XCMR
Developer of UV-C based biosecurity devices and connected analytics. The company integrates germicidal UV-C into wearable, portable and stationary devices, and operates an IoT cloud with AI-driven analytics to support infection visibility, response, and preparedness. Activities include device prototyping, experimental efficacy testing, computational modeling, standards engagement, and partnerships for product design and implementation.
Industries
Nr. of Employees
small (1-50)
Products
Personal UV-C sterilization device (personal-scale reactor prototype)
A personal-scale reactor prototype that disinfects breathed airflow using UV-C LEDs and reflective interior materials; experimental and simulation results reported for airborne pathogen inactivation.
XCMR EMITR Platform
A proprietary electromagnetic energy platform utilizing connected devices, AI, data, and sensor fusion to enable infection transmission resiliency at global scale through coordinated, controlled, and directed full spectrum UVC.
Near-Field Infection Prevention (NIP)
Next-generation PPE providing real-time respiratory protection using proprietary UVC micro reactor technology for reusable pathogen inactivation instead of traditional filtration.
Surgical Site Infection Prevention (xIP)
NIP technology designed for surgical site infection protection and control, combining surface and air decontamination methods to inactivate pathogens.
XCMR Biosecurity IoT Cloud Platform
An AI-driven predictive analytics cloud platform that enables improved visibility, response, and preparedness for scaled infection transmission resiliency.
Personal UV-C sterilization device (personal-scale reactor prototype)
A personal-scale reactor prototype that disinfects breathed airflow using UV-C LEDs and reflective interior materials; experimental and simulation results reported for airborne pathogen inactivation.
XCMR EMITR Platform
A proprietary electromagnetic energy platform utilizing connected devices, AI, data, and sensor fusion to enable infection transmission resiliency at global scale through coordinated, controlled, and directed full spectrum UVC.
Near-Field Infection Prevention (NIP)
Next-generation PPE providing real-time respiratory protection using proprietary UVC micro reactor technology for reusable pathogen inactivation instead of traditional filtration.
Surgical Site Infection Prevention (xIP)
NIP technology designed for surgical site infection protection and control, combining surface and air decontamination methods to inactivate pathogens.
XCMR Biosecurity IoT Cloud Platform
An AI-driven predictive analytics cloud platform that enables improved visibility, response, and preparedness for scaled infection transmission resiliency.
Services
Design and engineering of UV-C enabled wearable, portable, and stationary prototypes including hardware development using UV-C LEDs and reflective materials.
Laboratory evaluation using aerosolized challenge agents, fluence measurements, and quantitative inactivation reporting to validate device performance.
Participation in multi-stakeholder workshops to develop measurement protocols, standards, and data practices for UV germicidal efficacy.
Human-centered industrial design and engineering partnerships to convert functional concepts into manufacturable products.
Technical guidance on infection prevention practices, evaluation of disinfection approaches (including UV-C and vaporized hydrogen peroxide), and implementation planning for healthcare environments.
Design and engineering of UV-C enabled wearable, portable, and stationary prototypes including hardware development using UV-C LEDs and reflective materials.
Laboratory evaluation using aerosolized challenge agents, fluence measurements, and quantitative inactivation reporting to validate device performance.
Participation in multi-stakeholder workshops to develop measurement protocols, standards, and data practices for UV germicidal efficacy.
Human-centered industrial design and engineering partnerships to convert functional concepts into manufacturable products.
Technical guidance on infection prevention practices, evaluation of disinfection approaches (including UV-C and vaporized hydrogen peroxide), and implementation planning for healthcare environments.
Expertise Areas
- UV-C disinfection technology
- Personal protective device development
- IoT and AI analytics for infection surveillance
- Computational modeling for disinfection systems (CFD & optical)
Key Technologies
- Germicidal UV-C systems
- UV-C LEDs
- IoT cloud platforms
- AI-driven predictive analytics
News & Updates
Presentation of a Top Featured Poster at the Society for Healthcare Epidemiology of America 2025 Spring Conference (poster selected among 26 outstanding abstracts).
Presentation by the company's Senior Director of Test Method Development and Analytics at the Surgical Infection Society 44th Annual Meeting in Philadelphia.
Company executives and technical staff participated in the workshop 'Advancing UV Germicidal Efficacy Measurement: Metrology, Standards, Data & Protocols' hosted by NIST and IUVA to advance measurement protocols and standards.
Added as a member of the Coalition to Stop Flu, joining multi-sector organizations focused on preventing influenza transmission.
Publication and abstract describing experimental measurements and simulations of personal-scale UV-C reactors for airborne pathogen disinfection, including comparisons between experiments and CFD/optical simulations.
Abstract selected as a Top Featured Poster at the 2025 SHEA Spring Conference.
Presentation of a Top Featured Poster at the Society for Healthcare Epidemiology of America 2025 Spring Conference (poster selected among 26 outstanding abstracts).
Presentation by the company's Senior Director of Test Method Development and Analytics at the Surgical Infection Society 44th Annual Meeting in Philadelphia.
Company executives and technical staff participated in the workshop 'Advancing UV Germicidal Efficacy Measurement: Metrology, Standards, Data & Protocols' hosted by NIST and IUVA to advance measurement protocols and standards.
Added as a member of the Coalition to Stop Flu, joining multi-sector organizations focused on preventing influenza transmission.
Publication and abstract describing experimental measurements and simulations of personal-scale UV-C reactors for airborne pathogen disinfection, including comparisons between experiments and CFD/optical simulations.
Abstract selected as a Top Featured Poster at the 2025 SHEA Spring Conference.