CORE BUSINESS
LSC360 S.A. with its department Geodata, whose objective it is, to use innovative techniques from earth observation in research projects and to render services for the acquisition of reliable geodata. Further, the development of high-level products for environmental studies, precision agriculture and engineering projects is as well one of the major goals of the company.
The use of UAVs (Unmanned Aerial Vehicles or drones) allows for a rapid intervention and the acquisition of extremely high resolution geodata. These characteristics of UAVs – combined with a multitude of different sensors – make these systems very powerful in the case of natural disasters or precision agriculture, where satellite data lacks the spatial or temporal resolution.
PRODUCTS & SERVICES
Geodata acquisition
- UAV operation for data acquisition
- Data processing for RGB-, thermal and multi- and hyperspectral data
Product development
- Development of customized data products
- Precision agriculture / viticulture: disease and weed detection, biomass, and photosynthesis.
- Forestry: Remote sensing-based inventories, health status and biomass development
- Construction site monitoring : volume estimation, 3D reconstruction, BIM and pipe detection
- Instant-As-Built: Handheld device for high accuracy and high-resolution data acquisition
TECHNICAL MEANS
- Heavy lift UAVs: In many research projects, multiple camera systems need to be flown simultaneously and combined with sensors for side parameters.
- LiDAR: A LiDAR scanner enables to collect 300pts/m² and allows to collect high precision digital elevation models, even below vegetation
- Multi- and hyperspectral sensors and high-resolution RGB-cameras: the acquisition of the complete electromagnetic spectrum is required for the analysis of vegetation. The available sensor systems cover the spectral domain from 350 – 950nm.
- A thermal camera captures long wave thermal infrared from 8-14µm and provides information about land surface temperature and emissivity.
- Field spectrometer: the field spectrometer captures light in the spectral range from 350nm to 950nm. This data is used for research in vegetation studies and for cal/val of UAV data.
MAIN CUSTOMERS
Luxembourg municipalities
Governmental administrations
- Administration de la nature et des forêts
- Administration des ponts et chaussées
- Administration de la gestion de l’eau
Research institutions
- LIST
- IBLA
- University of Trier
MAJOR SPACE PROJECTS
- SESAME - Secure and Safe Multi-Robot Systems
- MonESCA – Disease detection in grape vines
- COMMECT – Smart XG in remote farming, forestry and rural areas
- LuxVita2 – Monitoring Luxembourg forest vitality using Sentinel2 time series
- ForMoLux - Forest inventories and monitoring using airborne and drone based LiDAR
