Accessible hardware monitor with screen-reader support and fan control
Monitors CPU, GPU, memory, and storage sensors in real time, reports fan RPM and power consumption, and exposes fan control in a keyboard-driven interface. Andre Louis builds this Windows utility with an accessibility-first focus for screen-reader users and system administrators. The app uses LibreHardwareMonitor libraries to surface temperatures, battery health, network and USB status, plus remote monitoring and detailed diagnostic reports. It fits visually impaired power users who need direct, readable access to hardware telemetry and control.
Sensor Readout makes hardware telemetry available to screen-reader users
Sensor Readout presents live sensor values through a keyboard-first UI that is designed to work with NVDA and JAWS, according to the developer's accessibility focus. The tool reads temperatures, fan speeds, power draw, Bluetooth state, and USB connectivity via LibreHardwareMonitor, then formats that data so screen readers can announce changes. Reports export diagnostic and inventory details for troubleshooting across a network of Windows PCs.
Monitoring is lightweight and avoids graphical overhead
The tool prioritizes low visual load, offering telemetry without heavyweight GUIs by relying on LibreHardwareMonitor for sensor access and a minimal interface. That design reduces graphical processing demands, making it suitable for machines used primarily with assistive technology. Built-in remote monitoring lets administrators check other desktop machines without requiring a full-featured visual console on the monitored hosts.
Safety relies on open source transparency and required privileges
The project publishes source code for audit and community contributions, which supports review of sensor access and control routines. Installation and low-level sensor access require administrative privileges, a necessary requirement to read hardware sensors and to enable fan-control. For systems that must avoid changes, administrators can inspect the code before granting elevated rights.
Keyboard-first workflows suit technical and non-visual users, with an expert trade-off
The interface assumes keyboard proficiency and familiarity with hardware terms; it is built around screen-reader navigation rather than graphical discovery. Fan profiles and automated adjustments are available but depend on compatible hardware, so users should verify device support before enabling automated control. Remote monitoring and audio-latency tools extend usefulness for administrators who manage multiple accessible workstations.
Recommended for visually impaired power users and administrators
Sensor Readout targets users who need readable, keyboard-driven access to hardware telemetry and control. Install with administrative rights, test fan-control profiles on a single machine before applying them broadly, and use the open source code for audit if you require verification. Recommended.
