Diapositive 1

1
Boris Kennes Market Development European GNSS
Supervisory Authority
2
GNSS applications

• General introduction to the various topics
  related to applications
• Detailed topic descriptions

3
Overall call objectives were translated in
specific objectives for this 2nd call and project
objectives
Overall programme objectives
Overall objectives for applications 2nd call
Specific project objectives (per topic)

1. Create economic value
2. Ensure European GNSS competitiveness
3. Maximise public benefits
4. Project the image of Europe

1. Stimulate adoption of EGNOS and EDAS
2. Prepare markets for Galileo introduction
3. Stimulate EU GNSS industry competitiveness

1. Target a specific segment,
2. by developing a GNSS application,
3. that has commercial potential,
4. is innovative,
5. and contributes to Galileo / EGNOS adoption

4
FP7 activities integrate with Programs master
schedule
5
In FP6, 18 (32) applications projects were
funded addressing most user segments
Sector Project FP6 Contribution (m)
Road GIROADS 1.3
LBS AGILE 3.2
Maritime MARUSE 3.0
Rail GRAIL 3.7
Aviation GIANT 2.5
Cultural Heritage CUSPIS 1.25
Energy GIGA 1.2
Multimodal transport MTRADE 1.2
Land Surveying and Civil Engineering MONITOR 1.25
Agriculture FIELDFACT 1.0
Scientific GEO6 1.1
Emergency Management HARMLESS 1.2
Integrity ADVANTIS 1.2
Road Tolling VERT 0.9
Maritime MARGAL 1.3
Emergency and rescue SCORE 1.2
Timing HARRISON 1.9
Tracking Transport/Regulated MENTORE 1.2
Emergency MAGES 1.9
PRS PACIFIC 2.7
SME (applications technology development) 32 projects 0.3 each
6
In the 1st call of FP7, 6 (9) applications
projects were selected focussing on specific
segments
Topic Projects Total funding m
Road Innovative GNSS-based Road Applications - focus on RUC and VAS GSC GINA 2.74
LBS Innovative GNSS-based Mobile LBS Applications - focus on social applications MUGGES OPTITRANS 2.29
Aviation Accelerating EGNOS Adoption in Aviation - focus on general aviation and airport ground operations GIANT-2 HEDGE 1.92
SME Open call for Focussed Innovative Projects in Mass-Market GNSS Applications IEGLO MOW-BY-SAT GALAPAGOS SIGNATURE ImaGeo GSW TIGER GalileoCast MetaPos 2.70
7
The gathering of inputs that was started for the
1st call is an ongoing process
Member States
EU Green paper and reactions
Independent experts
GSA Market Development
FP6 project leaders
Potential topics
Industry
Commission Galileo action plan
1st call results
GJU study
Industry bodies (e.g., Eurocontrol)
Call for ideas
Application strategy (Progeny FP6 work package)
Informal discussions with Commission
8
For the 2nd call, the following applications
topics are open common theme focus on public
benefits and public sector participation
Activity/Area Topic Specification
Mass market applications Use of EGNOS services for mass market Innovative applications targeted to SMEs
Mass market applications Use of EGNOS services for mass market Road telematics with emphasis on safety
Professional applications Use of EGNOS services for professional applications Fleet management and logistics applications High precision applications including agriculture
Scientific Applications Galileo and EGNOS for scientific applications Applications targeted at the scientific community
Safety-of-life applications Use of EGNOS for safety-of-life applications Accelerating EGNOS adoption in aviation
Safety-of-life applications Use of EGNOS for safety-of-life applications EGNOS in rail and maritime applications
New and innovative applications and services LBS Applications with social/public dimension
Search and Rescue Applications SAR service SAR/Galileo Service Early Demonstration
9
Topics share some common elements

• Common elements
• Similar requirements for overall project
  objectives
• Minimum set of tasks
• Minimum set of deliverables
• Requirements for the content of the proposal
• General requirements are slightly adapted
  depending on the topic
• Aviation and SAR specific, more focussed
  objectives
• SME topic lighter requirements for tasks and
  deliverables
• Science lighter requirements for
  commercialisation

With the exception of SAR service and aviation
that have a very specific scope
10
Topics have similar requirements for overall
project objectives

• The application shall be targeted to the specific
  scope of the topic. The emphasis is on
  applications with a social and public dimension
  or with a high level of innovation.
• The project should result in the development of
  an application or a part of an application that
  can be integrated rapidly in an existing
  application. GNSS should be used as the primary
  positioning technology in the application and
  positioning should be a key enabler of the
  application.
• The consortium should have a clear intention to
  commercialise the project results as demonstrated
  by a realistic business plan. This can include
  commercialisation towards public authorities and
  governmental users.
• The application should be innovative. The project
  should conduct research that goes beyond the
  current state of the art or apply available
  technology in an innovative way. The latter could
  mean the application of technologies such as
  EGNOS or EDAS to new markets for these
  technologies, to new applications within existing
  markets or in support of new business models.
• The project should contribute to the adoption of
  Galileo, EGNOS or EDAS e.g., early Galileo
  signals are used, EGNOS or EDAS technologies are
  applied in new ways, the application facilitates
  wide adoption of EGNOS, the application leads to
  an increased understanding of the market or user
  requirements in fields that are particularly
  relevant for Galileo, the project contributes to
  the identification and resolution of obstacles
  for the adoption of Galileo and EGNOS.

• Note on terminology
• Shall mandatory requirement
• Should recommended
• May is permitted

11
A minimum set of tasks is requested for all
projects

• Project management
• Core tasks
• Technical feasibility
• Commercial feasibility
• Application development
• User trial
• Analyses
• Benefits of Galileo, EGNOS
• Obstacles to Galileo, EGNOS adoption
• Legal, regulatory and standardisation aspects
• RD coordination
• Coordination with other FP7 projects
• Dissemination of results
• Contribution to GSA managed user fora

12
A minimum set of deliverables is requested

• Project plan
• Quarterly progress reports
• Technical feasibility study
• Commercial feasibility study
• Dissemination material and website
• Report on market trial
• Business and exploitation plan
• Analyses

To be made public, other deliverables can
remain confidential
13
Requirements for the content of the proposal

• Preliminary business plan that includes
• brief concept description
• assessment of market potential
• analysis of competing offers and technologies
• high-level business model and economics plan
• Measurable and verifiable project objectives
  e.g., develop application prototype delivering
  specified functionality, verification trial.
• Table of compliance with topic objectives

14
Specific points of attention

• Applications with an emphasis on generating
  public benefits are preferred. This includes
  applications that e.g., increase the safety of
  citizens, reduce pollution, protect the
  environment, promote inclusion and social
  welfare, increase the efficiency of public
  services, and support the implementation of
  public policies.
• Clear focus on GNSS programme related objectives
  stimulate adoption of EGNOS and EDAS and prepare
  markets for Galileo introduction
• More flexible approach to budget. There is no
  indicative budget or budget cap other than the
  overall cap for collaborative projects of 27.8m
• SME call coordinator has to be SME or RD
  institution. In some cases (duly justified) other
  participants can be non SMEs/RD institutions
• Specifically for SAR and aviation coordination
  with existing projects important

15
Questions ?

• For more information
• Topic descriptions on Cordis
• GSA-FP7-Call-1_at_gsa.europa.eu

16
GNSS applications

• General introduction to the various topics
  related to applications
• Detailed topic descriptions

17
Detailed topic descriptions

• Road telematics
• Innovative applications targeted to SMEs
• professional applications
• scientific applications
• Social LBS

18
Road telematics

• TOPIC GALILEO.2008.1.1.1 (b) Use of EGNOS
  Services for Mass Market Road Telematics
• Scope road telematics applications, i.e.,
  applications for road vehicles that combine
  technologies like mobile telecommunications,
  information technology, positioning, possibly GIS
  and on-board sensors including ADAS. Avoid Road
  User Charging.
• Emphasis on applications generating public
  benefits e.g.,
• increase the safety of citizens,
• reduce pollution,
• protect the environment,
• promote inclusion and social welfare
• increase the efficiency of public services
• support the implementation of public policies.

Note some confusion in the topic description
document, high precision use is not a requirement
19
Road telematics

• Background
• Road currently largest GNSS market and strategic
  market for Galileo and EGNOS
• While navigation market is showing signs of
  saturation, many opportunities in other areas
  e.g., road safety
• 1st call focussed on Road User Charging
• Changes versus 1st call
• Focus on applications generating public benefits
• More flexibility in budget

20
RD the state-of-the-art
GSC GINA
GAWAIN
TELLMARIS
AIDE
ASAP
GALLANT
MOBILE TOURIST GUIDE
3GT
ADASE 2
CAPITAL ITTS
TRASCOM
CRUMPET
E-TOUR
MOBISERVICE
GUIDEFREE
MOCONT
GST
LOCWORK
SIT
INVETE
TOURSERV
BITS
RESPONSE2
EASIS
PRIME
E-MERGE
TROP
E-THEMATIC
SATURN
EYE IN THE SKY
AGORA
ACTMAP
VERT
IN-ARTE
AMBIESENSE
PREVENT
SPEEDALERT
GIROADS
Source GSA and GJU RD proj. databases
21
Detailed topic descriptions

• Road telematics
• Innovative applications targeted to SMEs
• professional applications
• scientific applications
• Social LBS

22
Innovative applications targeted to SMEs

• TOPIC GALILEO.2008.1.1.1 (a) Use of EGNOS
  Services for Mass Market Innovative applications
  targeted to SMEs
• Scope innovative GNSS applications, not limited
  to specific segments
• Targeted towards SMEs, universities and research
  institutions
• Coordinator has to be an SME, a university or a
  research institution
• Other participants should also be SMEs,
  universities and research institutions
• Any exceptions need to be justified significant
  contribution SME alternative hard to find

23
Innovative applications targeted to SMEs

• Background
• Similar approach has been successful in 1st and
  2nd call, resulting in many high quality
  innovative projects
• Supporting SME is a Lisbon agenda priority
• Open approach allows GSA to cover all segments
• Changes versus 1st call
• More active marketing of the call
• More flexible budget
• Exceptions allowed to the SME only rule when duly
  justified
• Wider scope (1st call focussed on mass market)

24
Detailed topic descriptions

• Road telematics
• Innovative applications targeted to SMEs
• professional applications
• scientific applications
• Social LBS

25
Professional applications fleet management and
logistics applications

• TOPIC GALILEO 2008- 1.2.1. Use of EGNOS for
  professional applications fleet management and
  logistics applications
• Scope fleet management and logistics
  applications
• Example areas
• Asset tracking e.g. tracking of vehicles,
  containers, livestock, dangerous goods
• Multi-modal transport e.g., containers and parcel
  tracking
• Fleet management e.g., dynamic routing, remote
  vehicle diagnostics
• Background
• Topic not addressed in 1st call
• Opportunity to prove EGNOS in fast evolving
  regulated and unregulated markets fleet
  management growing rapidly, new legislation on
  dangerous goods/livestock leading to GNSS related
  efforts in these markets, public concern on bus
  passenger safety
• Building on FP6 results (MENTORE)
• Capturing EGNOS benefits in logistics may require
  further technology developments

26
Professional applications High precision
applications including agriculture

• TOPIC GALILEO 2008- 1.2.1. Use of EGNOS for
  professional applications High precision
  applications including agriculture
• Scope high precision applications
• Example areas
• Agriculture applications such as CAP reporting,
  yield management, vehicle guidance, seeding
• Other high precision applications in the fields
  of surveying and mapping, construction and
  engineering, oil and gas
• Background
• Topic not addressed in 1st call
• High precision in general is a key market for
  both EGNOS and Galileo. It has significant
  commercial potential and high visibility and
  symbolic importance. EGNOS OS, EDAS and Galileo
  OS, CS are all expected to play an important role
  in this market.
• Despite its potential EGNOS still under-used and
  requires some technological developments and
  demonstrations to take off in this sector.
• We expect innovations that will make high
  precision more affordable based on EGNOS/Galileo
  OS and/or applications that increase performance
  based on EDAS/Galileo CS.
• We expect applications to use EGNOS and/or early
  Galileo signals

27
Detailed topic descriptions

• Road telematics
• Innovative applications targeted to SMEs
• professional applications
• scientific applications
• Social LBS

28
Scientific applications

• TOPIC GALILEO 2008.1.3.1 Galileo and EGNOS for
  scientific applications
• Scope
• GNSS applications targeted to the scientific
  community
• GNSS applications with a very high degree of
  scientific innovation
• Specific points
• While GNSS signals should be used, positioning
  information does not have to be used per se
• Importance of using EGNOS and early Galileo
  signals
• The ultimate intention to commercialise is still
  important, however some requirements have been
  relaxed vs. other topics (e.g., business plan)
• Examples
• Earth/environmental observation, combining GNSS
  and GMES
• Socio-demographic research applications based on
  GNSS positioning
• New approaches for weather forecasting e.g., new
  ways of using GNSS signals to measure atmospheric
  conditions
• New fields of applications for EGNOS e.g.,
  application of EGNOS integrity beyond aviation
• New fields of applications for EDAS e.g.,
  innovative use of RIMS observations available in
  EDAS datastream.
• Background

29
Detailed topic descriptions

• Road telematics
• Innovative applications targeted to SMEs
• professional applications
• scientific applications
• Social LBS

30
Social LBS

• TOPIC GALILEO 2008-1.7.1. LBS Applications
  with social/public dimension
• Scope
• applications for users of mobile phone and/or
  specific portable handsets that are based on
  their geographic position
• Applications with an emphasis on generating
  public benefits
• Example areas
• Personal safety related e.g., emergency help,
  patient tracking, emergency call including eCall
  and e112
• Environment related e.g., carbon footprint
  advisory service
• Inclusion and social welfare e.g., assistance to
  visually impaired people
• Public services e.g., humanitarian aid, law
  enforcement
• Background
• LBS is most important sector by volume and 2nd by
  value
• Commercial applications are already taking off
  and have been addressed in the first call. For
  social applications public support is needed
• Capturing EGNOS benefits in LBS requires specific
  further technological developments (including
  user environment adoption)