LUV Newsroom

LUV Systems Secures Indian Patent, Expanding Global IP Position and Market Opportunity

LUV Systems Secures Indian Patent, Expanding Global IP Position and Market Opportunity

LUV Systems, Inc. announces its first Indian patent, covering 15 claims for its low-UVC air disinfection technology and marking a key milestone in global IP expansion. The patent strengthens the company’s competitive position and enables entry into the fast-growing South Asian market. The halō™ integrates low-UVC disinfection, targeted airflow, and a proprietary dosing algorithm to deliver continuous, safe, and effective air cleaning in occupied spaces. With granted patents in the U.S. and India and additional filings underway, LUV Systems is well-positioned to scale globally and capitalize on rising demand for indoor air quality solutions.
Continue reading
LUV Systems Awarded First U.S. Patent for Low-UVC Air Disinfection Technology

LUV Systems Awarded First U.S. Patent for Low-UVC Air Disinfection Technology

LUV Systems, Inc. announces U.S. Patent and Trademark Office (USPTO) grant of its first U.S. patent, covering 20 claims related to innovative uses of low-wavelength ultraviolet (low-UVC) light for air disinfection in public environments. The patented technology enables continuous, unobtrusive air sanitization between groups of people in settings such as stadiums, theaters, and other shared indoor spaces.

Continue reading
LUV Systems Announces Initial Low-UVC Patent Filings Covering Broad Disinfection Applications

LUV Systems Announces Initial Low-UVC Patent Filings Covering Broad Disinfection Applications

LUV Systems, Inc. announces filing of multiple U.S. utility patent applications covering six novel ultraviolet (UVC-based) disinfection technologies. These inventions are designed to continuously sanitize air and surfaces across a wide range of settings—including healthcare environments, transportation, commercial spaces, and personal-use devices—while allowing people to remain present without direct exposure to harmful radiation.

Continue reading