UNIDROIT International Institute for International Private Law Third-party liability for Global Navigation Satellite System (GNSS) services Rome, 22 October.

Slides:



Advertisements
Similar presentations
International Civil Aviation Organization
Advertisements

International Civil Aviation Organization
UTS:Faculty of Engineering and IT International Leaders in Practice-Based Education The 16th Asia-Pacific Conference on Communications 31 Oct. - 3 Nov.
Introduction to GNSS opportunities in different Market Segments
1 1 COMPASS Satellite Navigation System Development Nov. 26 th -28 th, 2008, Beijing China Satellite Navigation Project Center SIDEREUS 2008.
GPS and Worldwide GNSS Interoperability NaviForum Shanghai 2010 Shanghai, China September 2010 Jeffrey Auerbach Advisor on GNSS Affairs Office of.
THE INSURANCE POINT OF VIEW Sophie Moysan Aviation & Space Department MARSH SA PROJECT 2001 PLUS WORSHOP - “Towards a harmonized approach for National.
U.S. Space-Based PNT International Cooperation David A. Turner, Deputy Director Office of Space and Advanced Technology Bureau of Oceans, Environment and.
Container Management in the Port of Antwerp using EGNOS
GNSS/GPS Update Eric Gakstatter GPS World magazine Presented July 14, 2009 ESRI International User Conference San Diego, CA ©Copyright.
Aviation Benefits of GNSS Augmentation Workshop on "GNSS Applications for Human Benefit and Development“ Prague, Czech Republic September 2010 Jeffrey.
Space & Satellite Regulatory Colloquium
Basic Principles of GPS Mathias Lemmens EU GIS/Mapping Advisor Abuja 4 th August 2005.
Global Navigation Satellite System 1 G N S S WEB-simulation.
Federal Aviation Administration GPS Augmentation Systems Status Leo Eldredge, GNSS Group Federal Aviation Administration (FAA) September 2009.
A ERODROME T RAINING M ODULE 5 P ART 2 Electronic Navigation Aids.
Aviation Considerations for Multi-Constellation GNSS Leo Eldredge, GNSS Group Federal Aviation Administration (FAA) December 2008 Federal Aviation Administration.
Satellite Based Augmentation System (SBAS): – Augmentation of navigation satellite systems (GNSS). Operational SBAS or Systems being built (beyond study):
Aviation Benefits of GNSS Augmentation Workshop on the Applications of GNSS Chisinau, Moldova May 2010 Jeffrey Auerbach Advisor on GNSS Affairs Office.
Japanese Status on GNSS Utilization PNT Advisory Board Meeting 27 March 2008 Hiroshi Nishiguchi Japan GPS Council.
U.S. Space-Based Positioning, Navigation, and Timing Policy and Program Update The Third Annual European Defence Geospatial Intelligence Conference (DGI.
ENC-GNSS 2006 – Manchester, UK Civil GPS Interface Committee International Sub-Committee May 7, 2006 John E. Augustine Acting Director, Office of Navigation.
Development of Global navigation satellite system (GNSS) Receiver
GLONASS Government Policy, Status and Modernization
Extending GPS and Galileo interoperability: from frequency/signals to integrity Francisco Salabert Head of GNSS Policy Office DDAS/ EUROCONTROL.
User Requirements for GNSS Interoperability at Global, Regional, National and Local Scales Matt Higgins Co-Chair of Working Group D of the International.
Update on U.S. GNSS International Cooperation Activities David A. Turner, Deputy Director Office of Space and Advanced Technology Bureau of Oceans, Environment.
GNSS International Cooperation Munich Satellite Navigation Summit Munich, Germany March 6, 2007 Ralph Braibanti Director, Space and Advanced Technology.
GLONASS Government Policy, Status and Modernization
Space-Based PNT Policy Update JSDE/ION Joint Navigation Conference June 8, 2010 Lt Col Scott L. Boushell Senior Advisor.
International Committee on Global Navigation Satellite Systems (ICG): Coordination and Cooperation 13 th IAIN World Congress, 27 – 30 October 2009, Stockholm,
Interoperability of Global Navigation Satellite Systems (GNSS) U.S. Policy and Diplomatic Efforts Ray Clore, Senior Advisor for GPS-Galileo issues Office.
Tripp Corbin, CFM, GISP CEO eGIS Associates, Inc. Relationships Matter.
© GMV, 2010 Propiedad de GMV Todos los derechos reservados EUROPEAN GNSS EGNOS AND GALILEO. CHARACTERISTICS AND ADVANTAGES OF BRUSSELS. OCTOBER 1 st, 2010.
GPS How it Works For a full tutorial on GPS and its applications visit the Trimble WebsiteTrimble Website.
European GNSS for ITS: EGNOS contribution ITS WORLD CONGRESS 2011 Orlando– 18 October 2011.
GNSS Aviation Applications
GALILEO The European Programme for Global Satellite Navigation Services GALILEO 03/2004 EUROPEAN COMMISSION.
U.S. Space-Based PNT International Cooperation Civil Global Positioning System (GPS) Service Interface Committee Savannah, Georgia September 15-16, 2008.
Worldwide GNSS Interoperability Civil Global Positioning System Service Interface Committee Alice Wong Senior Advisor on GNSS Office of Space and Advanced.
Ray Clore, Senior Advisor for GPS-Galileo Issues Office of Space and Advanced Technology Bureau of Oceans and International Environmental Scientific Affairs.
GNSS Regional and Global Cooperation Asia Pacific Economic Cooperation 11 th GNSS Implementation Team Tokyo, Japan June 2007 Alice Wong Senior Advisor,
Global Navigation Satellite Systems Progress through Cooperation 5 March 2009 Michael Shaw, Director U.S. National Coordination Office.
U.S. Space-Based Positioning, Navigation and Timing (PNT) Policy and International Cooperation 3 rd International Satellite Navigation Forum Moscow, Russia.
1 International Cooperation in Global Navigation Satellite Systems (GNSS) Space Weather Workshop May 2, 2008 Jules G. McNeff OASD(NII) Overlook Systems.
Present and Future of China Satellite-Based Augmentation System China Satellite Navigation Office February 2014.
June 2013 Global SBAS Status Satellite Based Augmentation System (SBAS) Interoperability Working Group (IWG) June 2013.
U.S. Space-Based PNT International Cooperation International CGSIC Tokyo, Japan November 11, 2008 Alice Wong Senior Advisor Office of Space and Advanced.
David A. Turner, Deputy Director Office of Space and Advanced Technology Bureau of Oceans, Environment and Science U.S. Department of State U.S. Space-Based.
Global SBAS Status Satellite Based Augmentation System (SBAS) Interoperability Working Group (IWG) November 2013.
1 SBAS Implementation in the regions of ACAC and ASECNA Project with Community research funding EGNOS System Definition and Benefits.
Alice Wong, Senior Advisor U.S. Department of State Bureau of Oceans and International Environmental and Scientific Affairs Office of Space and Advanced.
U.S. Diplomatic Activities in Support of Worldwide GNSS Interoperability Ray E. Clore Senior Advisor on GNSS Office of Space and Advanced Technology Bureau.
© ИАЦ КВНО ЦНИИмаш Собственность ИАЦ. All rights reserved GLONASS Status and Progress Sergey Revnivykh CGSIC Meeting , Savannah, GA, US.
U.S. International Activities Supporting Global Navigation Satellite System (GNSS) Compatibility and Interoperability October 16, 2008 David A. Turner.
_____________________________________________________ TPL for GNSS, 22 October 2010 Matxalen Sánchez Aranzamendi page 1 © ESPI Policy.
(c) International Road Transport Union (IRU) 2012 The evolution of contractual relations in road transport Geneva, 24 February 2012 Page 1.
U.S. Space-Based PNT International Cooperation United States Telecommunications Training Institute Washington, D.C. Maureen Walker Senior State Department.
Munich SATNAV, Munich Satellite Navigation Summit February 21-23, 2006 Michael E. Shaw Director, U.S. National Space-Based PNT Coordination Office.
U.S. Space-Based Positioning, Navigation and Timing (PNT) Policy and International Cooperation UN/Azerbaijan/ESA/USA Workshop on the Applications of Global.
PNT International Challenges and Opportunities PNT Advisory Board Washington, D.C. March 29, 2007 Ralph Braibanti Director, Space and Advanced Technology.
Technical Seminar An Overview of Positioning Systems and Technologies Chandraraj Naidu L USN: 1RN07IT012 Dept. of Instrumentation Technology RNS Institute.
Galileo European Commission The European Satellite Navigation Program
The Experiment on DFMC SBAS
The Status of Dual-Frequency Multi-Constellation SBAS Trial by Japan
Introduction to GNSS opportunities in different Market Segments
National remedies and national actions
Experiments and Potential Applications
CONTRACTS AND (HARMFUL) INTERFERENCE PROFESSOR LESLEY JANE SMITH, LEUPHANA UNIVERSITY OF LÜNEBURG/ WEBER-STEINHAUS & SMITH BREMEN 3rd Luxembourg Workshop.
Augmentation Service from the Zenith
Presentation transcript:

UNIDROIT International Institute for International Private Law Third-party liability for Global Navigation Satellite System (GNSS) services Rome, 22 October 2010 Informal consultation meeting

The system Global Navigation Satellite System Not only navigation, but also: positioning and timing Positioning Navigation Timing

What is GNSS and how it works? Three components: Space segment Ground station Receiver

Currently, there are two operational global systems:  Navstar-GPS of the United States  GLONASS of the Russian Federation in a very near future the GNSS will be enriched by other global constellations:  Galileo of the European Union  Compass-Beidou of China and by regional constellatons:  IRNSS of India  QZSS of Japan Space segments: Constellations of satellites

Navstar GPS

GLONASS

GALILEO

Compass-Beidou

QZSS

Space Based Augmentation Systems (SBAS) There are several operational SBAS: WAAS of United States of America EGNOS of European Union MSAS of Japan under development: GAGAN of India Malaysian SBAS NigComsat-1 of Nigeria

Space Based Augmentation Systems (SBAS)

Ground Based Augmentation Systems (GBAS)

INTEROPERABILITY The different constellations and augmentation systems are implemented so as to be interoperable and fully compatible; thus, an international uniform instrument could offer users one single regime, whichever the signal provider.

Applications of GNSS GNSS has a variety of applications, hence the possible sources of liability are equally varied. Many human activities rely on GNSS on a daily basis, and their number will progressively increase. It would therefore be extremely difficult for GNSS providers to foresee all possible events, each subject to different rules. An international uniform instrument could offer a single liability regime applicable to all possible fields, also in case of new applications.

Applications of positioning: geodesy

Liability regimes applicable to damage caused by failure of GNSS GNSS failure or malfunction can provoke errors in the signal, which may be source of accidents in the different areas of activity that rely on those signals. These accidents could provoke loss and damages which, in the worst scenario, could even be catastrophic Legal issues on the third-party liability: applicable law, jurisdiction

International instruments: general regimes on liability None of the existing general international liability regimes applies to third-party liability for accidents caused by GNSS failure or malfunction in transmitting the signal.

International regimes on liability in the transport sector Notwithstanding the existence of a variety of instruments in the transport sector, a number of accidents provoked by GNSS failure or malfunction could fall outside their scope of application. The transport operator would maintain a right of recourse of the transport operator in respect of the GNSS signal provider. These instruments all provide for a limitation of compensation; in the absence of such a limitation for GNSS activities, the plaintiffs might be induced to address the GNSS provider directly in order to obtain higher compensation. The existing regimes can present gaps in protection, and leave open the questions of the subsidiary direct action against the GNSS provider for these “gaps”.

International regimes governing liability for nuclear damage An international instrument on GNSS liability could address the nuclear risk and indicate the relationship of the regime that it creates with the existing instruments in this field.

Regimes governing GNSS liability for applications not covered by the existing instruments An international instrument on GNSS liability could provide a sound and uniform regime for all accidents caused by a failure or malfunction of the system, both for those covered and for those not covered by existing international regimes

Other legal issues on GNSS liability An international instrument could address the issues of: fraudulent intervention of a third person; force majeure; qualification of GNSS signal as a service; liability in case of failure-malfunction caused by a defective component of the GNSS. An international uniform regime on GNSS liability could facilitate the insurability of GNSS activities. It could also address the issue of open services with respect with GNSS activities and clarify it.

The legal work on GNSS issues undertaken by international organisations An international instrument could be negotiated in cooperation with other international organisations which, in a way or in the other, take interest in GNSS systems, and making use of their expertise.

Thank you!