Difference between revisions of "GeoVille"
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===Related experience=== | ===Related experience=== | ||
| − | From an related experience point of view, we would like to highlight some R&D milestones starting with the Austrian Space Application programme projects [https://austria-in-space.at/en/projects/2006/testing-of-novel-earth-observation-systems-for-supporting-quality-control-activities-required-by-kyoto-protocol.php NeosQuick] (2003), [ | + | From an related experience point of view, we would like to highlight some R&D milestones starting with the Austrian Space Application programme projects [https://austria-in-space.at/en/projects/2006/testing-of-novel-earth-observation-systems-for-supporting-quality-control-activities-required-by-kyoto-protocol.php NeosQuick] (2003), [https://projekte.ffg.at/projekt/1410270 Aid4Floods](2004), [https://austria-in-space.at/en/projects/2008/assessment-of-potential-damage-and-risk-exposure-caused-by-natural-hazards-with-earth-observation.php NatHaz] (2005) and SAR-X (2007), which all contributed to the service application development of SAR based flood mapping capacities. <br> |
The FP-7 project [https://cordis.europa.eu/project/id/607220 FLOODIS] (2010) and [https://cordis.europa.eu/project/id/312461 InCreo] (2011) were a game changer for the data access as they provided for the first system development with multiple mechanisms to automatic flood monitoring capacities via web pull/push and mobile app technologies, which were further improved in the H2020 projects [https://www.i-react.eu/ I-REACT] (2015). The latter achieved true fully integrated data approaches providing a fully automatic risk assessment capacity to the end-users at global level. On the related product accuracy assessment experience GeoVille has developed the open-source, on-line based validation platform [https://iiasa.ac.at/web/home/research/researchPrograms/EcosystemsServicesandManagement/LACO-Wiki.html LACOVAL / LACO-Wiki] for standardizing the validation of land cover and land cover changes by map users and producers alike. GeoVille has ample hands-on validation experience and commits itself to respect best-practice (ISO certified) along established standards (e.g. CEOS Cal/Val, LPV, EARSC, JRC) of the EO sector. <br> | The FP-7 project [https://cordis.europa.eu/project/id/607220 FLOODIS] (2010) and [https://cordis.europa.eu/project/id/312461 InCreo] (2011) were a game changer for the data access as they provided for the first system development with multiple mechanisms to automatic flood monitoring capacities via web pull/push and mobile app technologies, which were further improved in the H2020 projects [https://www.i-react.eu/ I-REACT] (2015). The latter achieved true fully integrated data approaches providing a fully automatic risk assessment capacity to the end-users at global level. On the related product accuracy assessment experience GeoVille has developed the open-source, on-line based validation platform [https://iiasa.ac.at/web/home/research/researchPrograms/EcosystemsServicesandManagement/LACO-Wiki.html LACOVAL / LACO-Wiki] for standardizing the validation of land cover and land cover changes by map users and producers alike. GeoVille has ample hands-on validation experience and commits itself to respect best-practice (ISO certified) along established standards (e.g. CEOS Cal/Val, LPV, EARSC, JRC) of the EO sector. <br> | ||
Revision as of 13:24, 19 April 2021
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GeoVille, based in Austria, is an internationally operating company, providing consultancy, services and products related to Earth Observation, Geo-information and Geographic Information Systems.
The enbaling of geographic accounting of human and natural dynamics through a satellite’s eye, adding the spatial dimension to information gathering, analysis and monitoring, for policy support and informed decision making is GeoVille's mision together with providing turnkey geospatial intelligence solutions enabling efficient data access, client operations and management.
Related expertise
Since the foundation of the company in 1998, GeoVille has fed the continuous demand for the delivery of satellite-based flood mapping and monitoring services.
Hence, GeoVille invested very early in research and development activities to build up the know-how and capacities to delineate floods from normal water level extents in optical and radar based satellite data. >br>
This started with manual mapping procedures in the 90s and over the years has evolved from semi-manual processing procedures to fully automatic identification and mapping services. Integral to this evolution were the build-up of associated satellite data access and processing facilities, the products quality assurance procedures and extension of the various product delivery mechanisms.
GeoVille was the first European service provider with RADARSAT (2000) and TerraSAR-X (2008) distribution agreements for the sole purpose to be able provide to provide flood monitoring services. Later in 2014, GeoVille invested in a strategic private-public-partnership to found the EODC, which was a blueprint for the Copernicus DIAS, to be able to store and process Sentinel-1 data on a global level, partly to enable fully automatic flood monitoring services and related data access mechanisms.
Today, GeoVille operates the first fully automatic Sentinel1- and Sentinel2-based land monitoring system within its LandMonitoring.earth platform, which provides RESTful Web service based 24/7 access to its customers around the globe.
GeoVille has further significant operation, quality assurance and data access expertise via cloud-based service solutions within the Copernicus DIAS Land Monitoring Service (CLMS) operations.
GeoVille, currently operates the CLMS processing systems for the production of the HRL Imperviousness, Water & Wetness and CLC+ Sentinel1&2 derived products.
Related experience
From an related experience point of view, we would like to highlight some R&D milestones starting with the Austrian Space Application programme projects NeosQuick (2003), Aid4Floods(2004), NatHaz (2005) and SAR-X (2007), which all contributed to the service application development of SAR based flood mapping capacities.
The FP-7 project FLOODIS (2010) and InCreo (2011) were a game changer for the data access as they provided for the first system development with multiple mechanisms to automatic flood monitoring capacities via web pull/push and mobile app technologies, which were further improved in the H2020 projects I-REACT (2015). The latter achieved true fully integrated data approaches providing a fully automatic risk assessment capacity to the end-users at global level. On the related product accuracy assessment experience GeoVille has developed the open-source, on-line based validation platform LACOVAL / LACO-Wiki for standardizing the validation of land cover and land cover changes by map users and producers alike. GeoVille has ample hands-on validation experience and commits itself to respect best-practice (ISO certified) along established standards (e.g. CEOS Cal/Val, LPV, EARSC, JRC) of the EO sector.
GeoVille has ample hands-on validation experience and commits itself to respect best-practice (ISO certified) along established standards (e.g. CEOS Cal/Val, LPV, EARSC, JRC) of the EO sector. GeoVille is currently the product and service quality assurance service provider of the JRC S2 Global Mosaic Service. On the flood monitoring application experience, GeoVille was the first to provide operational TerraSAR-X flood monitoring services to water and disaster risk centres in Europe. On a global level, GeoVille provided its flood mapping expertise as service provider to the JRC EMS Risk & Recovery Mapping (2015-2017), the ESA projects (TIGER-NET, GlobWetland, EO4SD Climate Resilience and WorldWater) and the development sector via many International Financial Institutions, such WB, IADB, ADB, with focal regions in Africa, Central and South Americas and South-East Asia. Within TIGER-NET GeoVille processed the first documented S1 flood delineation (in Namibia), which triggered related monitoring services in many other African countries (eg.Nile Basin, Zambezi Basin, etc.). Since then, hybrid optical (HR and VHR) and SAR based flood mitigation, assessment and monitoring services are provided through an operational system. Today, GeoVille operates with its expert IT department a state-of-the-art multi-cloud based operation, monitoring and data access system with application programme interfaces (APIs) to feed the entire range of internet based access mechanisms for its customers worldwide. Please refer to the administrative section of the Cover Letter, for a full company description with related evidences of expertise and experience documentation.
GeoVille is specialized in the provision of satellite data processing and information systems for data access. The company has a solid track record in the development, implementation and operation of similar Copernicus Land Monitoring Service Systems (Sentinel-2 Global Mosaic Service), HRL and the CLC+ Production Systems), the ESA WorldWater cloud-based processing as well as its own system for global Sentinel1&2-based services.
Apart from its ISO-certified product quality management that was applied in over 450 successful production projects in over 130 countries, it also led the product and service quality assurance method developments and implementation of the Copernicus S2GM system.
GeoVille has a global service heritage in the provision of satellite-based flood mapping application services, which partly stems from having been a service provider to the JRC coordinated CEMS Risk and Recovery Mapping.
More info on GeoVille official website
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