Explore
our Payloads

Our team specializes in developing advanced space-based payloads to address critical air quality challenges and provide actionable environmental insights. Our expertise is demonstrated through a series of innovative systems designed to monitor atmospheric composition. Explore GAPMAP experience and our latest developments.

GAPMAP

Type: Polarimeter
Size: 2U
Target: Aerosols
Products: PM2.5, PM10
Status: Tested in Space environment

G3

Type: Spectrometer
Size: 4U
Target: Gases
Products: CO2, Methane
Status: Tested in relevant environment

CLIMATE

Type: Polarimeter+Spectrometer
Size: 6U
Target: Aerosols & Gases
Products: PM2.5-10, GHG
Status: Tested in relevant environment

GAPMAP | PM2.5 &PM10

The GAPMAP mission, validated by its In-Orbit Demonstrator in April 2023, focuses on aerosol monitoring, providing essential data for air quality and climate studies. This payload measures aerosol concentration and properties, offering insights into their role in atmospheric processes and interactions with other pollutants. GAPMAP’s success demonstrated the capability of our satellite platform to deliver reliable, continuous aerosol observations, supporting models for pollution trends, health impacts, and climate dynamics. The mission’s achievements laid the groundwork for developing advanced payloads like G3 and CLIMATE, enabling broader environmental monitoring and addressing critical atmospheric challenges.

G3 | CO2 & Methane

The G3 prototype was developed to address the need for real-time gas monitoring from space. Completed in 2024, it is a spectrometer designed to measure emissions of gases like CO2 and methane, which impact air quality and climate. G3’s high-resolution data supports accurate emission quantification and source identification, aiding air quality models and mitigation strategies. This system integrates with our satellite platform to provide consistent, global-scale gas monitoring. By focusing on gas-specific challenges, G3 complements aerosol monitoring systems like GAPMAP, contributing to a more complete understanding of atmospheric composition and its environmental impacts.

CLIMATE | PM2.5, PM10, CO2 & Methane

The CLIMATE prototype combines aerosol and gas monitoring into a single, scalable payload for broader environmental data collection. Using multi-angular observations, it provides detailed measurements of both aerosols and gases, capturing their interactions and variability under different conditions. CLIMATE streamlines the integration of these datasets, enabling more comprehensive models for air quality and climate assessment. Its scalable design improves efficiency and expands the capabilities of the satellite constellation, supporting diverse environmental monitoring needs. CLIMATE builds on the advancements of GAPMAP and G3, delivering integrated solutions for studying atmospheric processes and informing decision-making in air quality management.