Upcoming R&D funding opportunities3rd annual GNSS Raw Measurements Taskforce Workshop

26/06/2019, GSA HQ (Prague)

Flavio SBARDELLATI, Market Development

Fundamental Elements calls/tenders in 2019

Q2

201

9

Enhanced GNSS user terminal

(published on June 18th)

Shipborne double frequency multi-constellation receiver (E1/E5) Q

3 2

019

Development of an advanced interference detection and robustness capabilities system

Development of a drone-borne double frequency Galileo receiver

Filling the gaps and emerging E-GNSS receivers technologies

Receiver technologies for high-precision in mass market

Q4

201

9

Safety of Life for localisation in train signalling

High accuracy service user terminal

Scope:

Call for Proposals aims to implement OS-NMAand/or I/NAV improvements capability in close-to-market (i.e. min TRL 7) receivers and/or GNSS user terminals.

‒ Projects selecting both features will be privileged !!

Target application:

Any other than the Smart Tachograph (already funded)

Enhanced GNSS user terminal (GSA/GRANT/03/2019)

3

Open Service Navigation Message Authentication

4[1] https://www.defenseone.com/technology/2015/ 12/ DHS-Drug-Traffickers-Spoofing-Border-Drones/124613/

[2] https://www.gpsworld.com/spoofing-in-the-black-sea-what-really-happened/

Source: [2]

Source: [1]

DEC 2015 - USA-MEXICO

JUNE 2017 - BLACK SEAAPR 2019 – GENEVA MOTOR SHOW

USRP: Universal Software Radio Peripheral

NAVIGATION MESSAGE AUTHENTICATIONmakes the system able to guarantee to the

users that they are utilising non-counterfeit navigation data that comes from the Galileo satellites and not from any other (potentially malicious) source.

OS-NMA available free of charge for all users on E1-B

5

SIS TEST ICD V1.1 AVAILABLE TO EC/GSA CONTRACTORS

[ MIGHT CHANGE FOLLOWING THE EXPERIMENTATION PHASE ]

Galileo SiS OS ICD v1.4 to be published soon

Gradual implementation as of 2020

• Reduced CED: faster Galileo only TTFF (<20 sec; 95%) at low accuracy.

• Forward Error Correction (FEC-2): increased demodulation robustness; i.e. better sensitivity in harsh environment.

• Secondary Synchronisation Pattern (SSP): Galileo system time reconstruction with an initial coarse synchronisation of +/-3 seconds.

I/NAV will deliver improved robustness on E1-B

6

Option A: Hardware/Firmware implementation in a GNSS receiver/user terminal or in an system development kit (SDK), and/or

Option B: Software implementation (e.g. on raw measurements data made available by Android based devices).

Enhanced GNSS user terminal Flexible development approach

7

8

Enhanced GNSS user terminal Timeline

Stages Planning

a. Publication of the call 18 June 2019

b. Deadline for request for clarifications 4 October 2019

c. Publication of the clarifications October 2019

d. Deadline for submitting applications 31 October 2019

e. Evaluation period Nov 2019 – Feb 2020

f.Information to applicants on the outcome of the evaluation

March 2020

e. Signature of the Grant Agreements By June 2020

9

GSA/GRANT/03/2019

Allocated budget: € 3,000,000

up to 70% funding of the eligible total costs up to 2 projects to be granted.

Enhanced GNSS user terminal Budget

• Development and demonstration of real-time GNSS receiver algorithm(s) based on a hybrid solution making use of Galileo HAS/PPP, RTK algorithms and connectivity (e.g. 5G/LTE, Wi-Fi V2V/V2X, etc.).

• Suitable for mass-market applications, including either consumer devices or automotive systems.

Receiver technologies for high-precision in mass market

10

• € 1,500,000

• 1 / 70%Budget

• Publication: Q3 2019

• GA signature: Q3 2020Planning

• Design, develop and test innovative technology for EGNSS-enabled receivers and associated technologies:

‒ Either filling the gaps with other FE projects, or

‒ disruptive, future-looking (emerging) technologies leveraging Galileo and EGNOS differentiators

Filling the gaps and emerging E-GNSS receivers technologies

11

• € 5,000,000

• Up to 6 / 70%Budget

• Publication: Q3 2019

• GA signature: Q3 2020Planning

Recap on upcoming funding opportunities

Q2

201

9

Enhanced GNSS user terminal

(open for submissions)

Q3

20

19

Filling the gaps and emerging E-GNSS receivers technologies

Receiver technologies for high-precision in mass market

Q4

201

9

High accuracy service user terminal

Linking space to user needs

www.GSA.europa.euGet in touch:

GSC-europa.euEGNOS-portal.eu UseGalileo.euG

Galileo services’ portfolio

14

1. The receiver and/or terminal shall be able to receive and process OS-NMA and/or be fully compliant with and make optimal use of the new Galileo E1-OS I/NAV features introduced with the Galileo Open Service Interface Control Document (OS ICD) issue 1.4.

2. In case of OS-NMA implementation, the enhanced receiver and/or GNSS user terminal shall aim at optimising the level of protection at least against those spoofing attacks that are specific to the target application.

3. The developed receiver and/or GNSS user terminal shall be cost efficient and compliant with the specific application constraints.

Objectives of the Call

15