A spin-off platform from VECMAP for monitoring vector-borne disease outbreaks in urban settings in the tropics
A SatNav/EO based spatial decision support system (SDSS) specifically aimed at organizations and public institutes that need to monitor mosquito vector populations at the household scale
A commercial service for the implementation of eco-friendly integrated pest management programs in the tropics
SatNav/EO based pest control service developed to promote eco-friendly integrated pest management (IPM) solutions in a tropical compound environment such as: luxury lodges, resorts, hotels and sports clubs; private, corporate and diplomatic professional and residential compounds; private and public schools and hospitals; processing and storage facilities of the agri-food chain business, etc.
SatNav/EO data service for air traffic management and air traffic information
In 2019, nearly 38.3 million of flights were made around the world. The ESA-backed AirTracks project uses EO and navigation satellite data to improve air traffic during approach and departure, enhancing aircraft safety.
Mobile-Healthcare Solar Exposure Decision Support System
Copernicus based service to have near real-time insights on the conditions of agricultural parcels or single plants
The GREENSPIN Agri Planet service relies to 100% on the automated processing and analysis of EO data from the Copernicus satellites Sentinel 1 and Sentinel 2. It offers near real-time insights and quantitative metrics on the conditions of agricultural parcels, single plants or larger regions to providers of smart farming software solutions and/or consulting for farmers, large producers of agricultural goods and public authorities.
EO/GNSS based system project for a more sustainable waste management
The project HelloBin aims to use EO/GNSS data to inform and involve citizens and their municipalities in the management of the waste streams more efficiently and hence more sustainably.
Satellite-Enabled Intelligent Agriculture
Over the last century, global water withdrawal grew 1.7 times faster than population, aggravating concerns about sustainable water use. DryGro, based on EO and satellite communications services, aims to produce inexpensive, high-protein animal feed input using 99% less water than conventional agriculture.
Source: FAO
Sensor Information for Pest Control
The objective of SiPeCon is to offer sensor information for Integrated Pest Management (IPM) services as a business service. SiPeCon primary clients are crop protection agents while the end-users are farmers . The end-users' need is incresed pest control. Sipecon offers information services based on a fully operational GNSS/SATCOM sensor information supply chain to support crop protection agents and their clients.
Service to improve monitoring of changes in water resources of individual lakes and reservoirs
Cloud-based network for devices measuring water variables
