European "GNSS": evolution H2020 Space Information Day

Lisboa– 16 Septembre 2016

Outline of the presentation

• Context data: space, users, international

• GNSS evolution process

• Research – Application

– Mission

– Receivers

– Infrastructure

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60 years public funding

In Europe: 6.5 B€ per year

Space economy in Europe today:

0.3% GDP

50 B€

230.000 p.

SPACE FIGURES

GALILEO SERVICE CENTRE USER ADOPTION

Figures [2013 – 2016]

• More than 70.000 "visits" from 180 different countries!

• ~400 registered users on the GSC web portal

• 150 direct user requests handled and 100 NAGUs published

INTERNATIONAL

• Targeting excellence and compatibility

• Extensive bi-lateral cooperations

• Continuous involvement in multilateral discussions in UN-ICG

• Cooperation in international standardisation bodies

• Partnership with SBAS providers for multiconstellation solutions

2019 2020

GALILEO NEXT STEPS

2021

exploitation

deployment

8 new satellites

A B "G2G"

2016 2017 2018

15-18 19-22 23-26

EVOLUTION – GNSS Second Generation ("G2G")

• Users are at the center of the evolution: – User-driven evolution – Quality of the service – Backward compatibility – Timeliness of introduction – Gradual introduction

• Positioning w.r.t competitive environment

– GNSS – Other terrestrial and user terminal-based solutions

• A system optimized for service delivery

• Costs of development, deployment and operation shall be minimized: – Cost-effectiveness – Low complexity

EVOLUTIONS - PROCESS

Consult

• Users

• Industrial Stakeholders

• Member States and Institutional actors

Consolidate

• Mission needs established by EC

• System scenarios established by ESA

• Cost benefit analyses conducted by GSA

Decide

• Space Strategy • Budgetary Authority

Implement

• G2G design and first launch

Setting priorities: consultations

• Bi-lateral meetings with Industry and Member States

• Multi-lateral meetings with Member States

• Member States, Industry, Users: invited to submit position papers

• H2020 Space Workshop: stakeholders invited to participate

• Priorities in line with the 2016 Space Strategy for Europe

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R&D GNSS R&D: ~400M€

• GSA: Promote applications

• ESA: Develop Infrastructure & Technology

• EC: Define Mission and Services

R&D FOR EGNOS & GALILEO

Fundamental Elements: ~112M€

• Galileo &EGNOS chipsets and receivers

FUNDAMENTAL ELEMENTS

1. APPLICATIONS H2020 budget, managed by GSA Envelope for [2015-2017] is ~ 60 M€.

2. RECEIVERS: user receiver technology (Fundamental Elements)

GNSS Programme budget, managed by GSA 112 M€ until 2020

3. MISSION: concept studies for new types of mission and services H2020 budget, managed by EC Envelope for [2015-2017] period: ~15 M€

4. INFRASTRUCTURE: technological studies for infrastructure evolution

H2020 budget, delegated to ESA Envelope for [2015-2017] is ~ 150 M€.

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R&D OPPORTUNITIES

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20152025: 5 10 billion devices

50% of the global GNSS market

50% applications use location info

Broadcom, Qualcomm & …!

1. GALILEO APPLICATIONS: mobile telephony

Hardware

Firmware Activation

Use

1. REGULATED APPLICATIONS

• Digital Tachograph – Adopted in March 2016 – Foresees use of Galileo and EGNOS – Same wording as in eCall

• World Wide Radio Navigation System

– Recognition of Galileo as WWRNS – Maritime and Safety Committee – 11-20 May 2016

• Use of Galileo in Critical Infrastructures

– Under analysis for timing and synchronisation

• Use of EGNOS and Galileo

– to improve safety and performance in automated driving

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1. EC GSA: Supporting applications

• ~60 M€ [2015-2017]

• 2016 no call

• Next call in 2017

1. H2020: EGNSS Applications [2014-2015]

Aviation (9) 22,0%

Road (6) 16,1%

Rail (3) 13,9%

Awareness raising and capacity building (5)

9,7%

LBS - Location Based Service (5)

8,6%

Maritime (3) 6,3%

Agriculture (2) 5,5%

Surveying/Mapping (4) 5,5%

Timing/Synchronisation (1) 5,4%

Search and Rescue (1) 5,3%

Thread (1) 1,8%

1. 2017 Work Programme (33 M€) Grants (Opening 08/11/2016 – deadline 01/03/2017)

Transport Applications (Innovation actions – EU funding 1-3 M€/Project) Aviation

Road

Maritime

Rail

Mass market applications (Innovation actions – EU funding 1-3 M€/Project) Mobility as a service and Smart Cities

Internet of things

Commercial and social LBS

Professional applications (Innovation actions – EU funding 1-3 M€/Project) Agriculture

Surveying and Mapping

Timing and Synchronisation

Other professional applications

Awareness raising and capacity building (EU funding 0,5-1 M€/Project)

2. Why is it called “Fundamental Elements”?

2. "GNSS" Budget: Fundamental Elements

2. Objectives of "Fundamental Elements"

Develop EGNOS and Galileo-enabled chipsets, receivers, user terminals and other associated technologies that will:

Facilitate the adoption of the European GNSS Systems, building on innovative services and differentiators

Increase the EU industry competitiveness

Push through close-to-market innovation actions

Address the user needs in priority market segments, maximising the benefits for the citizens

Fundamental Elements so far

• 5 projects already published – Aviation DFMC SBAS receiver

– Safety critical E-GNSS engine

– Payment and reliability critical E-GNSS engine

– High-end professional receivers and corresponding antennas

– Low-end mass market receiver core technologies development

Combined EU BUDGET: 32.3 M EUR

• 7 projects upcoming in 2016 – Mix of Grants + Procurements

– For a total EU BUDGET of > 20 M EUR

3. EC: Mission and Services

• ~14 M€ [2015-2017]

• Funded by H2020

• Invitations to Tender [WP2016-2017]

3. EC: Mission and Services

First budget: 6 M€

• Five projects already started, on-going: – EGNSS Robust Timing Services

– Galileo Regional Service

– Ionosphere Prediction Service

– Signals Evolution

– EGNOS Authentication

• 2 projects to be started – ARAIM – Commercial Service

3. EC: Mission and Services

Second budget: 3 M€ for Galileo and 1 M€ for EGNOS

• Public Regulated Service: Framework contract signed

• Innovative concepts: Emergency Warning : under evaluation

• EGNOS: Maritime Safety Service: opening of tenders (14/09)

• EGNOS: EDAS Service Analysis: opening of tenders (21/09)

• Innovative concepts: Space Service: Call for Tenders published

• Search and Rescue: Call for Tenders about to be published

3. EC: Mission and Services

Third budget: 3 M€ for Galileo and 1 M€ for EGNOS (Q2 2017)

• Innovative concepts

• Commercial Service

• Signals evolution

• EGNOS innovative concepts / service evolution

4. EC ESA: Infrastructure and Technology

• ~150M€ [2016-2017]

• Funded by H2020

• Infra. R&D, replacing ESA "EGEP" = Preparing GNSS evolution

• EC ESA Delegation Agreement

• Annual work plans prepared by ESA, then approved by EC

• Iterations with Member States (via "Working Group Evolution")

4. R&D actions

• Galileo System Research and Development (R&D)

• EGNOS System R&D

• Enabling Technologies R&D

• EGNSS science

4. H2020 – Procurement Summary

Major Procurement effort (up to 3 pre-TEB/TEB per week at ESA level): 11 out of 19 released. 5 in Q3 2016 & 3 in Q4 2016.

H2020 ID Activity Status

H2020-ESA-001 Enhanced Passive Hydrogen Maser (PHM) Framework FW TEB complete

H2020-ESA-002 Robust RAFS and On-Board Clock Ensemble (RRAFS/ONCLE) Framework Placing FW contrs.

H2020-ESA-003 Self-Compensating Device St1 TEB completed

H2020-ESA-004 S-Band Advanced Transponder St2 ITT released H2020-ESA-005 C-Band Advanced Transponder ITT Q4 H2020-ESA-006 Attitude Control Sensors Full ITT released

H2020-ESA-007 Multipactor Prediction Techniques for GNSS Signals St1 TEB ongoing

H2020-ESA-008 G2G Test User Receiver Technologies Framework FW ITT released

H2020-ESA-009 High Power Amplifiers Technology Full TEB ongoing

H2020-ESA-010 High Power RF Passive Technology Framework ITT Q3/Q4

H2020-ESA-011 Flexible Payload and Signal Generation Technology Framework FW ITT released

H2020-ESA-012 Navigation Antenna Technology Framework FW TEB complete

H2020-ESA-013 Inter-Satellite Links Technology ITT Q3

H2020-ESA-014 Electric Propulsion EPS Qualification for G2G ITT Q4

H2020-ESA-015 GNSS Ground Reference Station Transversal Technologies Framework ITT Q3

H2020-ESA-016 EGNOS Test User Receiver Technologies Full ITT released

H2020-ESA-017 On Board Cesium Clock Technology ITT Q4

H2020-ESA-018 GNSS ODTS Algorithm Technology ITT Q3

H2020-ESA-019 EGNOS signal distortion technology ITT Q3/Q4

H2020 ID Activity Planned tender issue date

H2020-ESA-020 GNSS Evolutions System Phase B1 Framework Q4 2016 (FW) / Q1 2017 (WO)

H2020-ESA-021 GNSS Evolutions Space Segment Phase B1 Framework Q4 2016 (FW) / Q1 2017 (WO)

H2020-ESA-022 GNSS Evolutions Ground Segment Phase B1 Framework Q4 2016 (FW) / Q1 2017 (WO)

H2020-ESA-023 GNSS Evolutions Phase B System Tools Framework Q1 2017 (FW) / Q2 2017 (WO)

4. H2020 – Procurement Summary

Synthesis: EVOLUTION R&D

FUNDAMENTAL ELEMENTS

EGNSS in the SPACE STRATEGY FOR EUROPE

• Developing a Space Strategy for Europe

• Regarding European GNSS, the main axes are:

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Reliable and state of the art services matching the user needs

Long term continuity of EGNOS and Galileo services

Support market uptake

Secure European industrial capacity

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Questions?

BACK-UP

Wrap-up

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H2020 MAS PROJECTS 2015 BUDGET DURATION

Timing Services (3 Tenders received) 700 K€ 18 months

Regional Services (3 Tenders) 700 K€ 21 months

Ionosphere Prediction (3 Tenders) 700 K€ 24 months

Signals Evolutions (3 Tenders) 600 K€ 24 months

ARAIM (5 Tenders) 1.1 M€ 21 months

EGNOS Authentication (2 Tenders) 300 K€ 12 months

Commercial Services (1 Tender) 1 M€ 18 months

H2020 MAS PROJECTS 2016 BUDGET

Innovative Concepts (specific project TBD)

3.3 M€ Search and Rescue

PRS, Definition of Service Evolution

EGNOS Services Evolution 900 K€

H2020 MAS PROJECTS 2017 BUDGET

Innovative Concepts (specific project TBD)

3.4 M€ Commercial Service

Signals Evolution

EGNOS Services Evolution 500 K€

• 2015: First awarding decisions will be soon communicated. Projects will start between end 2015 and beginning 2016.

H2020 GNSS MISSION & SERVICES

• 2016 & 2017: Calls for proposals indicative timetable 2nd quarter

Galileo System Research and Development

• G2G System concepts and architecture options

• Enabling future potential implementation

• New or advanced system concepts

• System validation tools

Galileo system research and development

HSNAV-01 G2G System Studies and

Design R&D

HSNAV-02 Prospective galileo

system concepts studies

HSNAV-03 Galileo satellite and space

segment R&D

HSNAV-04 Ground segment R&D for

Galileo

HSNAV-05 R&D in advanced PRS

HSNAV-06 R&D in Galileo security

evolutions

HSNAV-07 Galileo Evolution system validation R&D

EGNOS System Research and Development

• Support of evolutions to the baseline EGNOS version 3

• Synergies with Galileo

• prospective feasibility concepts beyond version 3.

• Validation tools

EGNOS System R&D

HSNAV-08 EGNOS evolution R&D

HSNAV-09 EGNOS evolution System validation R&D

Enabling Technologies R&D

Enabling Technologies (ET)

R&D

HSNAV-10 ET for Galileo satellite

platform

HSNAV-11 ET for Galileo payload

HSNAV-12 Enabling transversal

technologies for EGNSS

HSNAV-13 Galileo test user segment

evolution

HSNAV-14 EGNOS/SBAS

enabling technologies

HSNAV-15 Critical Technologies for

EGNSS

• Enabling Technologies Maturation for future integration

• Enabling Technologies Pre-developments: allowing developments up to a certain maturity level

EGNSS Science

• scientific exploitation of satellite navigation signals and information for basic scientific research

• basic scientific research that can benefit the future generations of the Galileo and EGNOS systems

EGNSS science

HSNAV-16 basic EGNSS scientific

research