Projects sharing features with Bashtop

gtop is a terminal system monitor and process resource manager that provides a text-based user interface for tracking operating system performance. It functions as a real-time dashboard for monitoring CPU, memory, and network resource usage directly within the command line. The tool enables terminal-based process management by allowing users to identify and analyze resource-heavy tasks. It specifically supports sorting active system processes by their CPU and memory consumption to assist with server resource analysis and performance troubleshooting.

neohtop is a terminal-based system resource monitor and process manager for Linux. It provides a text-based user interface for tracking CPU and memory usage and managing active system tasks without requiring a graphical desktop environment. The utility functions as a live dashboard for observing hardware performance and resource allocation. It enables users to search, filter, and terminate system processes, with the ability to pin specific entries to ensure they remain visible during monitoring. The tool covers general system observability and process management, allowing users to isolate sp

Bottom is a cross-platform system monitoring tool that provides real-time visibility into hardware performance and process activity within a terminal-based interface. Built as a command-line utility, it tracks metrics for processor, memory, storage, and network usage while offering tools to inspect, organize, and terminate active system processes. The application utilizes a modular layout engine that allows users to arrange independent data-visualization widgets into a custom grid. This interface is powered by an immediate-mode rendering approach and an event-driven input loop, ensuring the d

Glances is a cross-platform system monitoring tool designed to track real-time resource usage and hardware health metrics across diverse computing environments. It functions as a command-line utility that provides a unified view of system performance, identifying bottlenecks and maintaining infrastructure stability through a consistent abstraction layer that translates kernel calls into actionable data. The project distinguishes itself through its distributed capabilities, offering a web-based interface that enables remote access to live performance metrics from any device without requiring d

This project is a modular, terminal-based dashboard framework designed to aggregate and display real-time information within a grid-aligned interface. It functions as a centralized monitoring tool that translates data from local system resources, infrastructure services, and external web APIs into a unified, text-based display. The dashboard is distinguished by its plugin-based architecture, which allows users to encapsulate distinct data sources and display logic into isolated, independently managed modules. Users define their workspace through declarative configuration files or an interacti

Linux-dash is a self-hosted system monitoring dashboard and web interface designed to track real-time hardware and software performance metrics on Linux servers. It functions as a lightweight remote monitoring panel that displays the operational state of a Linux environment via a web browser. The project is a runtime-agnostic monitoring tool, meaning it is capable of running across multiple different language stacks to match various server environments. The tool provides capabilities for system administration and observability, allowing for the remote management of Linux systems and the coll

Conky is a system monitoring application used to create custom desktop widgets that visualize real-time hardware performance and system metrics. It renders data such as CPU, memory, disk, and network usage directly onto the desktop environment as transparent overlays. The project extends its core monitoring capabilities through external data integration, allowing it to fetch information from remote APIs and mail servers. It also includes dedicated tracking for media playback status and current track information from music players. Users can personalize these displays using text, graphs, and

vtop is a terminal system monitor and interactive process manager that provides a real-time command line dashboard for tracking system resources. It displays CPU and memory activity through graphical charts and process lists. The tool features a customizable interface that supports predefined and custom visual theme files. It allows for the identification and termination of active system tasks and process groups using keyboard and mouse support.

Btop is a terminal-based system monitor that tracks and displays real-time hardware performance metrics. It functions as a resource usage dashboard, providing visibility into processor, memory, disk, network, and active process activity directly within a text-based interface. The application utilizes ANSI escape sequences to render complex graphical interfaces and data visualizations within standard terminal emulators. It is designed as a cross-platform performance tool, maintaining consistent monitoring capabilities across various Unix-like operating systems through a platform-agnostic build

Termui is a Go terminal user interface library used for building interactive dashboards and visual layouts within a command-line environment. It functions as a TUI layout engine, an interactive CLI framework, and a terminal data visualization toolkit. The library provides a set of specialized widgets for rendering charts, plots, gauges, and tables using character-based graphics. It includes a grid-based system for arranging interface elements using relative coordinates and proportional sizing to create structured displays. The toolkit covers a broad range of capabilities including data visua

htop is a terminal user interface system monitor for Unix systems. It functions as an interactive process viewer and real-time resource visualizer, providing a dashboard to track CPU, memory, and load average metrics. The tool enables the sorting, filtering, and termination of active system processes and threads. It distinguishes itself through a text-mode interface that can render processes in a hierarchical tree structure to visualize parent-child relationships and allows for the assignment of CPU affinity to specific processor cores. The monitoring surface covers CPU utilization, memory a

s-tui is a terminal-based CPU monitoring tool and stress testing utility. It provides a real-time interface for tracking processor frequency, temperature, power consumption, and utilization through visual graphs. The project includes a thermal throttling detector that identifies performance drops by analyzing sensor data. It also functions as a metric-based script runner, capable of automatically executing custom shell scripts when monitored hardware metrics exceed predefined numeric thresholds. The tool generates synthetic processor loads to verify thermal stability and hardware performance

MangoHud is a Linux hardware monitor and performance overlay that displays real-time metrics and frame rates. It functions as a graphics API hook, intercepting Vulkan and OpenGL pipelines to render performance data directly onto the graphics buffer. The project serves as both a real-time monitor for CPU and GPU utilization, temperatures, and power draw, and a frametime data logger that records execution speed to disk for later benchmarking and analysis. Users can modify the overlay display, visual styles, and active metrics through configuration files, environment variables, or predefined pe

System and process monitor for Linux

This project is a general-purpose command-line filter that provides an interactive interface for processing standard input streams. It enables real-time fuzzy searching, data selection, and transformation, allowing users to navigate complex information or file systems directly within their terminal. By utilizing a pipe-oriented architecture, it integrates into existing shell pipelines and workflows to facilitate efficient data exploration. What distinguishes this tool is its highly extensible, event-driven design that allows for deep integration with external processes. It supports asynchrono

This project is a keyboard-driven terminal file manager designed for efficient navigation and manipulation of local and remote filesystems. It functions as both a standalone console file explorer and a versatile file picker, allowing users to select paths and pass them to external shell commands or system utilities for automated workflows. The application distinguishes itself through a highly modular architecture that supports compile-time feature flagging and static binary compilation, ensuring a minimal memory footprint and portability across environments. Users can extend its core function

nvtop is a terminal-based dashboard used for monitoring the performance, memory usage, and temperature of multiple graphics processors and hardware accelerators. It functions as a centralized administration tool to track the health and compute load of several devices across a single system. The tool distinguishes itself by correlating system process IDs with hardware resource consumption, allowing users to identify specific applications consuming GPU resources. It employs a vendor-agnostic abstraction layer to support hardware from multiple different manufacturers within a single interface.

This project is a desktop screen capture and annotation utility designed for Linux environments. It provides an interactive graphical overlay that allows users to select specific screen regions, apply visual annotations such as shapes, text, and pixelation, and manage the resulting images through a configurable post-capture pipeline. The application distinguishes itself through deep system integration and automation capabilities. It operates as a persistent background daemon that monitors global hotkeys and supports inter-process communication via a system message bus, enabling users to trigg

LibreHardwareMonitor is a .NET library and system health monitoring tool for Windows. It provides a programmatic hardware sensor API and a low-level interface to access real-time temperature, voltage, and fan speed data from computer hardware components. The project serves as a bridge between Windows operating system calls and physical sensors, allowing for the monitoring of processors, graphics cards, motherboards, storage devices, and network adapters. This enables the tracking of system stability and the collection of environmental changes across various hardware components. The software

TrafficMonitor is a system performance monitor that provides a floating desktop window and taskbar overlay to track real-time CPU, memory, and network speed metrics. It functions as a customizable system overlay and hardware resource tracker, displaying live statistics and user-defined data through transparent desktop widgets. The project uses a plugin-based system and dynamic-link libraries to extend data sources and add new hardware tracking capabilities. It includes a theme engine that reads external configuration files to apply custom skins, fonts, and background colors to the interface.

LiteMonitor is a customizable desktop system dashboard and hardware performance monitor. It provides a visual overlay for tracking real-time CPU, GPU, memory, and network metrics, including temperature and power consumption. The application is an extensible system monitor that uses a modular plugin system to integrate third-party data sources, such as weather, stocks, and cryptocurrency, alongside core hardware telemetry. The tool includes a theme engine for adjusting colors, fonts, and layout, as well as window management controls for transparency and click-through behavior. It supports sys

Flutter Server Management App is a mobile application designed for monitoring and controlling remote servers through a graphical interface. It serves as a central hub for remote server administration, providing a visual way to manage Linux, Unix, and Windows systems. The application distinguishes itself by integrating mobile hardware features, such as biometric authentication and native push notifications, to secure and alert users about system contexts. It features a dedicated Docker container manager for controlling the lifecycle and status of containers and a server health monitor for trac

Linux-dash is a web-based system monitoring dashboard for Linux environments. It provides a visual interface for tracking hardware performance, system load, and real-time resource utilization. The project includes dedicated monitors for tracking the performance and resource usage of virtualized containers alongside a process manager for analyzing active system processes across the operating system. The dashboard covers several observability areas, including hardware performance monitoring for CPU and RAM, storage metrics for disk and swap space, and high-level system status overviews encompa

Lemon-cleaner is a macOS system cleaner and resource monitor. It provides a suite of tools for removing application junk and temporary files, completely uninstalling software and its hidden support files, and reclaiming disk space through a visual disk space analyzer and duplicate file remover. The project distinguishes itself with specialized capabilities for digital media decluttering, utilizing visual similarity analysis to identify and prune redundant photos. It also includes a system resource monitor that tracks real-time hardware metrics, such as CPU temperature and memory usage, direct

eul is a native macOS system monitor and desktop application built with SwiftUI. It serves as a status bar utility for tracking real-time CPU, memory, network, and battery usage. The application includes a dedicated Bluetooth device battery tracker to monitor the charge levels of connected peripherals. It is developed as a multilingual utility with a localized user interface to support multiple languages. The software covers system resource monitoring and peripheral battery tracking, integrating these metrics directly into the macOS menu bar.

Tracy is a real-time performance profiling framework for C and C++ applications. It provides a software instrumentation library that captures high-resolution telemetry data, which is then visualized through a separate graphical interface to identify bottlenecks and resource allocation issues. The system utilizes a client-server architecture that enables remote profiling, allowing performance data to be captured on a target machine and analyzed on a workstation. It employs lock-free event logging and shared-memory ring buffers to minimize the overhead of data collection, ensuring that the main

Dashy is a configuration-driven dashboard designed for personal infrastructure management and self-hosted service monitoring. It functions as a centralized portal that aggregates web links, live infrastructure metrics, and application health status into a unified, searchable interface. By utilizing a structured schema, the platform allows users to define their entire layout, navigation, and widget configuration through version-controlled files, ensuring a portable and reproducible setup across different environments. The project distinguishes itself through a highly modular architecture that