This project consists of a program that compares the efficiency of the algorithms listed below. The program generates a set of test vectors for each algorithm and, after execution, displays the results of each algorithm using graphs according to the goals shared and operations. The operations are:
- Encryption 🔒
- Decryption 🔓
- Hashing #️⃣
- Signing ✍️
- Verifying ✅
The algorithms to compare and analyze are the following:
| Algorithm | Size |
|---|---|
| Chacha20 | Key Size 256 bits |
| AES-EBC | Key Size 256 bits |
| AES-GCM | Key Size 256 bits |
| SHA-2 | Hash size 384 bits |
| SHA-2 | Hash size 512 bits |
| SHA-3 | Hash size 384 bits |
| SHA-3 | Hash size 512 bits |
| RSA-OAEP | 2048 bits |
| RSA-PSS | 2048 bits |
| ECDSA Prime Field | ECDSA, 521 Bits (Prime Field) |
| ECDSA Binary Field | ECDSA, 571 Bits (Binary Field, Koblitz Curve) |
To execute the program is it necessary to have python3 installed and follow the next commands:
cd <PATH_OF_THE_PROJECT>
python3 main.pyMain.py installs all the modules needed to run the program and it executes it.
The project uses a number of modules to get the algorithms and work properly:
-
pycryptodome -- crypto algorithms
-
cryptography -- crypto algorithms
-
matplotlib --used to graph.
-
ecdsa -- eliptic curves algorithms
