Integrated Risk Management for Africa (IRMA) - Presentation Transcript
Integrated Risk Management for Africa
IRMA key data
Collaborative project
3 years
€ 3.5M total budget - € 2.5M EC contribution
Started in June 2008: the kick-off meeting was held in Luxembourg on 3-5 June 2008
16 partners
including major players in the IP business
the governments of Luxembourg, Mozambique and Morocco participate to support the emergency service trials
IRMA KEY DATA The consortium INDUSTRY PLAYERS GOVERNMENTAL ORGANISATIONS NGO BEST-IN-CLASS RESEARCH
University of Luxembourg (UL), Luxembourg
Centre d e Communication du Gouvernement (CCG), Luxembourg
Technologies Sans Frontières (TSF), Luxembourg
Spacebel S.A. (SPB), Belgium
Thales Alenia Space France (TAS-F), France
SES ASTRA TECHCOM S.A. (SES-ASTRA), Luxemburg
Cisco Systems International B.V. (Cisco), The Netherlands
Réseau National de Télécommunication pour la Technologie, l’enseignement et la Recherche (RENATER), France
Universiteit Van Tilburg (KUB), The Netherlands
IRMA Project - Participants
Council for Scientific and Industrial Research (CSIR), South Africa
Centre de Suivi Ecologique (CSE), Senegal
Centre Royal de Télédétection Spatiale (CRTS), Morocco
Agence Nationale de Réglémentation des Télécommunications (ANRT), Morocco
Ecole Nationale Supérieure Polytechnique de l’Université de Yaoundé I (ENSP), Cameroon
Unidade Técnica de Implementação da Politica de Informática (ICT Policy Implementation Technical Unit) (UTICT), Mozambique
IRMA Project – Participants
IRMA Project vision
To provide the most capable communication tools
To provide the most effective access to information…
… to everybody required to swiftly act in case of accident, incident, catastrophe or crisis
… whilst using existing and/or future (tele)communication infrastructures
based on IP communication.
IRMA Project goals
IRMA Project goals (continued)
Create solutions that are as universal as possible
Interworking with existing networks is a wish but not in the focus of the project
Trial and validation activities will show the application of the results in the real life crisis scenarios
Results of u-2010 project as showcase for other countries
IRMA Expected Achievements
A coherent suite of architectural concepts and methodologies applicable to multi-risks management situations in Africa , including advanced multiple vulnerability assessment to cope with complex emergencies.
An integrated set of tools , compliant with the above mentioned concepts and methodologies and with current and emerging international standards.
A pre-operational infrastructure and access-platform , assessed by end-users through operational scenarios serving as reference for future larger scale deployment and providing the facilities for prototyping risk management systems and for supporting a rapid development of applications services.
Specific applications (bushfire, flood, desertification and urban risks) dedicated to the demonstration of multi-risks management in Africa.
A versatile communications system enabling high and/or low rates Internet transfer.
A reliable, low cost communications system enabling alert messages and possibly emergency communications in any location of Africa (i.e. even where no electricity is supplied)
A management concept to monitor and automatically control the functions of services and networks shown as critical through the dependability and vulnerability analysis.
IRMA Expected Achievements
IRMA Contribution to EC policies
DG Development: the EU strategy for Disaster Risk Reduction (DRR) in Developing Countries , whose objective is to contribute to sustainable development by reducing the burden of disaster in the most vulnerable countries and by the integration of DRR into development and humanitarian policies and into crisis response.
DG Environment : to contribute to the creation of a Single Environment Information Space and to INSPIRE
DG Information and Society : advancing the Internet by deploying IPv6, especially in Africa
DG Research : to contribute to the validation of the SICA approach to international cooperation with developing countries
DG Enterprise: to integrate upcoming GMES downstream services
IRMA Communication Network CSIR UTICT ENSP CSE CRTS ANRT UL CCG SES TSF SPB TAS-F
IRMA: the Senegal Scenarios (Bush Fire and Desertification) Desertification CSE
IRMA: the Mozambique Scenarios (Floods) UTICT FLOODS
IRMA: the Cameroon-Yaoundé Urban Risk Scenario – The Sensor Network ENSP
WP objectives: to identify the major needs and issues that IRMA must address in order to be able to implement scenarios targeted by the project
to provide a status of the current practices and resources available
to provide a plan for the improvement of risk management in African context: users requirements, methodology to represent multiple vulnerabilities
to evaluate the past and on-going activities (IST projects, GEO…)
to define detailed scenarios
Deliverable N° Deliverable name Deadline D1.1 Methodology and questionnaire for risk management analysis T0+3 D1.2 Best practices and needs for risk management in Africa T0+6 D1.3 Report on the existing services and applications T0+6 D1.4.1 D1.4.2 Scenarios definition report Users requirements document T0+9, T0+12 T0+9, T0+12 D1.5 Scientific report on multi-risk methodologies T0+12
WP2: System Definition and Architecture WP Leader: TAS-F
WP objectives: to design a service oriented architecture
to provide the technical requirements based on WP1 results
to study the technologies resulting from previous and on-going projects
to analyse and select open source components applicable to IRMA
to design a cost-effective, sustainable global architecture
to produce technical specifications for the core IRMA platform sub-systems
to provide a test and validation plan for the sub-systems
to provide a methodology and development handbook
Deliverable N° Deliverable name Deadline D2.1 Technical Requirement Document T0+9, T0+18 D2.2 Report on the potential use of background and open source components T0+12 D2.3 Global Architecture Design Document T0+12, T0+18 D2.4 Specifications of the Data Acquisition sub-systems T0+6, T0+16, T0+30 D2.5 Specifications of Risk Management Applications T0+15 D2.6 Specifications of the Telecommunication sub-systems T0+15, T0+30 D2.7 Test and Validation Plan T0+18 D2.8 Methodology and development handbook T0+10
WP 3.1: Implementation and Integration of IRMA Core Services WP Leader: TAS-F
WP objectives: to develop the ready-to-use generic set of tools
to integrate and test the IRMA generic platform
to provide an installation kit of the IRMA generic platform
to deploy it to the countries involved in the experimentations
Deliverable N° Deliverable name Deadline D3.1 Generic IRMA platform Test and Validation Report for the Generic IRMA platform IRMA generic platform "installation kit and deployment guidelines" T0+20 T0+22 T0+24
WP 3.2: Implementation and Integration of IRMA Communications Layer WP Leader: Cisco
WP objectives: to research and develop networking solutions in order to configure a virtual common domain over heterogeneous large-scale networks
to research the alert and communication sub-system
to ensure interoperability of the communications networks
to investigate the location-based services
t o integrate and test the communications systems
to integrate and test the Early Warning and Alerting system
Deliverable N° Deliverable name Deadline D3.2 Specification of the IRMA communications scenarios and preliminary architecture Report on IRMA mobility solution Report on IRMA recommended security and privacy protocols Report on IRMA survivability of networks in crisis situations Report on sensors/RFID solutions for disaster risk management Specification of the collaborative emergency platform Guidelines for the deployment of Telecommunications infrastructure T0+18 T0+18 T0+18 T0+18 T0+24 T0+12 T0+21
WP 4.0: Tests, trials, validation and final demo WP Leader: Spacebel
WP objectives:
to develop, implement, test, and demonstrate the pilots and to co-ordinate the implementation of the three pilots in Senegal, Mozambique, and Morocco
to perform the global demonstration
WP 4.1: Implementation and demonstration of the risk management in Senegal WP Leader: CSE Deliverable N° Deliverable name Deadline D4.1.1 Software component T0+25 D4.1.2 Integration test and validation plan T0+25 D4.1.3 Integration test and validation report (thematic platform) T0+27 D4.1.4 Test report for the communications infrastructure T0+27 D4.1.5 Integration test and validation report (full scenario) T0+28 D4.1.6 Evaluation report for the demonstration T0+31
WP 4.2: Implementation and demonstration of the risk management in Cameroon WP Leader: ENSP Deliverable N° Deliverable name Deadline D4.2.1 Software component T0+26 D4.2.2 Integration test and validation plan T0+26 D4.2.3 Integration test and validation report (thematic platform) T0+28 D4.2.4 Test report for the communications infrastructure T0+28 D4.2.5 Integration test and validation report (full scenario) T0+29 D4.2.6 Evaluation report for the demonstration T0+32
WP 4.3: Implementation and demonstration of the risk management in Mozambique WP Leader: UTICT Deliverable N° Deliverable name Deadline D4.3.1 Software component T0+27 D4.3.2 Integration test and validation plan T0+27 D4.3.3 Integration test and validation report (thematic platform) T0+29 D4.3.4 Test report for the communications infrastructure T0+29 D4.3.5 Integration test and validation report (full scenario) T0+30 D4.3.6 Evaluation report for the demonstration T0+33
WP objectives: to manage support activities to the project
to disseminate the results of the project as widely as possible
to provide an exploitation plan for the most significant IRMA results
to ensure that the IRMA developments are fully compliant with existing and emerging standards
to p ropose the IRMA architecture to standardisation bodies as a best practice in the field
to organise train-the-trainer workshop
Deliverable N° Deliverable name Deadline D5.1 Dissemination and Use plan T0+6, T0+18, T0+30 D5.2 Report on standardization activities T0+12, T0+24 D5.3 Technical update needs of African partners and targeted countries Technical material (general topics) Technical material (implementation oriented) Technical sessions report T0+9 T0+15 T0+28 T0+35
Disaster risk reduction policies and institutional more
Disaster risk reduction policies and institutional mechanisms exist at various degrees of completeness in the African countries represented in the IRMA Consortium. Their effectiveness is however limited when dealing with major disasters and complex emergencies. Risk management is often limited to specific hazard monitoring with limited or no consideration of the vulnerabilities of the area at risk neither to the systemic nature and possible domino effect between risks of different kinds. It is the vulnerability of the population and or the infrastructure at risk that may transform a hazard into a major disaster.
It is nowadays largely recognized that an efficient response to these situations must rely upon Information and Communications Systems, which will offer the stakeholders reliable, comprehensive information to anticipate risks and to respond to emergencies. An innovative use of state-of-the-art ICT is part of the solution. In industrialized countries disaster risk reduction is based on high tech expensive solutions which require coordination of a wide range of actors each with a set of functions and responsibilities for which they are accountable and a specific infrastructure that is designed to resist most disasters. Private mobile radio systems are just an example of telecom infrastructure for public safety. None of this is or will be available in developing countries in a foreseeable future.
In this context, the IRMA project intends to build a reference platform suitable for the management of natural and environmental risks in Africa. The platform must allow the stakeholders in risk management to develop and use tailored risk management models and tools; therefore, the platform will be build upon the achievements of former EU projects such as WIN, ORCHESTRA, SSE, SANY and u-2010, as there are interoperable components, information infrastructure architectures and solutions, as well as clients and management tools and frameworks that allow to set up an efficient and sustainable multi-risks management. less
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