Potential synergies between Copernicus and E-GNSS
Prague, 24 May 2017
Gian-Gherardo CALINIHead of Market DevelopmentEuropean GNSS Agency (GSA)
Copernicus Training and Information Session in Prague
Agenda
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E-GNSS: status, implementation plan & current services
Potential synergies between Copernicus and E-GNSS
Update on GSA activities
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Agenda
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E-GNSS: status, implementation plan & current services
Potential synergies between Copernicus and E-GNSS
Update on GSA activities
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Galileo’s implementation is progressing towards Full Operation Capability in 2020
31-3227-28 29-30
2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015
2016
"GIOVE-A" "GIOVE-B" 1-2 3-4 5-6 7-8
From
BaïkonourFrom
Kourou
2017 2018 2019 2020
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2015
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17-1811-12
Soyuz Ariane5
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25-2613-14
Galileo Initial Services
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Last Galileo launch:17th of November 2016
4 satellites launched in premiere in an Ariane 5 launcher
18 satellites already launched14 satellites will follow by 2020
Galileo goes live to deliver concrete benefits to users!
New GSA website documents strong growth of Galileo-enabled devices
www.useGalileo.eu
Galileo products and devices and search fordevices by market segment
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Galileo Initial Services
Agenda
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E-GNSS: status, implementation plan & current services
Potential synergies between Copernicus and E-GNSS
Update on GSA activities
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Synergies generated due to joint use of EGNSS and Copernicus by the applications
Value-added applications• Agriculture• Mapping & Surveying • Smart cities• Road transport • Maritime navigation• Emergency/crisis management• Utilities
Galileo/EGNOS together with Earth Observation
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COPERNICUSE-GNSS
Synergies of Copernicus and E-GNSS exist in different segments
Biomass monitoring
Soil monitoring
Urban Planning
Environmental management
Fishery and living marine resources protection
Environmental management
Natural Disaster management
Critical Infrastructuresmonitoring
Border surveillance
Crisis Management
Border surveillance
MaritimeSafety
Volcanic ash monitoring
Hydrographical,offshore Surveys
Coastal planning and restricted waters
Copernicus Service Segment Examples of applications
Volcanic ash monitoring
Sea polution control
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Synergies with Copernicus to support various agriculture applications (1/2)
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Applications• Environmental management• Variable rate application (VRT)• Harvest monitoring• Biomass monitoring• Soil sampling • Risk management• Insurance
• Precise application of the fertilisers and pesticides where and when they are most necessary
• Lower environmental footprint• More efficient use of
manpower
Example 1: VRT (Variable Rate Applications)
• Differentiated maps of the crops: soil moisture, health of crops, vegetation index (NDVI), etc.
• Highly accurate positioning of machinery
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Synergies with Copernicus to support various agriculture applications (2/2)
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• Metre and centimetre level maps of soil parameters
• Targeted irrigations and treatments
Example 3: Soil monitoring (humidity, sampling, etc.)
• Agricultural field’s soil conditions
• In-situ measurements of soil parameters (e.g., moisture by GNSS reflectometry)
• Location-tagging of soil samples
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• EO used for control with Remote Sensing within Integrated Administration and Control System (IACS)
• Sentinel is very promising to support IACS processes
• Used for Land Parcel Identification System (LPIS) purposes
• Used for On-the-Spot Checks purposes of area based subsidies
Control and verify farmers’ aid applications in CAP
Example 2: Farmers’ aid control within CAP
Synergies with Copernicus:Surveying and Mapping (1/3)
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Engaged to obtain the basic layer of maps
Create additional layers and geo-referencing points of interest
• mapping of infrastructures by utility companies
• determine boundaries and land features by farmers, forestry and park managers
• local authorities mapping park benches, street signs, underground water pipes, etc.
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Applications• Cadastral Surveying• Construction Surveying • Mapping (GIS & Satellite Imagery)• Hydrographic / offshore surveying• Environmental management
Example 1: GIS data collection
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• Monitor urban growth• Urban green areas• Land use and its evolution• Detect illegal landfills• Change detection
+• Determine parcels and items such as
utilities, infrastructures, etc.• Understand the mobility habits of citizens
(e.g. Traffic Flow Management)
Public authorities and spatial planners enabled to design smart cities • Define new urban
corridors • Urban planning• Infrastructure & utilities
monitoring• Reinforce the law
Example 2: Urban planning & Mobility
Synergies with Copernicus:Surveying and Mapping (2/3)
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• Land usage• Soil moisture• Vegetation state including forests• Water quality and quantity for both rivers
and lakes, • Snow cover• Land carbon
+• Precise guidance to difficult areas• Geo-location tagging; • Additional Galileo-enabled applications
(in-situ measurements, e.g., by UAVs)
Support the preservation of environment by facilitating the interventions in the problematic areas
Example 3: Environmental management
Synergies with Copernicus:Surveying and Mapping (3/3)
Synergies with Copernicus:UtilityApplications• Smart grids• Renewable energy sources• Energy transmission networks monitoring
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• Grid infrastructure stability (superstructure, high-voltage transmission lines, other construction elements)
• Provide sub-millisecond coordinated timing
Accurate timing coordination essential to work efficiently and to synchronise different network operations+
Example: Smart grids
Agenda
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E-GNSS: status, implementation plan & current services
Potential synergies between Copernicus and E-GNSS
Update on GSA activities
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Three main pillars towards E-GNSS adoption – the bigger picture
DOWNSTREAM VALUE CHAIN
E-GNSS USER ADOPTION
EU PUBLIC BENEFITS
MARKET SEGMENTS
User Satisfaction
Understand market
and user needs and
satisfactionDEMAND & ADOPTION
Stimulate
•EGNSS added Value
•Cooperate with receivers and aps
•Roadmaps with stakeholders
• Support EC policies
Bodies
influencing
the market
Navigation
Signal
Providers
Chipset,
receiver Devices
Content &
Apps
Service
providers
Road
LBS
Aviation
Rail
Maritime
Agriculture
Surveying & Mapping
Timing & Synchronization
Governmental
Support EU
of Services and applications applications
COMPETITIVE OFFER
Fundamental Elements
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A full analysis of GNSS receiver capabilities is available in the GSA’s Technology Report
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An in-depth analysis of 3 GNSS Macrosegments :
• MASS MARKET SOLUTIONS
• TRANSPORT SAFETY ANDLIABILITY-CRITICAL SOLUTIONS
• HIGH PRECISION, TIMING AND ASSET MANAGEMENTSOLUTIONS
H2020 3rd Call: 79 proposals submitted
EGNSS Transport applications (IA)- 35 proposalsGALILEO-1-2017
Covering the aviation, road, maritime and rail market segments. Proposals should build EGNSS based pilot projects and end-to-endsolutions, exploit the EGNSS signals and operational advantages as well as synergies with other positioning and navigation systemsand techniques.
Indicative budget: 14.50 mil EUR
EGNSS mass market applications (IA)- 13 proposalsGALILEO-2-2017
Applications that foster the adoption of EGNOS and Galileo in such mass markets as Internet of Things, Smart Cities, EmergencyServices and Commercial and Social LBS.
Indicative budget: 9.00 mil EUR
EGNSS professional applications (IA)- 23 proposalsGALILEO-3-2017
Maximising EGNSS differentiators in such professional segments as agriculture, surveying and mapping, timing and synchronisationand other professional applications.
Scope:Proposals should aim at developing new innovative applications, building also on the combination of EGNSS with earthobservation and Copernicus services, with commercial impact or with satellite communication. Proposals should have a clearmarket uptake perspective.
Indicative budget: 8.00 mil EUR
EGNSS awareness raising and capacity building (CSA)- 8 proposalsGALILEO-4-2017
Activities to support the building of industrial relationships, the competitiveness of EU industry and the creation of incentiveschemes in order to develop market opportunities and foster the emergence of new downstream applications.
Indicative budget: 1.50 mil EUR19
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Farming by Satellite & Young surveyors’ prize contests:Fostering innovation that trigger new applications and business ideas
2016 winners awarded in Green Week in Berlin in January 2017
1st place: ISA Lille, France2nd place: TTT Solutions, Czech Republic3rd: Glorify (Ambrogio Zanzi), ItalySpecial Africa Prize: Shamballite, Kenya
Looking for new ideas and innovations, particularly those relying upon EGNOS, Galileo and Copernicus
CLGE Annual Young Surveyors’ Prize:Fresh ideas to feed the surveying industry evolution
2016 winner awarded in Intergeoin Hamburg in October 2016
Cecile Deprez, University of Liege, Belgium
Linking space to user needs
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