STATUS FOR GALILEO –

ESTABLISHMENT, SERVICES AND

BENEFITS FOR THE USERS

Reinhard Blasi

Market Development

European GNSS Agency

NEW ADVANCED GNSS AND 3D SPATIAL TECHNIQUES

Trieste, Italy

February 2016

Agenda

Who we are and What we do

Galileo Signals and Status

Galileo Services

Galileo Service Centre

R&D: H2020

EGNSS in Surveying and Mapping

Market Trends and Market Report

2

Agenda

Who we are and What we do

Galileo Signals and Status

Galileo Services

Galileo Service Centre

R&D: H2020

EGNSS in Surveying and Mapping

Market Trends and Market Report

3

• Staff: 120

• Headquarter: Prague, Czech Republic

• Security monitoring centres in UK and France

European GNSS Agency (GSA)

4

European Council and Parliament

European Commission

European Space Agency (ESA)

European GNSS Agency (GSA)

Political Oversight

Programme Oversight and Programme management

Execution

IOV Contracts

FOC Contracts

delegation delegation

assistance

Upstream (space) industry Downstream (applications) industry

GNSS Programme CommitteeH2020 Programme Committee

Ensuring the Security of the EGNSS

Exploitation of Galileo

Exploitation of EGNOS

Market Development

GSA role within EU GNSS programmes

5

Achieve GSA Mission

Maximise the EU return on European GNSS

investment

In terms of benefits to users and industry

competitiveness

Design and enable services fully matching user

needs

Manage service provision ensuring full user

satisfaction in the most cost-efficient manner

Engage market stakeholders, develop

applications and value-added services and user

technology, towards E-GNSS full adoption

How

Our mission

6

Agenda

Who we are and What we do

Galileo Signals and Status

Galileo Services

Galileo Service Centre

R&D: H2020

EGNSS in Surveying and Mapping

Market Trends and Market Report

7

8

Galileo implementation plan

Full Operational Capability

Full services

30 satellites

Europe’s tenth and eleventh Galileo Satellites

Launch

On 17 December at 11:51 GMT 11/12 were successfully launched from Europe’ s Spaceport in French Guiana on top of a Soyuz rocket.

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10

Overview of signals Open service / Commercial service / E6 ranging

Service

OS

CS

Signal

E1b

E1c

E5a

E5b

E6b

E6c

Spreading code

Unencrypted

Unencrypted

Unencrypted

Unencrypted

Unencrypted

Encrypted (CS Auth)

Data

Yes I/Nav (+NMA)

No (Pilot)

Yes I/Nav

Yes F/Nav

Yes C/Nav (HA)

No (Pilot)

NOTE: The allocation of signals to services concerning E6-B/C is still under approval

Service

OS

CS

Signal

E1b

E1c

E5a

E5b

E6b

E6c

Spreading code

Unencrypted

Unencrypted

Unencrypted

Unencrypted

Unencrypted

Encrypted (CS Auth)

Data

Yes I/Nav (+NMA)

No (Pilot)

Yes I/Nav

Yes F/Nav

Yes C/Nav (HA)

No (Pilot)

11

OS Authentication

CS Authentication CS High Accuracy

Overview of signals Open service / Commercial service / E6 ranging

12

Overview of signals Open service / Commercial service / E6 ranging

Service

OS

CS

Signal

E1b

E1c

E5a

E5b

E6b

E6c

Spreading code

Unencrypted

Unencrypted

Unencrypted

Unencrypted

Unencrypted

Encrypted (CS Auth)

Data

Yes I/Nav (+NMA)

No (Pilot)

Yes I/Nav

Yes F/Nav

Yes C/Nav (HA)

No (Pilot)

OS Authentication

CS Authentication CS High Accuracy

E6 ranging

13

Overview of signals Open service / Commercial service / E6 ranging

Service

OS

CS

Signal

E1b

E1c

E5a

E5b

E6b

E6c

Spreading code

Unencrypted

Unencrypted

Unencrypted

Unencrypted

Unencrypted

Encrypted (CS Auth)

Data

Yes I/Nav (+NMA)

No (Pilot)

Yes I/Nav

Yes F/Nav

Yes C/Nav (HA)

No (Pilot)

OS Authentication

CS Authentication CS High Accuracy

E6 ranging

OS single frequency

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Overview of signals Open service / Commercial service / E6 ranging

Service

OS

CS

Signal

E1b

E1c

E5a

E5b

E6b

E6c

Spreading code

Unencrypted

Unencrypted

Unencrypted

Unencrypted

Unencrypted

Encrypted (CS Auth)

Data

Yes I/Nav (+NMA)

No (Pilot)

Yes I/Nav

Yes F/Nav

Yes C/Nav (HA)

No (Pilot)

OS Authentication

CS Authentication CS High Accuracy

E6 ranging

OS single frequency

OS double frequency

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Overview of signals Open service / Commercial service / E6 ranging

Service

OS

CS

Signal

E1b

E1c

E5a

E5b

E6b

E6c

Spreading code

Unencrypted

Unencrypted

Unencrypted

Unencrypted

Unencrypted

Encrypted (CS Auth)

Data

Yes I/Nav (+NMA)

No (Pilot)

Yes I/Nav

Yes F/Nav

Yes C/Nav (HA)

No (Pilot)

OS Authentication

CS Authentication CS High Accuracy

E6 ranging

OS single frequency

OS double frequency

triple frequency

Choice for 2nd and 3rd frequency

E6 ranging

The question is that of the 3rd frequency for high accuracy applications (e.g. worldwide PPP):

High quality open signal (modulation, chip rate) Best frequency for tri-laning Will enable sub-meter accuracy without augmentation Multiple signals bring greater reliability and accuracy

E6 is unencrypted

Best option for tri-laning

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* References:

• Stansell Munich Summit 2015 / IGC workshop Krasnoyarsk 2015

• Hatch ION GNSS 2006

• Humphreys et al. IGS workshop 2008

Clearly, the obvious choice for the future 2nd frequency is L5/E5, because it is:

A protected frequency

Shared by all GNSS

And all SBAS

More widely separated from L1, thus minimising the iono-free linear combination errors

Agenda

Who we are and What we do

Galileo Signals and Status

Galileo Services

Galileo Service Centre

R&D: H2020

EGNSS in Surveying and Mapping

Market Trends and Market Report

17

Open Service:

Key points

Easier mitigation of multipath errors

Higher SNR (signal-to-noise ratio)

Improved coverage at high latitudes

Multi GNSS : provides additional advantages Increase availability, continuity and

reliability Improved geometry

Better results in harsh environement (urban canyons, tree canopy, etc.)

OS Authentication: protect against spoofing attacks

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Advantages of Galileo OS signalsE1/E5 bands(some of them starting with InitialServices)

Commercial Service:

Key points

High Accuracy (CS-HA): receiver positioning accuracy with an error below one decimetre

Key feature: broadcast external data in real time across the globe (PPP – Precise Point Positioning)

Triple frequency – faster convergence time (for PPP)

Authentication (CS-Auth): ability to provide a level of trust to users in that they are utilising signals and data from actual satellites and not from any other source (anti-spoofing)

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Advantages of Galileo CS signals

Agenda

Who we are and What we do

Galileo Signals and Status

Galileo Services

Galileo Service Centre

R&D: H2020

EGNSS in Surveying and Mapping

Market Trends and Market Report

20

European GNSS Service Centre - interface with users of the Galileo OS and CS

The European GNSS Service Centre (GSC)

• Consists of Portal, Helpdesk and User Notifications

• An integral part of the European GNSS infrastructure and

• Single interface with users of the Galileo OS and CS

• Consists of Portal, Helpdesk and User Notifications

Until end of 2015:

• Around 35 000 visitors

• From 173 countries

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Agenda

Who we are and What we do

Galileo Signals and Status

Galileo Services

Galileo Service Centre

R&D: H2020

EGNSS in Surveying and Mapping

Market Trends and Market Report

22

• Support projects in achieving results and adoption in different market segments• The projects have been Kicked-Off

• 38 m€ overall available budget • 202 participations; 25 projects granted

• Organization of the evaluation process for H2020 2nd Call

Horizon 2020: Status

Evaluation of H2020 2nd Call

Management of 25 H2020 1st Call projects

08 April- September 2015

January 2015 onwards

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• GALILEO-1-2015: EGNSS applications

• GALILEO-2-2015: Small and Medium Enterprise (SME) based EGNSS applications

• GALILEO-3-2015: Releasing the potential of EGNSS applications through international cooperation

H2020 2nd CallTopics

08 April 2015

Receipt of proposals

Individualevaluation

Consensusgroup

Panel Review Finalisation

IndividualEvaluation

Reports

Consensus Report Panel report Evaluation Summary Report Panel ranked list If needed: Cross-Readings Ethics Screening

Eligibility check Allocation of

proposals to evaluators

Final ranked list Evaluation results sent to

applicants Initiation Grant Agreement

Preparation Grant Agreement Preparation

(1st SEP – 8th DEC)

Closure Call 8 April 2015 The 8th September 2015Remote evaluations Central evaluations

Agenda

Who we are and What we do

Galileo Signals and Status

Galileo Services

Galileo Service Centre

R&D: H2020

EGNSS in Surveying and Mapping

Market Trends and Market Report

24

• HP: cm-level accuracy range need

• High productivity requirements

• Limited line of sight visibility (tree canopy)

• Multipath in urban canyons

• Operations in Northern latitudes

• Expensive highly sophisticated equipment

• Galileo dual frequency / triple frequency (CS)

• Galileo CS High Precision and Authentication

• Stronger signal compared to GPS

• Higher elevation of satellites

• Higher accuracy available worldwide via CS

EGNSS added value in Surveying

Galileo CS

• Enhanced precision

• Increased availability, reliability and continuity

• Faster ambiguity resolution

• Better operations in urban canyons, i.e. where

multipath occurs

• Better operations in northern latitudes

• Better operations with limited visibility

• Cost efficiency due to high competition

Cadastral Construction

Mine Marine

EGNNS added valueSurveying challenges

E-GNSS features

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EGNSS adoption in MappingEGNOS

• Metre level accuracy required

• For centimetre accuracy investment in infrastructure needed

• Complex and costly equipment and software solutions

• Lack of availability in remote areas

Mapping Challenges• Provides sub metre level accuracy

• Does not require subscriptions fees nor additional investment for ground infrastructure

• Enables affordable and simple solutions

• Wide coverage area around Europe

EGNOS added value

• Free accuracy improvement that is widely

available

• Who can benefit?

• small and medium municipalities

• forestry and park management

• surveying of utility infrastructures

EGNOS features

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Agenda

Who we are and What we do

Galileo Signals and Status

Galileo Services

Galileo Service Centre

R&D: H2020

EGNSS in Surveying and Mapping

Market Trends and Market Report

27

GSA’s GNSS Market Repot

The GSA’s 2015 GNSS Market Report, which provides an in-depth look at market opportunities and technology trends across eight market segments, has surpassed 20,000 downloads since its launch in March 2015. @Inside GNSS: GSA’s GNSS Market Report #4: The Most Thorough Yet.GPS World: GSA's 2015 Report Dives Deep into Global GNSS Market.

The GSA’s GNSS Market Report has become a global reference for GNSS trends

GP

S GP

S +

GLO

NA

SS

GP

S +

Gal

ileo

+

GLO

NA

SS

GP

S +

Gal

ileo

+

Be

ido

u+

GLO

NA

SSMulti-constellations receivers

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50% of the GNSS receivers are Galileo-enabled

45% of the receivers include all the GNSS constellations

E-GNSS enabled devicesSurveying segment

Capability of GNSS receivers

Supported constellations by receivers

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GNSS use in Surveying is progressing in all regions and in all applications

Revenues will be generated mainly by cadastral and construction surveying

Falling prices will be an important driver for the uptake of surveying

Installed base of GNSS devices by region

Installed base of GNSS devices by application

Construction activities in Asia-Pacific and North America will drive GNSS growth

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THANK YOU!

Reinhard Blasi: Reinhard.Blasi @gsa.europa.eu

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