A New Way to See All Matter
Creating a new sensor infrastructure. Matter is developing advanced sensors that see beyond the visible to capture precise information on the composition, shape, and temperature of all matter—from space to surface.
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EARTH-1 will be the first satellite to collect extreme-resolution hyperspectral and thermal images, adding to Matter's sensing infrastructure and unlocking global data that powers industries and AI models with new predictive capabilities.
Imaging Today
Most current sensors collect just a few channels of data and the hyperspectral solutions that exist today have low spatial resolution, severely restricting their utility.
Our Leap
Highest-resolution commercial sensor capturing sub-meter RGB, thermal, and hyperspectral images that enable unprecedented detail and analysis of the atmosphere and surface.
500x Information Density
Resolution
Matters
Matter’s beyond-visible sensors take no shortcuts in data quality.
Spatial, spectral, and radiometric resolution with high signal-to-noise is paramount to unlocking commercial and government applications.
EARTH-1’s (Emissions and Reflectance through Hyperspectral) core focus is science-grade ultrabroadband sensing.
The only payload capturing visible, hyperspectral, and thermal information at unprecedented resolution - with low latency and rapid revisits.
Our specifications are pushing the boundaries of sensing technologies and leaps ahead of current available capabilities – contact our team to see detailed specs.
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Imaging Spectrometer Bandwidth
Near-UV to TIR
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eNIIRS
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Ground Resolved Distance
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Ground Sampling Distance
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Spectral Resolution
Redacted
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Imaging Spectrometer SNR (700 nm) †
>550:1
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NEDT
Redacted
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Video Frame Rate
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Video Duration
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Geolocation Accuracy
5 m CE90
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Area per Scan
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†45° SZA, 25% Reflectance MLD MODTRAN® Reference Radius
Measure anything, anytime, anywhere.
