Remote sensing reveals insight where direct measurement is not possible. At cosine, remote sensing is a core capability for understanding Earth, atmosphere, oceans, and planetary environments, supporting missions where reliable insight matters most.
Remote Sensing
The multi-spectral thermal infrared imager with high spatial resolution
TSCOUT is the first multi-spectral infrared imager with high resolution made for small satellites. It is designed to be operated on nano, micro and larger satellites. Making use of new developments in detector technology ...
Stray light is a big challenge for Earth observation space missions trying to measure the spectrum of Earth’s atmosphere. To counter this, the expert team at cosine has developed stray light correction algorithms and has applied them to flagship space missions for air quality.
Quickly determine realistic system performances and features
The high energy optics software simulates X and gamma-ray imaging systems based on grazing incidence scattering using the Monte Carlo technique. The software offers control of the surface properties and scattering processes at each ...
The fish industry in the Netherlands alone consists of about 300 companies that generate a total revenue of 4 billion euros. Food quality, freshness and safety are important factors in this industry.
cosine and spin-off condi food developed an objective, non-destructive inspection method to ...
ALART is a time-of-flight lidar which uses a high repetition rate laser and a single-photon detector. The design of ALART has been optimized for vegetation height monitoring. Each detector used can individually detect the arrival time of 1024 photons per shot with a resolution of 312 ...
This Airborne Hyperspectral Imager (IRIS) combines a VNIR hyperspectral camera with a low-power consumption photon-counting laser altimeter. The two instruments share the same optical path, leading to a small, lightweight, multi-functional instrument for manned and unmanned airborne ...
Based on customer feedback cosine developed an enhanced generation hyperspectral imagers for space, HyperScout 2. The HyperScout 2 has augmented processing performance by using Intel Ireland’s new Myriad 2 artificial intelligence chip, improving the data processing capabilities for ...
HyperScout is the first ever miniaturized hyperspectral imager with its own brain. Combining spectral imaging with onboard processing, it is designed to be operated on nano, micro and larger satellites. With the right constellation you can measure what you want, where you want, when you want. ...
The Optical Proximity Sensors (OPS) are an integrated set of sensors for proximity detection in the context of long duration interplanetary missions. The OPS can be deployed on landers and exploration rovers as guidance and navigation sensor system where power, mass and volume are very ...
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cosine will participate in the 4S Symposium 2026, taking place from May 4–8, 2026, in Sardinia, Italy. Dr. Marco ...
In a major step toward building the world’s most powerful X-ray telescope, cosine and PTB (Physikalisch-Technische ...
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