Cutting-edge sensing technologies,
engineered by innovation, committed to impact.

Sapiens Mini Air Station (MAS) series is designed for high performance and long-term outdoor air quality monitoring with integrated autonomous data quality control capabilities. The intended applications are complementary air quality monitoring with high data performance target needs and near reference data quality requirements for government agencies, environmental consultancies, air quality researchers and industrial sectors.

NAS is a compact air station for ambient monitoring in communities and smart city applications.

Sapiens Air Monitoring Sensor Tube is a highly compact outdoor air quality sensor system designed to monitor air pollutants in real-time. Sensor Tube can be easily connected with solar panel to support long term continuous operation.

Sapiens Sirius is a UAV-mounted emission surveillance platform for maritime monitoring. It delivers targeted, real-time pollution analytics for individual vessels: infrared scanning identifies smokestacks and plume trajectories, while high-response gas sensors (SO2, NO2, O3, NO at ppb level, CO at ppm, optional TVOC/CO2) perform multi-point plume-penetration sampling during controlled UAV transects, transforming maritime environmental enforcement.

OPCAS (On-road Plume Chasing and Analysis System) revolutionizes real-world vehicle emission monitoring. This mobile laboratory uses cutting-edge sensors to non-invasively measure pollutants including PM2.5, NOx, CO, CO2, black carbon and VOCs from any moving vehicle in under 2 minutes. Mounted on a chase vehicle, it calculates fuel efficiency via carbon balance methods (EPA-compliant) while eliminating physical installation, tracking emissions from trucks, buses and all vehicle classes.

High performance portable air monitor for personal exposure assessment and microenvironment monitoring

PES (Personal Exposure Sampler) is a compact, cutting-edge device that revolutionizes air quality assessment for personal exposure studies. It features a sophisticated control system that lets researchers independently manage six sampling channels, offering unparalleled flexibility in experimental design and pollutant collection. By integrating advanced analytical methods, the PES delivers high-resolution temporal data on both particulate matter (PM) and VOCs.

Sapiens' high-performance Portable Air Station (PAS) series is designed for deployment simplicity and unwavering stability, delivering exceptional data quality for ambient and indoor air monitoring. It accurately measures key pollutants including PM1, PM2.5, PM10, NO2, O3, CO, SO2 and NO, with optional TVOC and CO2. At its heart lies patented PDF sensing technology that continuously tracks a virtual baseline using dual filters, physically eliminating distortions caused by temperature and humidity.

The Methane Survey Drone (MSD) pairs a fast-response laser methane sensor with a UAV platform to survey pipelines and facilities, pinpointing CH4 leaks with GPS-tagged, real-time data. Built for oil & gas pipeline integrity, landfill and site emission surveys where fixed sensors and ground patrols cannot reach.

OPCAS (On-road Plume Chasing and Analysis System) revolutionizes real-world vehicle emission monitoring. This mobile laboratory uses cutting-edge sensors to non-invasively measure pollutants including PM2.5, NOx, CO, CO2, black carbon and VOCs from any moving vehicle in under 2 minutes. Mounted on a chase vehicle, it calculates fuel efficiency via carbon balance methods (EPA-compliant) while eliminating physical installation, tracking emissions from trucks, buses and all vehicle classes.

Sapiens Sirius is a UAV-mounted emission surveillance platform for maritime monitoring. It delivers targeted, real-time pollution analytics for individual vessels: infrared scanning identifies smokestacks and plume trajectories, while high-response gas sensors (SO2, NO2, O3, NO at ppb level, CO at ppm, optional TVOC/CO2) perform multi-point plume-penetration sampling during controlled UAV transects, transforming maritime environmental enforcement.

The Methane Survey Drone (MSD) pairs a fast-response laser methane sensor with a UAV platform to survey pipelines and facilities, pinpointing CH4 leaks with GPS-tagged, real-time data. Built for oil & gas pipeline integrity, landfill and site emission surveys where fixed sensors and ground patrols cannot reach.