Public safety officials across the country are facing a complicated reality that did not exist a decade ago. Impairment is no longer tied to a single substance or a familiar set of symptoms. Instead, first responders are encountering people affected by combinations of prescription medications, THC, stimulants, and other narcotics creating unpredictable patterns. Officers and paramedics must act quickly, yet they often lack clear information during the critical first minutes of an incident.

Epinal Inc. is addressing this emergent need with Narcolyzer, a handheld breath-based system designed to screen for multiple categories of drugs in seconds. While the device is still advancing through field evaluations, it has already drawn attention from agencies searching for practical ways to understand impairment in real time. The appeal lies in its potential to bring clarity to situations where uncertainty can place both responders and civilians at risk.

The difficulty begins with the pace of today’s drug environment. Many individuals involved in traffic stops or emergency calls have used more than one substance, and the combinations do not always produce obvious visual cues. A driver who appears fatigued may be experiencing the effects of a prescription sedative. A person showing signs of anxiety or agitation could be under the influence of stimulants or a mix of THC and benzodiazepines. In overdose situations, paramedics may need to determine whether opioids, depressants, or multiple substances are contributing to a patient’s condition. Traditional testing methods provide accuracy, but they require time that first responders do not always have.

Narcolyzer is being developed to fill that gap. The platform uses a single-use sensor cartridge to analyze breath for a range of narcotics, including opiates, cocaine, THC, benzodiazepines, methamphetamine, and MDMA. Epinal built the system using bio-inspired sensing principles drawing on natural molecular recognition processes. Artificial intelligence assists in interpreting biochemical signals, turning complex data into a readable indication that substances associated with impairment may be present.

Several states within the U.S. are preparing early field tests in settings such as emergency medical services, treatment programs, and hospital systems. These evaluations are designed to help public safety agencies understand how rapid, multi-drug breath analysis fits into real-world workflows. The outpouring of interest at the State and Federal level has affirmed the true and emergent need to get Narcolyzer in the field.

For law enforcement officers, the interest in Narcolyzer reflects a practical need. Alcohol breath tests have been the Gold Standard since the 1970’s though cannot detect narcotics. Visible signs of drug use are also inconsistent across individuals. A handheld tool that screens for multiple substances could help officers determine whether additional steps are necessary, such as bringing in a drug recognition expert or prioritizing medical care. The aim is not to replace established procedures, but to give officers a more informed starting point.

Emergency medical teams face similar challenges. When responding to a confused or disoriented patient or someone in crisis, the speed at which responders identify the substances involved can influence treatment decisions. A rapid indication that opioids, stimulants, or a mix of drugs may be contributing to symptoms could help guide interventions and reduce the time to appropriate care.

Public safety leaders are increasingly aware that the traditional pace of toxicology testing does not match the speed of today’s drug-related incidents. Communities are looking for tools that deliver earlier insight without sacrificing accuracy or professionalism. Narcolyzer enters that discussion as a device built for frontline use, with the potential to strengthen the information available to those who manage high-pressure situations.

Epinal is currently raising capital through a public WeFunder campaign; should you want to be part of the launch of this 1^st in class, one of a kind product.