EEA Technical experience around SIIF requirements. Jan Bliki

1. SIIF UWWTD Pilot Project Meeting Brussels 06.05. 2014 • EEA Technical experience around SIIF requirements. • Jan Bliki • Head of Group geospatial information services • EEA, Monitoring Data and Information (MDI) Jan.Bliki@eea.europa.eu

2. SIIF APPROACH and PRINCIPLES Improvement of EU mapviewer and website EU DBs EU website(s) and all other data and mapviewers EU The information 1 - Focus on compliance 2 -Be easy to access and focus on user'sneed 3 -Be up-to-date, accurate and comparable 4 - Be forwardLooking Sharing information EU-MS Automatic exchange of data SIIF PROJECT 2014 The Process 5 - Decentralize, self-assess and qualify 6 - Shareautomatically 7 - Increaseefficiency and reduceadministrative burden 8 - Developstep-by-step National website(s), data and mapwiewers National DBs MS Creation of national UWWTD websites

3. SIIF APPROACH and PRINCIPLES Improvement of EU mapviewer and website EU DBs EU website(s) and all other data and mapviewers EU The information 1 - Focus on compliance 2 -Be easy to access and focus on user'sneed 3 -Be up-to-date, accurate and comparable 4 - Be forwardLooking Sharing information EU-MS Automatic exchange of data SIIF PROJECT 2014 The Process 5 - Decentralize, self-assess and qualify 6 - Shareautomatically 7 - Increaseefficiency and reduceadministrative burden 8 - Developstep-by-step National website(s), data and mapwiewers National DBs MS Creation of national UWWTD websites

4. Combine National and European web services. • EEA selected a set of technologiesthatcan deliver thoserequirements. • Easy and none expensive re-use of information. • Closer to the end user. (No developers required) LIMITATIONS: • Reflectseverycontentchange on National web services. • Changes on web services can break the solution. • Limited European harmonization. (Control over legend, information representation, etc..)

5. EEA Spatial Data Infrastructure became Web based. consumer Decentralizedpublishing EEA Central infrastructure Cloud ETC (IT)Climate Change impacts, vulnerability and adaptation ArcGis online http://eea.maps.arcgis.com ETC (ES)Spatial Information and Analysis Centralized Maintenance Monitoring Functionality ETC (CZ)Inland, Coastal and Marine waters EEAMain officeCopenhagen ETC (NL)Air polution and Climate Change mitigation ETC (FR)Biological Diveristy On premisse ETC (DK)Sustainable Consuption and Production ArcGis Server Farmhttp:/discomap.eea.europa.eu

6. Manage EEA Web maps everywhere http://climate-adapt.eea.europa.eu http://eea.europa.eu consumer http://water.europa.eu http://ec.europa.eu/environment/nature/index_en.htm http://land.copernicus.eu Map config 1 ArcGis online http://eea.maps.arcgis.com Map config ?? Map config 2 Map config 4 Map config 3

7. SIIF APPROACH and PRINCIPLES Improvement of EU mapviewer and website EU DBs EU website(s) and all other data and mapviewers EU The information 1 - Focus on compliance 2 -Be easy to access and focus on user'sneed 3 -Be up-to-date, accurate and comparable 4 - Be forwardLooking Sharing information EU-MS Automatic exchange of data SIIF PROJECT 2014 The Process 5 - Decentralize, self-assess and qualify 6 - Shareautomatically 7 - Increaseefficiency and reduceadministrative burden 8 - Developstep-by-step National website(s), data and mapwiewers National DBs MS Creation of national UWWTD websites

8. Reporting data to EEA D1 + D3 D1 D1 + D2 Normalized XML-structure De-normalized Integrated datasets De-normalized Normalized National level ReportNet (Web repository) European Level (INSPIRE data modal) European Level (Workspace for Analytical use) European Level (simplified and easy to use) NationalData Collection Data transfer Data collection And validation Data analyzing,preparation, aggregation End useranalyzing, query and mash-up

10. EEA Solution based on SIIF principles • SIIF allows time saving for Member States and the Commission answering to public. • Increase efficiency and reduce administrative burden • Be up to date, accurate and comparable • Be easy to access and focus on user's need • Share automatically

11. Technological design principles • Keep data structures for desimination simple. "Everything should be made as simple as possible, but not simpler."

12. EEA reporting based on SIIF principles D1 + D3 D1 D1 + D2 Normalized Denormalized Table structureweb services Denormalized Table structure Integrated datasets Denormalized Table oriented Normalized National level SIIF-System (Web serviceoriented) European Level (INSPIRE data modal) European Level (Workspace for Analytical use) European Level (simplified and easy to use) NationalData Collection Data transfer Data collection And validation Data analyzing,preparation, aggregation End useranalyzing, query and mash-up

13. Technological design principles • Keep data structures for desimination simple. • Implement what GIS/Database Software can expose easily.

14. Web feature services (on-premises) WFS, WFS for INSPIRE, ESRI Rest (Feature Service), KMZ, ... ArcGis Server

15. Technological design principles • Keep data structures for desimination simple. • Implement what GIS Software can expose easily. • Keep the infrastructure cost effective.

16. Web feature services (in the cloud) WFS, WFS for INSPIRE, ESRI Rest (Feature Service), KMZ, ... www.ingeoclouds.eu ArcGis Online GIS Cloud.com

17. Technological design principles • Keep data structures for desimination simple. • Implement what GIS Software can expose easily. • Keep the infrastructure cost effective. • Minimize development.

18. EEA Solution based on SIIF principles Generic download process based on web feature services FME-Software

19. EEA Solution based on SIIF principles