semvec/pypi-packages huggingface dataset:
RSA-light-iot 1.0.1
A Python package to implement RSA Lightweight adapted for Public key Cryptography in IoT devices.
License: MIT

# RSA Light for IoT

A Python package to implement RSA Lightweight adapted for Public key Cryptography in IoT devices.


## Installation

Run the following

```
pip install RSA-light-iot
```


## Usage
It is used in establishing secure communication channel using RSA by Key-exchange

Consider a key k to be exchanged over unsecured channel

Generate Prime numbers of minimum length of 32bits

## Example Code

```python
from RSA_light_iot import RSA_Light

key = "6UJ5lOU9ls1ialQ0xIyVkzO-Vg_uBKUDkzaL2Ip83fA="
print("Let the key to be exchanged is ", key)

SIZE = 32

rsa = RSA_Light(SIZE)
k_pub, k_prv = rsa.rsalight_keygen()
print("\nGenerating Public and Private keys.............")
print("\nThe Public keys are ", k_pub)
print("The Private keys are ", k_prv)

cip = []
cip_str = []
for k in key:
    asc = ord(k)
    cipher = rsa.rsalight_encrypt(asc, k_pub)
    cip.append(cipher)
    cip_str.append(str(cipher))

cipher = ''.join(cip_str)
print("\nThe Encrypted key using Public key\n", cipher)

message = []
for c in cip:
    msg = rsa.rsalight_decrypt(c, k_prv)
    message.append(chr(msg))

message = ''.join(message)
print("\nThe Decrypted key using Private key\n", message)
```


## Pro Features
* RSA algorithm utilizing three primes as against the standard RSA algorithm of two normal
primes are utilized to improve the security.
* Enhances the security of RSA algorithm by keeping it away from few attacks that are
available on RSA algorithm like chosen cipher-text attack, common modulus attack, known
plaintext attack, and timing.
* Speed enhancement on the decryption side of RSA algorithm was introduced by utilizing the
idea of Chinese remainder theorem.
* Prevention from mathematical factorization attacks by making the process very hard to
factorize it and get the original numbers.
* Despite of a slight increase of time complexity, this modification makes the algorithm more
secure.


## Reference
> Zaid, Mustafa & Hassan, Soukaena. (2018). Lightweight Rsa Algorithm Using Three Prime Numbers. International Journal of Engineering and Technology(UAE). 7. 293-295. 10.14419/ijet.v7i4.36.23790