9 BEST Hardware Monitoring Software (2026)
Bryce Leo
A Hardware Monitoring tool is a centralized platform to monitor the health and performance of connected devices. This tool analyzes the periodic information collected from the core components and then displays it in real-time graphs. The app notifies you when an unexpected event occurs so you can rectify system issues before it crashes your computer system.
We have researched 50+ tools and selected the best hardware monitoring tool based on CPU Usage, Memory Utilization, Network Monitoring capabilities, etc. Here is an exclusive list of the top Hardware monitoring software which are easy to configure, maintain, and install. Read more…
OpManager is one of the best hardware and health monitoring tools. Monitor multiple disk drives’ status to prevent storage or data transfer issues. OpManager enables you to automate remote troubleshooting tasks when a hardware error is detected.
Best Hardware Monitoring Software: Top Picks!
| Name | Supported platforms | Deployment | Free Trial | Link |
|---|---|---|---|---|
👍 OpManager |
Web-based and Cloud-based | On-premises, SaaS | 30-days free Trial | Learn More |
 👍 Site24x7 |
Windows, Linux, MacOS | Private, public, and hybrid cloud environments | 30-days Free Trial | Learn More |
 Endpoint Central |
Windows, macOS, Linux | On-premises, Cloud-based | 30-days free Trial | Learn More |
 NinjaOne |
Windows, Mac, and Linux | Cloud-based | 14-days free Trial | Learn More |
 Paessler |
Windows | On-premises and cloud-based | 30-days free Trial | Learn More |
1) OpManager
Best for Customizable monitoring package
OpManager is one of the best hardware and health monitoring tools I have reviewed. I discovered that it connects to different hardware parts, collecting data from various sensors in a simple format to interpret their physical state. OpManager also helps you automate tasks, making remote fixes easier when a hardware error is detected. The deployment is On-premises, and SaaS is supported. The platforms supported are Android and Windows Phone.
Real-time hardware performance monitoring
Deployment: On-premises, SaaS
Supported platforms: Android, Windows Phone
Free Trial: 30-day free Trial
Features:
- Self-Service Portal: The AI-based self-service portal answers common questions effectively, aiming to boost user satisfaction.
- Processor Monitoring: I pay attention to processor completion rates, which helps avoid performance bottlenecks.
- Disk Status: Monitor the status of multiple disk drives to avoid storage or data transfer interruptions across devices.
- Language Support: It is great for developers as it supports Java, Ruby, Python, PHP, Go, and Node languages.
- Health Reports: Provides detailed hardware health reports to ensure network hardware remains in optimal condition.
Pros
Cons
Pricing:
- Price: Contact sales for Quote
- Free Trial: 30-day free Trial
30-Days Free Trial
2) Site24x7
Site24x7 is a great monitoring tool I tested for hardware needs. It helps you monitor every part of your system in one place. I particularly liked how you can adjust it with SNMP or other integrations. It aims to work on private, public, or hybrid clouds. It runs on Windows, Linux, and MacOS.
Provides a holistic and robust SaaS-based monitoring
Deployment: Private, public, and hybrid cloud environments
Supported platforms: Windows, Linux, MacOS
Free Trial: 30-day free Trial
Features:
- Network Monitoring: Keep track of network bandwidth, configurations, and health through a comprehensive network monitoring solution.
- VMware Sensors: I consider it essential to monitor VMware ESX/ESXi hardware sensors, like cables, boards, and BIOS.
- Alert System: Receive alerts on hardware events like temperature, fan speeds, and power supply status for various devices.
- HPE iLO Metrics: View key performance metrics of HPE Integrated Lights Out (iLO) to improve system management effectively.
- GPU Monitoring: Monitor GPU usage for smooth application performance, video playback, and graphics-intensive workloads.
Pros
Cons
Pricing:
- Price: Plans start at $9 per month.
- Free Trial: 30-day free trial. (No Credit Card required)
30-Days Free Trial
3) Endpoint Central
Best for Unified Endpoint Management with Hardware Monitoring
Endpoint Central helped me as a comprehensive endpoint management solution that excels in hardware monitoring capabilities. I could monitor system performance, hardware health, and device status across multiple endpoints from a centralized console. During my review, the tool provided real-time monitoring of CPU usage, memory consumption, disk space, and hardware temperatures. I found it offered automated patch management, software deployment, and asset management features.
Automates endpoint management routines and enhances IT security
Deployment: On-premises, Cloud-based
Supported Platforms: Windows, macOS, Linux
Free Trial: 30-Days Free Trial
Features:
- Hardware Asset Management: Comprehensive hardware inventory tracking with automatic discovery of system components and specifications across all endpoints.
- System Health Monitoring: I find it helpful to monitor CPU usage, memory utilization, disk space, and hardware temperatures in real-time.
- Automated Patch Management: Manage patches and updates while monitoring hardware compatibility and performance impact across all devices.
- Remote Control Capabilities: Diagnose hardware issues remotely and perform troubleshooting tasks to ensure continuous system operation.
- Compliance Reporting: Generate detailed hardware compliance reports and track configuration changes for better asset management.
Pros
Cons
Pricing:
- Price: Contact sales for Quote
- Free Trial: 30-day free Trial
30-Days Free Trial
4) NinjaOne
Best for Unified IT management and hardware monitoring
NinjaOne helped me as a comprehensive IT management platform that excels in hardware monitoring capabilities. I tested its ability to monitor system performance, hardware health, and device status across multiple endpoints. During my review, it provided real-time monitoring of CPU usage, memory consumption, disk space, and temperature sensors. I found it offered automated alerting, patch management, and remote access features. I deployed NinjaOne as a cloud-based solution, which is excellent for its scalability and ease of management.
Real-time, automated hardware health tracking
Deployment: Cloud-based
Supported platforms: Windows, Mac, and Linux
Free Trial: 14-days free Trial
Features:
- Real-time Hardware Monitoring: Monitor CPU, memory, disk usage, and hardware temperatures across all endpoints with comprehensive real-time dashboards.
- Automated Alerting: I appreciate the intelligent alerting system that notifies administrators of hardware issues before they become critical problems.
- Remote Management: Enjoy comprehensive Remote management capabilities including remote access, script execution, and automated remediation tasks.
- Patch Management: Integrated patch management ensures systems stay updated while monitoring hardware compatibility and performance impact.
- Asset Inventory: Maintain detailed hardware inventory with automatic discovery and tracking of all system components and specifications.
Pros
Cons
Pricing:
- Price: Contact sales for custom pricing based on endpoints.
- Free Trial: 14-day free trial. (No Credit Card required)
14-Days Free Trial
5) Paessler
Best lightweight monitoring tool
Paessler is one of the best server hardware monitoring tools I evaluated. According to my review, it covers full IT systems with SNMP and other tools. PRTG helps you keep track of memory on one dashboard and warns about disk space. It works for on-premises or cloud setups. Supported platforms are Windows 7 to 10 and Windows Server 2008 R2 through 2019.
Features:
- Hardware Devices: PRTG lets you monitor CPU, RAM, hard drives, routers, switches, and other connected devices.
- Network Tracking: According to my experience, monitoring hardware and network devices is essential for maintaining system health.
- Additional Sensors: Includes extra sensors specifically designed to monitor servers and applications, supporting better performance management.
- Application Analyzer: The protocol analyzer helps identify applications with high traffic, a great option for network optimization.
- Resource Display: Displays memory capacities on a unified dashboard, helping you to track and manage system memory easily.
Pros
Cons
Pricing:
- Price: Plan starts at $2149 paid annually
- Free Trial: 30-day free Trial
30-Days Free Trial
6) HWMonitor
Best for tracking the entire network
HWMonitor is a tool I like for tracking system health and hardware. It offered me real-time tracking for CPUs, GPUs, and drivers. As per my review, it measured the voltage, fan speed, clock rate, and temperature of my PC. I particularly appreciated its charts, which made data easy to read. I used HWMonitor on both cloud and on-site setups, which is ideal for flexibility. It supports Windows versions from XP to 10.
Features:
- Hardware Monitoring: Monitor CPU, GPU, and memory modules with thermal sensors for precise hardware health assessment.
- Failure Prediction: I use it to make accurate failure predictions for all system components, avoiding potential issues.
- Predictive Alerts: Define predictive failures like overheating and overloading, which helps you to prevent serious hardware damage.
- Detailed Insights: Offers very detailed data, making it perfect for overclockers and gamers who need extensive system information.
- Custom Alerts: Features customizable alerts and straightforward reporting, providing all you need for effective system monitoring.
Pros
Cons
Pricing:
- Price: Free Software
Link: https://www.cpuid.com/softwares/hwmonitor.html
7) HWiNFO
Best for Accurate Monitoring of all system components
HWiNFO helped me as a hardware monitoring tool that tracks CPUs, GPUs, mainboards, and drives in real time. I collected data in XML, CSV, or HTML formats, which included custom graphs and tables. I particularly appreciated its reports, status logs, and connection with other tools and add-ons. I found it supports virtualization and real-time system monitoring. I could deploy HWiNFO on SaaS and Windows, and it runs on both Mac and Windows platforms.
Features:
- Predictive Monitoring: Accurately monitor all system components, offering a perfect solution for predicting hardware failures.
- Custom Settings: I like how the customizable interface provides all you need to modify monitoring options effectively.
- BIOS Data: Identify BIOS data, including manufacturer and version, which might be helpful to resolve hardware issues.
- Platform Support: Provides comprehensive hardware analysis and reporting for both Windows and DOS environments, offering great versatility.
- Processor Data: Detect processor details, including manufacturer and clock speed, which helps you to assess system performance.
Pros
Cons
Pricing:
- Price: Free Software
Link: https://www.hwinfo.com/
8) Open Hardware Monitor
Best for providing support for multiple hardware chips
Open Hardware Monitor is an impressive open-source tool for tracking hardware. I was able to monitor temperature, voltage, and fan speed. Throughout my assessment, it displayed each component’s metrics well. I deployed it on both cloud and on-premises setups, which is a great way to ensure flexibility.
Features:
- Core Sensors: Reads core temperature sensors of Intel and AMD processors, providing the best way to track CPU temperature.
- SMART Monitoring: According to my experience, displaying SMART-based hard drive temperatures is essential for understanding disk status.
- Multiple Views: You can view monitored values on the main window, system tray, or on a desktop gadget.
- OS Support: Compatible with Windows and Mac, which is helpful to ensure broad platform support for users.
Pros
Cons
Pricing:
- Price: Free Software
Link: https://openhardwaremonitor.org/
9) Checkmk
Best for mapping application dependencies
Checkmk is a tool I liked for hardware monitoring, providing a full view of IT systems. According to my review, it covers networks, servers, clouds, containers, and apps. I appreciate its reliable and clear view. Checkmk needs minimal hardware on server and client sides. It supports multi-vendor equipment through APIs and auto-discovery, offering detailed performance graphs. I used it as SaaS and on-premise, which is perfect for Windows.
Features:
- Process Overview: Map application dependencies into a single overview, offering all you need to monitor business processes.
- State Aggregation: I consider aggregating services and hosts into one state a great way to enhance system monitoring.
- Historical Insights: You can review historical states to determine the root causes of degraded system performance.
- Quick Glance: Check complex system availability and performance at a glance, which is helpful for swift evaluations.
- Capacity Forecast: Set up alerts using capacity prediction to avoid issues when file systems exceed specific thresholds.
Pros
Cons
Pricing:
- Price: Plan starts at $225 per month.
- Free Trial: Life Time Free Basic Plan
Link: https://checkmk.com/
How Did We Choose BEST Hardware Monitoring Software?
At Guru99, we are committed to credibility, focusing on delivering accurate, relevant, and objective information. We conducted rigorous research on over 50 tools and selected the top nine hardware monitoring software based on factors like CPU usage, memory utilization, and network monitoring capabilities. These tools are easy to configure, maintain, and install. Choosing the right hardware monitoring software is essential for optimal performance, as the best options provide seamless tracking and reliable data. Our exclusive list reflects the key factors we considered to bring you only the top picks for effective hardware monitoring.
- Performance: We aimed to select software that consistently tracks system health and performance metrics.
- Data Accuracy: We pay attention to the accuracy of metrics to ensure you have reliable data at hand.
- System Health Snapshot: Make sure that the selected hardware monitoring tool can provide you with a detailed snapshot of your system’s health.
- Alerts for Abnormalities: It should also be able to provide you with alerts when there are any abnormalities detected.
- Ease of Use and Integration: You should ensure that the tool is easy to use and integrates well with your existing infrastructure.
- Data Collection Needs: It is also important to determine what type of data you need to collect and how often you need to collect it.
- Cost-Efficiency: Consider software that provides essential features at a fair price, without hidden costs.
How do I monitor hardware performance?
There are two methods to monitor hardware performance:
- The first method is to interface directly with the sensors embedded in the equipment. These will have specific reports on processing capacity, operating speed, error events, device temperature, etc.
- The second is checking activity metrics that can be measured externally, like throughput, flow rates, etc.
Verdict
When it comes to hardware monitoring, I have tried numerous solutions over the years. My search led me to some top-rated tools that truly stand out. If you are deciding on which one to go with, check my verdict below.
- OpManager offers a customizable monitoring package that ensures secure remote troubleshooting and real-time alerts across various hardware components.
- Site24x7 provides a robust, comprehensive monitoring solution that handles everything from network bandwidth to GPU monitoring in a user-friendly interface.
- Endpoint Central is a comprehensive endpoint management solution that excels in hardware monitoring capabilities.
OpManager is one of the best hardware and health monitoring tools. Monitor multiple disk drives’ status to prevent storage or data transfer issues. OpManager enables you to automate remote troubleshooting tasks when a hardware error is detected.
