Funding
Funding not disclosed
Founders
Product
Problem
Indoor spaces and aircraft cabins can accumulate airborne and surface pathogens despite routine cleaning and filtration, creating ongoing health risks for occupants. Traditional disinfection methods are typically manual, intermittent, and do not provide continuous protection.
Solution
AeroClenz delivers continuous ultraviolet‑C (UV‑C) disinfection using advanced LED technology that operates alongside existing cleaning and air‑filtration systems. The AVIVE™ system is engineered for aircraft cabins, providing nonstop in‑flight sanitization of both air and surfaces without disrupting operations. The AdaptUV™ system installs in rooms such as offices, schools, gyms, and government facilities, emitting UV‑C light to inactivate bacteria, viruses, and other pathogens throughout the occupied space. Integrated smart sensors detect the presence of people or pets and adjust UV‑C output to maintain safety while maximizing germ‑killing efficacy. Data from the sensors can be accessed via a remote dashboard, enabling facility managers to monitor disinfection performance in real time. By leveraging the germ‑killing properties of UV‑C light, AeroClenz enhances hygiene protocols without requiring additional human intervention.
Target Audience
Primary customers are airline operators and aircraft maintenance teams seeking continuous cabin sanitization, as well as facility managers of schools, offices, gyms, and government buildings that require automated, round‑the‑clock disinfection.
Features
- UV‑C LED emitters that continuously break down pathogen DNA/RNA for air and surface disinfection
- Smart occupancy sensors that modulate UV‑C output based on real‑time detection of people and pets
- Seamless integration with existing HVAC and cabin ventilation systems for retrofitting
- AVIVE™ aircraft‑grade module designed to meet aviation safety standards and operate during flight
- AdaptUV™ full‑room solution scalable to a range of facility sizes and layouts
- Remote monitoring dashboard providing usage metrics, safety status, and maintenance alerts
- Automated safety interlocks that shut off UV‑C emission when occupied zones exceed predefined thresholds