XCMR, Inc.
XCMR leads in biosecurity innovation by incorporating UVC into wearable, portable, and stationary devices to prevent infectious disease transmission. The company utilizes IoT cloud-enabled AI-driven predictive analytics to enhance visibility, response, and preparedness for infection transmission resiliency. Focused on advanced biological threat protection, XCMR develops cutting-edge respiratory protection solutions leveraging UV-C technology, data fusion, and AI, aiming to revolutionize biodefense and biosecurity efforts for military and civilian populations.
Industries
Nr. of Employees
small (1-50)
Products
Near-field UV-C infection-protection devices (wearable, portable, stationary)
Device class that generates a controlled, continuous localized volume of irradiated air using UV-C to reduce exposure to airborne pathogens in close-contact settings.
Symmetrical-flow UV-C disinfection mask (prototype)
A prototype respirator that applies continuous UV-C irradiation to airflow during inhalation and exhalation to inactivate pathogens and reduce breathing resistance compared with traditional filters.
Parabolic reflectometry instrument for UV system evaluation
A measurement method and device to rapidly evaluate surface reflectivity under varying UV wavelengths to inform UV disinfection system design and optimization.
Near-field UV-C infection-protection devices (wearable, portable, stationary)
Device class that generates a controlled, continuous localized volume of irradiated air using UV-C to reduce exposure to airborne pathogens in close-contact settings.
Symmetrical-flow UV-C disinfection mask (prototype)
A prototype respirator that applies continuous UV-C irradiation to airflow during inhalation and exhalation to inactivate pathogens and reduce breathing resistance compared with traditional filters.
Parabolic reflectometry instrument for UV system evaluation
A measurement method and device to rapidly evaluate surface reflectivity under varying UV wavelengths to inform UV disinfection system design and optimization.
Services
Research, engineering and prototyping of wearable, portable and stationary UV-C systems for close-range infection protection.
Creation of bespoke test methods, automation of experimental platforms, and analytics to assess performance and safety of far UV-C systems where standard test methods are insufficient.
Integration of cloud-connected sensors, data fusion, and AI models to deliver predictive visibility and adaptive responses for infection transmission resiliency.
Advisory services and participation in standards development and test method committees relevant to UV-C device application and safe use.
Research, engineering and prototyping of wearable, portable and stationary UV-C systems for close-range infection protection.
Creation of bespoke test methods, automation of experimental platforms, and analytics to assess performance and safety of far UV-C systems where standard test methods are insufficient.
Integration of cloud-connected sensors, data fusion, and AI models to deliver predictive visibility and adaptive responses for infection transmission resiliency.
Advisory services and participation in standards development and test method committees relevant to UV-C device application and safe use.
Expertise Areas
- UV-C disinfection systems
- Near-field infection protection
- Wearable and portable device development
- Computational fluid dynamics and optical simulation
Key Technologies
- Far UV-C (200–230 nm) irradiation
- UV-C dose and fluence modeling
- Computational Fluid Dynamics (CFD)
- Ray-tracing and optical simulation
News & Updates
XCMR presented its vision for Near-Field Infection Protection technology (NIP™) leveraging directed photonic energy, and showcased the Symmetrical Flow Disinfection (SFD) mask, which offers N95-level protection without discomfort.
XCMR presented its vision for Near-Field Infection Protection technology (NIP™) leveraging directed photonic energy, and showcased the Symmetrical Flow Disinfection (SFD) mask, which offers N95-level protection without discomfort.