一款轻量级、高度可定制的 Windows桌面和任务栏硬件性能监控工具，支持监测 CPU、GPU、内存、磁盘、网速、FPS 计数、插件扩展及内存清理。A lightweight, customizable hardware monitor for the Windows desktop & taskbar. Features CPU/GPU/RAM/Network monitoring, FPS counter, plugin support, and memory optimization.

An implementation of various CPU scheduling algorithms in C++. The algorithms included are First Come First Serve (FCFS), Round Robin (RR), Shortest Process Next (SPN), Shortest Remaining Time (SRT), Highest Response Ratio Next (HRRN), Feedback (FB) and Aging.

ROS node that publishes all nodes' CPU and memory usage

A Polybar theme influenced by Adapta-Nokto Gtk+ theme.

Windows Widgets, Widget Manager

A simple cpu monitor on web built by Flask for local area network.

This program uses Pygame to create a window displaying FPS, CPU usage, and GPU usage in real-time. It uses the psutil and gpustat modules to gather data about system performance. Users can adjust the window size and font size. The window updates every second and can be closed by pressing the 'X' button.

Turn cheap USB LCD panels into pro-grade hardware monitors. Real sensors, custom themes, one binary.

🔍 RustWhy - Unified Linux System Diagnostics Suite. Understand WHY your system behaves the way it does. 13 diagnostic modules in one powerful CLI: CPU, memory, disk, network, temperature, fan, GPU, battery, boot, sleep, USB & mount analysis. Written in Rust for maximum performance.

Real-time system monitor for Windows – clean, fast, terminal-based.

Cpu monitor using bash script

Xtop, a modern, cross-platform TUI (Text User Interface) system monitor written in Rust. Inspired by btop, it leverages ratatui and sysinfo to provide real-time visualization of CPU, memory, network, and disk metrics, along with process management, all within a customizable terminal interface.

A cpu usage viewer made using go for terminal

A simple CPU Monitor App designed and written in Python, Kivy and KivyMD

A zero-dependency Python tool for Linux that monitors high CPU/RAM processes and identifies which systemd services spawned them. Perfect for catching those sneaky short-lived processes that disappear before you can investigate. Supports threshold and top-N monitoring modes.

A C++-based CPU scheduling simulator supporting FCFS, RR, SPN, SRT, HRRN, Feedback, and Aging algorithms — with trace visualisation, performance metrics, and flexible input support. Ideal for OS learning and benchmarking.

A lightweight Windows system tray app for managing power plans, monitoring CPU usage, and limiting CPU performance in real time.

Lightweight floating overlay for macOS (Apple Silicon) showing real-time CPU, GPU, and ANE utilization. Built entirely with SwiftUI. Includes verified Metal-based GPU stress test for performance validation. 🧠 Developed autonomously by GPT-5 under supervision of Jozef Belvončik.

⛅ A sleek, Apple-inspired system monitoring widget for Windows with smooth animations and real-time stats.

Detect freezes, lags, and performance bottlenecks in real-time with intelligent AI-powered analysis and actionable solutions.