# 💻 MiniOS Ecosystem & Low-Level Computing

Welcome to my development ecosystem focused on Computer Engineering and Low-Level Operating System Architectures. This repository contains the source code and documentation for my practical simulation projects.

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## 🛠️ The Project: MiniOS 0.1.1 (Microkernel Architecture)

**MiniOS** is a conceptual simulator written in **C++** that reproduces critical hardware management and boot stages of a modern computing system. The project focuses on mass concurrency, state machines, and strict memory isolation.

### 🚀 Implemented Features

* **Firmware & Bootloader:** Simulated boot routine using UEFI POST (Power-On Self Test), system table allocation, and memory pointer mapping.

* **Multithreading:** Concurrent management of system execution time (uptime) and user interface (Shell), isolated via mutual exclusion (mutex / lock_guard).

* **Privilege Rings:** Strict boundary implementation between Ring 3 (User Space) for standard Shell utilities and Ring 0 (Kernel Space), preventing privilege escalation and context leaks.

* **Race Condition Prevention:** Utilization of thread-safe flags (atomic) protecting global state consistency and file system structures.

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## 🤝 Join My Discord Server!

If you are a low-level developer, a C/C++ enthusiast, a Linux/WSL2 power-user, or want to collaborate on developing this simulator, feel free to join our community!

⚠️ **CRITICAL ACCESS RESTRICTION:** To guarantee high-quality technical debates, this invitation is strictly limited to **5-10 developers** for the current phase. Once the quota is reached, the link will be deactivated.

*Note: Our community interacts directly through the Discord client app.*

📌 **[OPEN IN DISCORD APP (JOIN SERVER)](https://discord.gg/z7V6BaYN6P)\*\*