Revolutionizing UV-C Surface Disinfection with Efficiency, Effectiveness, and User Safety

Proprietary, lab-tested technology that eradicates 5-Log+ or 99.9997% of dangerous pathogens in just 2 seconds—all while protecting users from harmful UV-C rays

$45 billion in annual direct costs are attributed to Healthcare-Associated Infections (HAIs) in U.S. hospitals.
$10–$100 billion in economic impact results from food recalls and outbreaks such as Avian flu.
Foot traffic is a major vector for germ transmission. Pathogens carried on shoe soles become aerosolized and spread throughout facilities.
Current surface disinfection methods are either too slow, unsafe for occupied environments, or reactive—providing only temporary results.

UV-C (germicidal ultraviolet light) is proven to rapidly and effectively kill pathogens on surfaces.
Breakthroughs in UV-C emitter technology have enabled safer, smaller, and more energy-efficient disinfection solutions.
The global UV-C disinfection equipment market is projected to grow 12–19% annually over the next 5–8 years, driven by demand for more effective hygiene protocols.
Our Infinite Shield platform proactively reduces pathogen ingress, making it ideal for healthcare, food processing, mass transit, and other high-risk environments.

Hospitals. Food processing plants. Transit hubs.
Despite advanced hygiene protocols, one critical gap remains: Pathogen Ingress.

Current methods—like mopping and UV-C robots—are reactive.

The real opportunity is proactive disinfection at the door—closing a persistent gap in environmental hygiene.

Speed: 99.9997% (5-Log+) pathogen reduction in 2 seconds or less
Safety: Patented digital shielding protects human skin and eyes
Precision: UV-C targets only the shoe sole surface area — nothing more
Flexibility: Compact, modular, and more durable for limitless repackaging opportunities
Eco-Friendly: Mercury-free UV-C LEDs with 10x bulb lifespan