News
25 June 2018

JupyTEP IDE available for test usage

Under ESA contract our team has developed a cloud-based IDE (Integrated Development Environment) for building scripts, algorithms and also complete EO data processing chains. JupyTEP IDE is a software with preconfigured EO toolboxes (e.g. SNAP/Snappy and Orfeo ToolBox) and libraries for GIS processing (e.g. GDAL, Grass GIS, PostGIS). It is built as an extension of Jupyter environment and Docker engine dedicated to working with EO data and it is based on the notebook philosophy of scripting. JupyTEP IDE allows scientists, developers of satellite remote sensing applications and other professional or non-professional users to create their own isolated development environment in an easy way. The users are able to write algorithms choosing various languages (Python, R, etc.) and a wide range of tools and libraries. The results can be presented and shared in the interactive and common Jupyter notebook format.

If you are interested in the open and free JupyTEP IDE solution or you wish to test the current version please visit the project site https://wasat.github.io/JupyTEPIDE/ or contact us by e-mail at jupytep@wasat.pl.

5 March 2018

Research on the demand for satellite data in the area of field crops irrigation

With support from the European Space Agency our experts analyze the technical, organizational and economic aspects of the use of satellite data in supporting optimal irrigation of field crops in Poland. In contrast to horticultural production, where irrigation is used on a large scale, most field crops here are not covered by such treatments. This is partly due to the lack of up-to-date and accurate information on anomalies related to the amount of rainfall in the spring and summer season and difficulties in calculating the optimal amount of water that should be provided to plants. Satellite data can contribute to filling this gap, hence to more effective irrigation, whose significance will grow due to the effects of climate change.

2 February 2018

Lecture in the field of satellite remote sensing at the Gdańsk University of Technology

At the invitation of universities our specialists conduct lectures on satellite techniques a few times per year. On January 26, Bartosz Buszke and Dominik Ruciński presented the latest achievements in the field of satellite remote sensing and development perspectives of the Earth Observation industry to Space Technologies students at the Gdańsk University of Technology.

23 October 2017

Participation in the Earth Observation events

Wasat team participates in the key European conferences in 2017 on the developments in the Earth Observation sector, e.g. EO Science for Society, EO Open Science, Big Data from Space. At the latter one, organized by the European and French space agencies and the EU bodies, the new project being implemented by Wasat in cooperation with researchers from the University of Warmia and Mazury will be presented: JupyTEP IDE as a concept of integrated development environment for EO data cloud-based processing solutions.

17 July 2017

Membership in EARSC

By decision of the Board of the European Association of Remote Sensing Companies (www.earsc.org) our company was accepted as a full member of the organisation. The mission of EARSC, headquartered in Brussels, is to foster the development of the European EO geo-information services industry.

19 June 2017

New IT project for ESA

We have started a new contract from the European Space Agency that is aimed at development and adaptation of solutions based on Jupyter Notebook for processing Earth Observation data in a cloud environment. The products will support developers of satellite data exploitation platforms and EO scientists in an efficient creation of data processing algorithms and in visualisation of information or services.

7 April 2017

More publications on the use of remote sensing in archaeology

Two new scientific papers co-authored by Wasat staff were published recently. The papers present results of the project ArchEO (Archaeological application of Earth Observation techniques), which was financed by the European Space Agency and jointly realised by Wasat and Institute of Archaeology at Adam Mickiewicz University in Poznan. One of its main objectives was to assess the usefulness of satellite imagery in archaeological applications in Central Europe.

  • Changing scale: from site through landscape to taskscape within airborne remote sensing perspective by Mikołaj Kostyrko, Włodzimierz Rączkowski and Dominik Ruciński (Proc. SPIE 9688, Fourth International Conference on Remote Sensing and Geoinformation of the Environment (RSCy2016).;
  • Sherlock Holmes’ or Don Quixote‘s certainty? Interpretations of cropmarks on satellite imageries in archaeological investigation by Aleksandra Wilgocka, Włodzimierz Rączkowski, Mikołaj Kostyrko i Dominik Ruciński (Proc. SPIE 9688, Fourth International Conference on Remote Sensing and Geoinformation of the Environment (RSCy2016).

30 March 2017

New contract with ESA

We started to implement a contract from the European Space Agency within the project entitled “Earth Observation for South East Europe (EO4SEE)”. The project is jointly performed by an international consortium of seven companies and research institutions (http://pathfinder.terrasigna.com).

The objective of the project is to develop a technical infrastructure that would enable to store and process large amounts of satellite data and products relevant for the countries of South East Europe (Poland, Czech Republic, Slovakia, Hungary, Romania, Moldova and Bulgaria). Simultaneously, several services on different topics (use cases) will be implemented. Wasat is responsible for one of them: our experts will develop algorithms for automatic classification of cultural landscapes. The process will be based on analyses of satellite data available under the Copernicus program. The developed tool will be used mainly by experts on cultural heritage protection (employees in governmental institutions, researchers, archaeologists). Inventory of the current state of a landscape and detection of changes will enable the analyses of landscape and cultural context of heritage protection, and will facilitate an effective identification of threats and relevant countermeasures.

27 March 2017

The new website

We launched today our new corporate website.

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