PLASMA is an interactive disassembler designed for reverse engineering and binary analysis tasks. The tool generates more readable assembly code with pseudo code output and colored syntax highlighting to improve code readability during analysis. The disassembler supports multiple processor architectures including x86 and x64, with partial support for ARM and MIPS architectures. It can handle various file formats such as ELF, PE, and RAW binary files, making it suitable for analyzing executables across different operating systems. PLASMA provides an interactive interface for navigating and analyzing disassembled code. The tool includes a Python API that allows users to create custom scripts for automated analysis tasks. It also offers optional components like a memory map visualization through Qt4 integration and assembly capabilities via keystone integration. The project requires Python 3.4 or higher and depends on several libraries including capstone for disassembly, pyelftools for ELF file parsing, pefile for PE file analysis, and other supporting packages. The tool requires a terminal with UTF-8 and 256-color support for proper display of the colored syntax output. PLASMA is actively developed and focuses on providing clear, readable disassembly output for security researchers and reverse engineers working with binary analysis tasks.