Open Source Linux Hardware Monitoring Software
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Hardware Monitoring Software for Linux
View 61 business solutionsBrowse free open source Hardware Monitoring software and projects for Linux below. Use the toggles on the left to filter open source Hardware Monitoring software by OS, license, language, programming language, and project status.
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LibreHardwareMonitor
Monitor temperature sensors, fan speed, voltage, load & clock speeds
Libre Hardware Monitor is a free, open-source system monitoring tool that provides detailed insights into your computer’s hardware health and performance. It tracks real-time metrics such as temperatures, fan speeds, voltages, clock speeds, and load across a wide range of components. The project includes both a Windows Forms application for visual monitoring and a reusable library for developers who want to integrate hardware monitoring into their own software. LibreHardwareMonitor supports modern Intel and AMD CPUs, major GPU vendors, storage devices, and network adapters. Built on modern .NET versions, it continues to evolve with frequent updates and broad community contributions. Licensed under MPL 2.0, it offers a transparent and extensible alternative to proprietary hardware monitoring tools. -
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OpenHardwareMonitor
Free open source tool for real-time PC hardware sensor monitoring
Open Hardware Monitor is a free and open source hardware monitoring application designed primarily for personal computers. It provides real-time insights into key system metrics such as temperatures, fan speeds, voltages, load percentages, and clock speeds by reading directly from sensors embedded in CPUs, GPUs, motherboards, and storage devices. The tool supports a wide range of sensor hardware found on modern systems, including Intel and AMD processors, NVIDIA and AMD graphics cards, SMART temperature sensors on storage drives, and many motherboard monitoring chips. Users can view monitored data directly within the application, as customizable desktop gadgets, or through a system tray interface, making it easy to keep an eye on system health at a glance. OpenHardwareMonitor runs without the need for a traditional installation (it can be run portably) and on systems configured with the appropriate runtime (e.g., .NET or Mono). -
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FurMark
GPU stress test OpenGL and Vulkan graphics benchmark Windows/Linux
FurMark is an intensive benchmarking tool designed to evaluate the performance of graphics cards using fur rendering algorithms. This tool is particularly effective in generating high workloads that can significantly increase the temperature of the GPU, making it a useful utility for testing the stability and stress tolerance of graphics cards. By simulating demanding rendering tasks, FurMark serves as a comprehensive test for assessing the robustness and thermal performance of GPUs under extreme conditions. FurMark from Geeks3D is a free OpenGL benchmark tool for Windows that can also be used to check the stability of a graphics card thanks to a built-in stress test. FurMark rendering is designed to overheat the GPU making it a viral-like stability and stress test tool (also called GPU burner) for the graphics card. -
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Hard Disk Sentinel
Hard drive monitoring, disk health, and temperature monitoring tool
Hard Disk Sentinel (HDSentinel) is a comprehensive hard drive monitoring software designed to track the health, performance, and temperature of various types of storage devices including hard disks, SSDs, and external drives. It provides real-time monitoring and detailed reports to help prevent data loss by identifying potential hardware issues early. With a user-friendly interface, it displays critical data such as drive health status, temperature levels, and potential errors, allowing users to take preventive measures before a failure occurs. It supports a wide variety of disk types and interfaces, making it a versatile solution for both personal and professional use. -
Create and run cloud-based virtual machines.Computing infrastructure in predefined or custom machine sizes to accelerate your cloud transformation. General purpose (E2, N1, N2, N2D) machines provide a good balance of price and performance. Compute optimized (C2) machines offer high-end vCPU performance for compute-intensive workloads. Memory optimized (M2) machines offer the highest memory and are great for in-memory databases. Accelerator optimized (A2) machines are based on the A100 GPU, for very demanding applications.
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Hardware Visualizer
Monitor Your Hardware In Real-Time
Hardware Visualizer is a lightweight and open-source tool for monitoring your hardware. It lets you track CPU, GPU, memory usage, and more with minimal system impact. Hardware Visualizer is an interactive visualization tool designed to map and display computer hardware components in real time. It helps users understand their system architecture through dynamic 3D or schematic views of components such as CPU, GPU, RAM, storage, and peripherals. Ideal for both enthusiasts and IT professionals, HardwareVisualizer provides insight into hardware performance, compatibility, and connectivity. With support for live monitoring, customizable themes, and exportable reports, it simplifies hardware diagnostics and documentation. Whether you're building a PC or managing enterprise systems, HardwareVisualizer turns complex configurations into intuitive visual layouts. -
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PHP - Net_RouterOS
A client for the MikroTik RouterOS API protocol, written in PHP.
A client for the MikroTik RouterOS API protocol, written in PHP. Easy, tested and documented. All feedback welcomed. -
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lm-sensors
lm-sensors repository
lm-sensors is the canonical Linux project for reading motherboard and peripheral hardware sensors—temperatures, fan speeds, voltages—and exposing them to userspace. It ships a probing utility (sensors-detect) that identifies I²C/SMBus chips and kernel drivers, then a runtime tool (sensors) that prints human-readable readings for quick diagnostics. The companion library, libsensors, gives applications a stable API to query sensor values, enabling desktop applets, monitoring daemons, and alerting systems to build on a common foundation. Configuration files map raw chip registers to friendly labels and scaling factors, so outputs reflect real hardware characteristics across many vendors. With this foundation, higher-level tools (like fancontrol or graphical monitors) can automate cooling policies and warn about thermal or power issues before they become failures. -
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SIV (System Information Viewer)
SIV displays useful Windows, network, and hardware info.
SIV by Ray Hinchliffe. 'System Information Viewer' is a general Windows utility for displaying lots of useful Windows, Network and hardware info - CPU info, PCI info, PCMCIA info, USB info SMBus info, SPD info, ACPI methods, Machine info, Hardware Sensors, Networked computers, Operating System Information and more. SIV is designed for Windows 11, 10, 8, 7, Vista, XP, 2012, 2008, 2003, 2000 and NT4. Windows 95, 98 and Me are also supported. SIV can also be used to control AIO devices, such as fans and LEDs. To do this, you need to specify the -AIOCTL command line qualifier. When -AIOCTL is specified, SIV will automatically do the EnhancedPowerManagementEnabled registry change and restart the USB device. SIV (System Information Viewer) uses pcidevs.txt for the PCI devices, usbdevs.txt for the USB devices, and mondevs.txt for monitoring pcmdevs.txt PCMCIA device descriptions. -
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System Resource Monitor
SRM a lightweight desktop app for real-time CPU and Memory monitoring.
System Resource Monitor is a lightweight, Python-based desktop application designed for real-time monitoring of CPU and Memory performance. Built with Tkinter for the GUI, Matplotlib for dynamic graphing, and Plyer for cross-platform desktop notifications, this tool empowers users to keep track of CPU and memory usage efficiently. With customizable update intervals, data exporting capabilities, and built-in alerts for resource spikes, System Resource Monitor is perfect for anyone looking to keep an eye on their computer’s health without the bloat of heavier tools. Whether you're troubleshooting a performance issue, optimizing workflows, or simply curious about your machine’s behavior, this intuitive monitoring solution gives you all the critical insights you need in one easy-to-use interface. -
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sysmon
Sysmon prints short and uniform information about OS
This shell script prints short and uniform information about OS such as: CPU, RAM, OS name and version, kernel version, hostname, system load, current processes, network interfaces, total logged in users, hard disks, runlevel, etc. No root or any special superuser's rights are required. Runs under Linux, Android (Termux), Windows (Msys2 and Cygwin), FreeBSD, NetBSD, DragonFly BSD, OpenBSD and other Unix-like systems. -
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FireSpecs
Hardware monitoring and system information tool with GUI for Linux.
Attention! It works well on Debian 13 with KDE. It has not been tested on other distributions yet. -
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NetOculus network monitoring system actually provides all the functions of well-known monitoring system MRTG. Besides it has a number of it's own benefits: - monitoring automation of any kind of alterations in computer network of enterprise (and also in
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Application Heartbeat Monitor is a daemon + library that applications register with to have their life signs monitored.
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Athene give you the Power of one Nagios console for all you Services and Hosts. You get an maximum stable distributed monitoring infrastructure with one central configuration repository. Athene is tested with up to 1.000 hosts and up to 20.000 Services!
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CPx86 (currently in Alpha development stages) will be a fully fledged IRC bot, multi-user BNC server, and an Automated Network protection bot. Currently, the SDK covers all needed aspects of IRCd, and is extremely stable and functional. For Linux/Windows
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This script is written in order to collect the dmidecode tools information from various remote Dell machines and make them available on web-interface using database as a backend.
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Fish is a visual cluster monitoring program that uses Ganglia to portray each node in a cluster as a separate fish with characteristics that describe the state of the node.
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GreenHop
Energy and environmental monitoring of the server room
The solution GreenHop aims to perform energy and environmental (temperature, humidity, dew point and atmospheric pressure) monitoring of the Data Center server room, providing energy efficiency indicators through green metrics for Data Centers. The GreenHop solution is based on open source software and hardware. The approach of using open source solutions enables its deployment easier and independently of suppliers at the same time makes the solution scalable to the needs of each organization. Thus, we aim to provide ambiental monitoring of the Data Center server room while we keep the system to be customizable to implement and replicate. -
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This project is aimed to develop an Hardware Monitor & Protection System for PCs using PICmicros. This project is divided into two branches: the first one involves microcontroller's firmware, the second one software used to manage the PIC via COM po
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A server network is created where if a new server is introduced into the network, it seamlessly integrates with the existing ones in a way that is not made known to the users of the service - web apache servers are used to process client request.
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Program is designed to show users internal and external ip addr. Both an end user and a client-server process, depending on setup options
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An application that can connect an collect data from vPro machines over network. It uses web-services for communication and works with machines that has AMT version >= 3.0
