Unlock Earth
Unlock
Earth
Matter’s airborne sensors capture never-seen data of our world’s natural and artificial materials at unmatched precision.
Customers need to see beyond the visible to discern critical information about materials and how they change.
Industries need sensors that can see the full picture - this reveals all the key details that customers truly care about.
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Imaging spectroscopy identifies materials by analyzing how they reflect light beyond what is visible, revealing true fingerprints of objects on surface or gasses in the air.
For the first time, Matter’s sensors will measure, map, and monitor otherwise unseen processes with exquisite resolution.
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Matter’s sensors also measure the heat emitted by objects, enabling us to see temperature differences invisible to other sensors.
Thermal imaging reveals information about gasses or surface objects, hidden processes, and even past events - day or night.
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Measurements are only useful in context. Matter’s sensors localize measurements in 3D space to form a complete picture about shape, spatial relationships, composition, and temperature.
We see everything there is to know.
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EARTH-1 will create the first global encyclopedia of Earth's material composition, imaging the entire globe with more than 500 times the information density of today’s hyperspectral sensors.
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.
Broad area monitoring for spatial awareness and rapid revisits. We can see an entire city at once.
Localize measurements to areas as small as the corner of a roof.
Space-based minutes- long video to monitor moving assets and operations.
Monitor activities with high temporal resolution. Don’t miss transient events.
Measure temperature differences of a small fraction of a degree.
Sensitive material identification in diverse settings. Detect mineral abundances of less than a few weight percent.
Extreme spectral resolution. Fine-grained material identification. Distinguish between tens of thousands of materials.
Extreme spatial clarity.
Closely matched to GSD to make fine features distinctly visible.
Resolve detailed features of objects and activities on the surface. We can see recently installed land mines and camouflaged objects under trees.
Matter sensors capture light from ultraviolet to thermal infrared to see materials and events. See shape, composition, and temperature all in one scene.
Matter is building sensing infrastructure from the semiconductor level, using first principles to enable true autonomy in global perception.
