Oberon provides the Aerotrape™ sensor, a compact device that uses real‑time multi‑wavelength microscopy to identify carbon, mineral, and biological aerosols—including early pathogen signatures—directly in the field. The system streams data to a cloud dashboard for continuous exposure metrics, automated pollen forecasts, and predictive alerts, and also offers a deep‑sea imaging module for high‑resolution ocean health monitoring.
Funding
Funding not disclosed
Founders
Product
Problem
Current environmental monitoring relies on bulk laboratory equipment and delayed sampling, which limits the ability to detect airborne pathogens, harmful aerosols, and localized pollen allergens in real time. This lag hampers timely protective actions for agriculture, public health, and marine ecosystems.
Solution
Oberon offers the patented Aerotrape™ device, a compact sensor that performs real‑time multi‑wavelength microscopy of supermicron aerosol particles. The system identifies carbon, mineral, and biological agents—including early-stage pathogens—directly in the field, enabling immediate alerts for crop protection and allergy risk mitigation. Integrated analytics provide localized pollen forecasts and, through a deep‑sea imaging module developed with research institutes, deliver high‑resolution photographs of ocean health at great depths. Data are streamed to a cloud platform where users can monitor exposure metrics, receive predictive warnings, and act proactively to safeguard environmental and public health.
Target Audience
Primary customers include agricultural producers, public health agencies, and environmental monitoring organizations that require rapid detection of airborne hazards and ocean health assessment.
Features
- Real‑time multi‑wavelength microscopy for on‑site detection of supermicron aerosol particles
- Patented Aerotrape™ sensor capable of identifying carbonaceous, mineral, and biological aerosols, including early pathogen signatures
- Automated pollen concentration monitoring with localized allergy risk forecasting
- Deep‑sea imaging capability delivering high‑resolution photographs of ocean health in collaboration with research institutions
- Cloud‑based dashboard for continuous exposure metrics, alert generation, and predictive analytics
- Compact, field‑deployable hardware designed for agricultural, urban, and marine monitoring applications