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MARIFLOW - A Workflow Management System for the Maritime IndustryESPRIT INCO project 972496 |
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The aim of the EU research project MARIFlow project is to develop an architecture
for automating the flow of data inside and between enterprises. In particular,
the goal is to develop an adaptable workflow engine over the Internet through
which the activities of different parties in the maritime industry can
be defined, co-ordinated, combined and monitored. The business drivers
for such a system are: better tracking of functional dependencies, improved
data access and handling with lower administrative overheads.
Within a demonstration scenario realistic industrial requirements have been defined for the prototype. Its primary focus in the project is handling, exchange, and usage of electronic data and documents in the context of material certification. The basis for this automated exchange and subsequent processing of data will be a workflow description that has to be defined initially between the commercial partners, e.g. steel mill, classification society and boiler manufacturer. Other parties, e.g. customers who are using certificates may plug into the workflow at a later stage.
The project will make use of latest technologies from the fields of
communication, security, databases, and transaction support to develop
a prototype of an workflow management system. Key element of the technolgy
are so-called MARCAs (MARIFlow Co-operating Agents), who are automatically
initialised at each partners site in the process. Those agents handle all
activities at their site, provide for co-ordination with other agents in
the system by routing the documents in electronic form according to the
process description, keeping track of process information, and providing
for the security and authentication of documents as well as comprehensive
monitoring facilities. Each organisation may have in-house applications
inside a firewall protected from unauthorised accesses.
The consortium consists of the following partners:
To the official MARIFlow Project Homepage |