cosine develops high-end measurement systems where data analysis is essential to turning measurement into insight. From converting raw data into calibrated physical quantities to interpreting results in context, our expertise spans the full data lifecycle. We design algorithms and software that transform captured data into reliable, actionable outcomes, integrated directly into systems built for real-world use.
Our experience includes embedded processing, data storage, digital image processing, software development, and system integration, ensuring that data supports understanding, not complexity.
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.
Hyperspectral imaging combined with Principal Component Analysis (PCA) can distinguish adulterated powders in different samples of dairy product powders without using wet chemical analysis methods. We also applied machine vision techniques to recognize black particles in samples of milk ...
The food industry requires a high level of quality for huge product volumes. But individual product quality inspections are not always feasible, due to volume, processing speed and technology limitations. Many of the current quality control methods are destructive, indirect, sample based and ...
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 ...
Seeking to expand their offering of high-tech forensic solutions, the Amsterdam-based Forensic Technical Solutions (FTS) asked cosine to develop a hyperspectral imaging camera. The camera can be used at a crime scene by forensic scientists to quickly determine whether possible blood traces are ...
We used a combination of UV fluorescence and hyperspectral imaging to evaluate the severity of fungi infection on roses. This can be done automatically with the optical measurement, which has been tested by correlating the automatic scoring with the scoring from the manual inspection. These ...
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. ...
