LIFY-AIR
Lify Air specializes in environmental measurement solutions, focusing on real-time pollen and pollution sensors. Co-developed with the CNRS, their innovative technology aims to improve health and quality of life by providing precise, localized environmental data. Recognized with national awards, they develop and deploy dense networks of sensors for cities and territories to monitor allergens and pollutants, contributing to public health and preventive strategies. Their solutions are integrated into smart city initiatives, collaborating with local governments and organizations to enhance air quality monitoring and public awareness.
Industries
Nr. of Employees
small (1-50)
LIFY-AIR
1, Avenue du Champ de Mars - 45100 Orléans - France
Patents
Device for detecting the presence of pollen in the air, and corresponding detection method
US-12105001-B2
View Details
Device for detecting the presence of pollen in the air, and corresponding detection method
US-12105001-B2
View DetailsProducts
Miniaturized optical pollen monitoring sensor
Compact automated optical sensor that images and classifies individual airborne particles to identify and count pollen taxa in near real time; designed for dense urban deployment and edge processing.
Real-time particulate matter sensor with composition indicators
Sensor capability to count particles across a wide size range, provide size-bin number concentrations and derived mass concentrations, and infer broad particle composition classes to inform health risk assessment and mitigation.
Miniaturized optical pollen monitoring sensor
Compact automated optical sensor that images and classifies individual airborne particles to identify and count pollen taxa in near real time; designed for dense urban deployment and edge processing.
Real-time particulate matter sensor with composition indicators
Sensor capability to count particles across a wide size range, provide size-bin number concentrations and derived mass concentrations, and infer broad particle composition classes to inform health risk assessment and mitigation.
Services
Site planning, installation and managed operation of dense networks of miniaturized optical sensors to deliver hyper-local pollen and particulate measurements.
Design and execution of funded pilots with local governments and regional bodies, including stakeholder engagement, data-sharing agreements and transition planning from experimentation to sustainable operation.
Provision of processed pollen and particulate data via dashboards, exportable reports, APIs and open-data feeds for planners, environmental agencies and health authorities.
Integration of environmental data streams into third-party municipal communication systems and public displays to broaden reach of preventive information.
Mobile app functionality including real-time exposure alerts, favorites for specific pollen taxa, one-click symptom reporting, personal reaction journals and location-aware sensor selection.
Site planning, installation and managed operation of dense networks of miniaturized optical sensors to deliver hyper-local pollen and particulate measurements.
Design and execution of funded pilots with local governments and regional bodies, including stakeholder engagement, data-sharing agreements and transition planning from experimentation to sustainable operation.
Provision of processed pollen and particulate data via dashboards, exportable reports, APIs and open-data feeds for planners, environmental agencies and health authorities.
Integration of environmental data streams into third-party municipal communication systems and public displays to broaden reach of preventive information.
Mobile app functionality including real-time exposure alerts, favorites for specific pollen taxa, one-click symptom reporting, personal reaction journals and location-aware sensor selection.
Expertise Areas
- Environmental and air-quality monitoring
- Taxon-level pollen detection and exposure assessment
- Optical sensor hardware design for environmental monitoring
- Edge and cloud machine learning for particle classification
Key Technologies
- Optical imaging-based particle sensing
- Edge machine learning for per-particle classification
- Size-resolved particle counting (submicron to coarse ranges)
- Real-time data streaming and RESTful APIs
News & Updates
Recognition for their innovative environmental sensors developed with CNRS, awarded at the INPI 2023 ceremony.
Showcasing their technological solutions for pollen detection and prediction at the major innovation event.
An article discussing the exponential increase in pollen allergies over the past 50 years and its public health implications.
A report on the rising prevalence of pollen allergies, affecting nearly 30% of the population in France.
Awarded for their collaborative research and innovative sensor technology.
Recognition for their innovative environmental sensors developed with CNRS, awarded at the INPI 2023 ceremony.
Showcasing their technological solutions for pollen detection and prediction at the major innovation event.
An article discussing the exponential increase in pollen allergies over the past 50 years and its public health implications.
A report on the rising prevalence of pollen allergies, affecting nearly 30% of the population in France.
Awarded for their collaborative research and innovative sensor technology.