Management Decision Support for Critical Infrastructures
(MEDSI) is an FP6 Specifically Targeted Research or Innovation Project
(STREP) funded by the European Commission. It started in January 2004,
and will be finished in June 2005. Consortium undertaking the project
is formed by 11 partners from 8 different countries.
Intro Solutions is the leader of System Analysis and Design work-package,
which is one of the 8 work packages in the project. This work package amounts
for 22% of the total project effort.
Besides participating in management related activities Intro Solutions is
also an active participant in research and development activities. Total
effort of Intro Solutions in this part of the project ranks second after
the project coordinator.
Following sections summarize the need for such a project and the
objectives of the project.
Need for the project
Asymmetric threats which represents a change in world politics has started
gaining more importance after the last terrorist attacks. In the current
situation asymmetric threats, stemming mainly from terrorist activities
demand more attention than classical war threats. Probability of using
critical infrastructures and civil population as weapons to disrupt life
and economy, calls for immediate solutions in crisis and emergency
management domain.
One of the most important things in crisis management is timely and
accurate response to the crises. In order to accomplish this; information
flow between data sources and crisis management center is essential.
Furthermore accurate infrastructure knowledge of and uninterrupted
information flow between areas regardless of the geographical situation
and size (i.e. a small town, a country or Europe) are required.
The problem with this schema is not lack of information; many companies
and governmental bodies have such information both in quality
and quantity.
Unfortunately existing tools in this domain are not capable enough
to bring all the relevant information to the fingertips of crisis managers
in a timely and integrated manner. Moreover the need in this domain cannot
be satisfied with separate tools; the required information management and
decision support capabilities can only be provided with a framework that is
missing in the current situation.
The problems and requirements mentioned above form the basis for MEDSI.
The project primarily aims to develop a state of the art framework to enable
data and information flow between different bodies involved in the
crisis management domain and to unify data sources, geographical information
and critical infrastructures.
Objectives
The overall aim of the MEDSI Project is development of a framework
which will provide an integrated set of services to crisis managers and
planners, especially to protect the critical infrastructures, territories
against classical threats such as flooding or other natural disasters as
well as terrorist attacks.
MEDSI will enable utilization of various information sources for better
monitoring and reduction risks, both potential and actual, and for more
effective response to crises. MEDSI will also be capable to create, maintain
and optimise the typical crisis scenarios simulating
the real-world crises
The framework being developed will enable integration of geospatial,
organizational and operational data. The project makes use of current
standards and aims to improve them. The rationale behind working closely
with standards is to provide a baseline upon which other features can be
added easily and to provide interoperability with existing systems.
MEDSI aims to be flexible enough to be used in both large governmental
bodies and small but critical organizations. This flexibility will be
provided using standardized interfaces, messaging systems and
web-services.
One other problem in the current situation is fast and effective
communication and coordination between the parties involved in this
domain, the tools that will be provided as part of MEDSI aims to overcome
this problem by using messaging systems and tracking the usage of
resources on situation and thematic maps.
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