A basic implementation of a symmetric encryption algorithm using MIPS32 assembly language.

This project aims to develop a symmetric encryption algorithm using the MIPS32 assembly language. It leverages a lookup table with 256 entries to aid the encryption process.

⚠️ NOTE: The current code is in development and may not function correctly. Work is underway to debug and rectify the issues.

• MIPS32 Implementation: The code is written specifically for the MIPS32 architecture.
• Lookup Table: Utilizes a 256-entry lookup table for encryption processes.

1. Load the MIPS32 code into your desired MIPS simulator or onto a MIPS-based hardware platform.
2. Input the plaintext data that you want to encrypt.
3. Execute the code to receive the encrypted output.

Feedback and contributions are appreciated! If you find any issues or potential optimizations, please open a pull request or issue.

• Debugging the current issues to get the algorithm working correctly.
• Potentially expanding the lookup table or adding other optimization techniques.