We design and integrate high-performance spectral imaging systems leveraging our expertise in optics, electromechanics, and embedded computing, which can be deployed on airborne or ground-based platforms. We also conduct ground and in-flight testing and qualification of these systems.

We manage the entire data production chain, from acquisition to delivery, with quality control procedures and image quality reporting. We develop spectral image analysis methods based on classification, machine learning, and artificial intelligence.

Our software is developed in accordance with software engineering best practices (unit testing, integration testing, functional testing). We utilize on-premises and cloud computing infrastructure (OVH, AWS) to process large volumes of data and follow AGILE methodologies in our development work.

We develop QGIS plugins and design web applications and interfaces that enable the visualization, exploration, and utilization of spectral data.

We pursue a continuous innovation approach through research and development projects aimed at improving sensors, analysis methods, and applications in spectral imaging.