The Challenge of Atmospheric Measurement

Understanding atmospheric aerosols and cloud microphysics is critical for accurate climate modeling and weather prediction. However, traditional sampling methods often destroy or alter the fragile particles they attempt to measure. Conventional sensors also struggle to capture the dynamic, real-time spatial distribution of mixed-phase aerosols in their natural environment.

The Particle4X Advantage

Particle4X overcomes these limitations by taking laboratory-grade holographic imaging directly into the field. Our technology captures high-resolution, 3D data of airborne particles in situ without altering their natural state or airflow. Coupled with our proprietary AI, the system instantly characterizes particles by size, morphology, and phase. This enables precise differentiation between water droplets and ice crystals, as well as the specific identification of biologicals like pollen and spores among diverse coarse mode aerosols, delivering detailed information to researchers.

Flexible Deployment: HoloCloud & HoloCMA

Engineered for harsh and remote environments, our atmospheric product line offers unparalleled deployment flexibility:

• HoloCloud: An ultra-compact, lightweight imaging sensor optimized for UAV (drone) integration and airborne research, capturing data directly within cloud decks and boundary layers.
• HoloCMA: A robust, autonomous monitoring system designed for continuous ground-based field stations, atmospheric observatories, and long-term environmental tracking.