 elixir_tea VS comeonin

Password hashing specification for the Elixir programming language
cloak

8.9 5.2 elixir_tea VS cloak

Elixir encryption library designed for Ecto

Promo github.com/nanovms

pot

7.8 3.3 elixir_tea VS pot

POT is an Erlang library for generating Google Authenticator compatible one time passwords
ex_crypto

7.1 1.7 elixir_tea VS ex_crypto

Wrapper around the Erlang crypto module for Elixir.
cipher

6.2 2.4 elixir_tea VS cipher

Elixir crypto library to encrypt/decrypt arbitrary binaries
one_time_pass_ecto

5.2 0.0 elixir_tea VS one_time_pass_ecto

One-time password library with Ecto support (for Elixir)
rsa_ex

5.1 0.0 elixir_tea VS rsa_ex

Library for working with RSA keys using Elixir and OpenSSL ports
rsa

3.6 0.0 elixir_tea VS rsa

Erlang public_key cryptography wrapper for Elixir
exgpg

3.0 0.0 elixir_tea VS exgpg

gpg interface
aescmac

2.8 0.0 elixir_tea VS aescmac

AES CMAC (rfc 4493) in Elixir
siphash-elixir

2.6 0.0 elixir_tea VS siphash-elixir

An Elixir implementation of the SipHash cryptographic hash family
ntru_elixir

2.5 0.0 elixir_tea VS ntru_elixir

Elixir wrapper around libntru. NTRU is a post quantum cryptography algorithm.
crypto_rsassa_pss

2.5 0.0 elixir_tea VS crypto_rsassa_pss

RSASSA-PSS Public Key Cryptographic Signature Algorithm for Erlang and Elixir.
Brute

1.6 0.0 elixir_tea VS Brute

Generate streams for combinations
ex_bcrypt

0.9 0.8 elixir_tea VS ex_bcrypt

Elixir wrapper for the OpenBSD bcrypt password hashing algorithm
tea_crypto

0.6 0.0 elixir_tea VS tea_crypto

A Tiny Encryption Algorithm implementation

Do you think we are missing an alternative of elixir_tea or a related project?

README

A TEA (Tiny Encryption Algorithm) implemented in pure Elixir.

text = <<0 :: unsigned-64>>
key  = <<0 :: unsigned-128>>
TEA.encrypt text, key
=> <<65, 234, 58, 10, 148, 186, 169, 64>>

ciphertext = <<65, 234, 58, 10, 148, 186, 169, 64>>
key        = <<0 :: unsigned-128>>
TEA.decrypt ciphertext, key
=> <<0, 0, 0, 0, 0, 0, 0, 0>>