NeuroUX Launches Fatigue Monitoring Platform

NeuroUX has launched a Fatigue Monitoring Platform designed to provide safety-critical teams with an objective measure of alertness before high-risk work. The system replaces reliance on self-reporting and supervisor guesswork with a brief, data-driven check.

According to a release from the company, the platform is built on the Psychomotor Vigilance Test (PVT). Decades of peer-reviewed sleep research describe the PVT as the gold standard for measuring impairment in alertness and reaction time related to tiredness. It is sensitive to sleep loss and circadian misalignment.

The test is also resistant to learning effects. This makes it suitable for repeated use in operational settings like mining, transportation, aviation, construction, energy, and healthcare.

How the Platform Works

Workers complete a brief alertness check on a mobile device such as a phone or tablet. This takes only minutes. The result is not scored against a generic threshold. Instead, it is compared to the individual worker's own personalized performance history.

Supervisors receive the fit-for-duty results in real time. Notifications can be delivered via dashboard, SMS, Slack, or email. This integrates the check into existing safety workflows.

Company co-founder Anunay Raj stated the goal in a release. "Our goal is to minimize incidents related to diminished alertness by giving companies a data-driven way to assess whether workers are alert, ready, and able to perform safety-sensitive tasks," Raj said. "Tiredness affects even the most experienced workers. When companies can measure it, they can manage it."

Key Capabilities and Design

The platform offers several specific features aimed at practical deployment. It establishes personalized baselines for each worker, which the company says improves accuracy and fairness in identifying risk from lack of alertness. Testing is flexible. Checks can be scheduled pre-shift, post-shift, before safety-critical tasks, or conducted ad hoc when concerns arise.

Trend analytics allow alertness status and patterns to be viewed across teams, shifts, and locations. The system can run standalone or integrate with existing risk management systems for tiredness and scheduling tools.

NeuroUX emphasizes the platform is noninvasive by design. It requires no wearables or cameras. It also removes reliance on subjective self-reporting.

The Context of Alertness Risk

The need for such tools is underscored by historical industrial disasters. The Occupational Safety and Health Administration notes that decreased alertness from worker tiredness has been a factor in major incidents. These include the 2005 Texas City BP oil refinery explosion, the 2009 Colgan Air crash, and the explosion of the space shuttle Challenger. The nuclear accidents at Chernobyl and Three Mile Island are also cited.

Despite this, most organizations still depend on subjective methods to catch diminished alertness.

Existing Use Cases

The underlying measurement technology for tiredness from NeuroUX is not entirely new. It has been used in various research studies. These have involved flight crews, post-call physicians, night shift workers, and professional athletes.

The technology is also in clinical use with sleep disorder patients. The new platform packages this science for routine operational safety.