Tractian is the Industrial Copilot for maintenance and reliability, combining hardware and software solutions to monitor asset performance, manage industrial operations, and implement predictive maintenance strategies. Its AI-driven platform empowers businesses to prevent unplanned equipment downtime and boost production output. The company is headquartered in Atlanta, GA, and extends its presence globally with offices in Mexico City and Sao Paulo. Learn more at tractian.com.
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Overmonitor is cloud-based infrastructure, website, and endpoint monitoring built for teams that want fast setup, clear alerts, and practical visibility without the complexity or cost of enterprise monitoring suites. Monitor websites, servers, endpoints, processes, Windows services, event logs, uptime, response time, SSL certificates, and internal network health from one easy dashboard.
At the core of Overmonitor is a small, lightweight server agent that installs quickly, pairs with your account, and reports a heartbeat every minute from inside your network. This gives you visibility beyond public uptime checks, helping detect server outages, stalled services, failing processes, internal connectivity problems, and endpoint health issues before they become customer-facing downtime.
Overmonitor supports city-level geotargeted monitoring, practical maintenance windows that reduce alert noise, push notifications for alerts, audible dashboard alerts for operations screens, process monitor rollups, embeddable performance graphs, and flexible à la carte pricing so you only pay for the monitoring you need.
Designed for SaaS operators, IT teams, MSPs, developers, and small businesses, Overmonitor helps you track availability, analyze website performance, monitor infrastructure health, and improve end-user experience without being locked into a bloated monitoring platform.
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HWMonitor
HWMonitor serves as a comprehensive hardware monitoring tool that tracks essential health metrics of PC systems including voltages, temperatures, and fan speeds. This software is compatible with a variety of common sensor chips, such as the ITE® IT87 series and various Winbond® ICs. Furthermore, it has the capability to monitor on-die core thermal sensors of contemporary CPUs and assess hard drive temperatures through S.M.A.R.T technology, along with GPU temperatures for graphics cards. It also provides preliminary support for the Intel Alder Lake architecture, the Z6xx platform, and DDR5 memory, as well as AMD's Ryzen 5700G, 5600G, and 5300G APUs, plus the Radeon RX 6900 XT and 6700 XT GPUs. Additionally, it has incorporated the ability to monitor hotspot and GDDR6 temperatures on NVIDIA GPUs. To install the program, simply execute the setup file and follow the installation prompts. For uninstallation, you can navigate to the Add or Remove Programs section in Settings or Control Panel, or select Uninstall HWMonitor from the Start menu under Programs. Should you encounter any discrepancies in sensor readings or notice any undefined values, you can generate a detailed report by selecting the "File" menu and choosing "Save" to create a text file of the complete report for further analysis. This feature is particularly helpful for troubleshooting potential issues with hardware performance.
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Real Temp
Each core within these processors is equipped with a digital thermal sensor (DTS) that provides temperature data in relation to TJMax, the threshold for the maximum safe operating temperature of the CPU. As the CPU's temperature increases, the Distance to TJMax decreases, and if it hits zero, the processor will begin to throttle, leading to reduced performance, making it essential to maintain a safe distance from TJMax to ensure optimal speed and reliability. The software is able to read temperature data from all Intel Core processors, though it does not support Pentium 4 models. Additionally, it allows for individual calibration of Real Temp for each CPU core and includes a Test Sensors feature to identify any potential issues with the DTS sensors. Furthermore, it provides comprehensive logging capabilities to monitor both minimum and maximum temperatures, allowing users to maintain better control over their CPU's thermal performance. This level of tracking ensures that users can make informed decisions to enhance their system’s efficiency and longevity.
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