The International Cooperation sector pursues the specific aim of fostering and nourishing ITHACA's external relations by seeking collaborative partnerships for the preparation of basic and applied research project proposals for funding opportunities, as well as for the participation to international tenders in projects and operations financed by the development community.
The LEXIS project brings together a 16-partner consortium with the skills and experience to deliver a complex multi-faceted project, spanning a range of complex technologies across seven European countries.
The main project target is to build an advanced engineering platform leveraging modern technologies from High Performance Computing (HPC), Big Data and Cloud Computing, to demonstrate the benefits of the LEXIS project in the context of three industrial large-scale pilots which are Aeronautics, Weather & Climate, and Earthquake & Tsunami.
Combinations of HPC, Cloud and Big Data technologies are key to meeting the increasingly diverse needs of large and small organizations alike. Critically, access to powerful compute platforms for Small to Medium Enterprises - which has been difficult due to both technical and financial reasons - may now be possible. LEXIS will organise a specific call stimulating the project framework adoption and the stakeholders engagement on the targeted large-scale pilots.
Driven by the requirements of the pilots, the LEXIS platform will build on best of breed data management solutions and advanced, distributed orchestration solutions, augmenting them with new, efficient hardware capabilities in the form of Data Nodes and federation, usage monitoring and accounting/billing supports to realize an innovative solution.
This project receives funding from the EU’s Horizon 2020 Research and Innovation programme (2014-2020) under Grant Agreement no. 825532.
Funded by DG ECHO under the instrument "Prevention Projects in Civil Protection", the project was launched in January 2017 with a duration of 2 years. The consortium counts 7 partners and is led by the National Technical University of Athens, Greece.
Managing inundation risk requires prevention measures in close cooperation with Civil Protection Authorities. An evacuation trigger buffer is a pre-established boundary that circumscribes an area in such a way that when floodwaters (incl. waters, sediment, contaminated waters and pollution) coming from any direction cross the buffer, an evacuation is recommended. TRIBUTE software tool that will be delivered as a web service and as a mobile application, will provide the trigger buffers zones for a threatened site taking into consideration the current estimates of downpour hazards from satellites as well as its vulnerability and coping capacity. The service will have pan-European coverage and will be tested extensively in three pilot areas with different characteristics, including cross-border and multi-threat. TRIBUTE has rich training, dissemination and exploitation activities to promote the concept to the stakeholders.
In the framework of the Open Data for Resilience Initiative (OpenDRI, www.opendri.org), in 2011 the World Bank launched the GeoNode based data-sharing platform HaitiData.org (http://haitidata.org) with the aim to collect data related to risk management and disaster available through several programs and projects. In 2017 the World Bank contracted ITHACA, in partnership with the South African company KARTOZA (http://kartoza.com), for the assignment involving two main tasks:
The first goal of the consultation is to improve HaitiData in many ways: ergonomics, increase services, develop new features; set up a procedure for version control, testing, back-up and deploy. The second goal is to train the staff of the CNIGS so that they are independent to follow-up the evolution of the platform.
In the framework of the partnership between the World Bank and the Government of Malawi for flood risk reduction in the Shire River Basin, ITHACA has been appointed technical consultant for the development and implementation of the MASDAP (http://www.masdap.mw), a web-based data sharing tool based on GeoNode, the free and open-source software which is being used in a number of other OpenDRI projects in the region and around the world. In line with the World Bank's Open Data for Resilience Initiative (OpenDRI – http://www.opendri.org)), the online platform for Malawi helps ensure that the data created by a number of past or ongoing projects is maintained and remains accessible and useful to the Government of Malawi. ITHACA provided the necessary technical support and training to the National Spatial Data Center and partner ministries to carry the initiative through the first phase, which took place from May through December 2012. Since then, ITHACA has provided continuous support to the MASDAP activities in the country, by upgrading the platform to the latest GeoNode versions, developing new visualization tools and providing technical training sessions to the local users. ITHACA is in charge of the maintenance of the platform until April 2018.
In order to cope with the limited disaster risk information produced in Afghanistan, and its lack of standard methodology and uniform geo-spatial coverage, the World Bank has initiated a multi-peril risk assessment covering the entire country. The risk assessment and all the data are made available through a GeoNode platform (http://disasterrisk.af.geonode.org/)
In this framework, ITHACA has been contracted for the provision of GeoNode training to government representatives in key government and non-governmental agencies in Afghanistan, through introductory training events, in-depth training; and training events for GeoNode developers and expert users in Kabul in the timeframe November 2016 to October 2017.
The project, financed by EuropeAid, will be implemented in 2015-16 by the already consolidated partnership of the SWM2 project, namely the City of Torino (consortium leader), ITHACA, the Italian NGO CESVI and the YCDC (Yangon City Development Committee), technically assisted by the Torino public company 5T. In a sprawling city expected to double its population by 2040, SUMP’s primary objective is to contribute to shape a more sustainable urban environment in Yangon by directly involving local institutions, citizens and relevant stakeholders for sharing European best practices and expertise in transportation policies and road safety. Key elements of the project will be:
ITHACA will provide technical assistance and capacity building to local authorities in the field of digital mapping and cartography, by the setup of a Spatial Data Infrastructure (SDI) to store reference datasets and key-features, and the delivery of specific training sessions which will provide YCDC with the technical know-how to manage the SDI (data entry, management and analysis, GIS).
ITHACA is partner in a EuropeAid cofunded project led by the City of Torino, together with the City of Yangon and CESVI Onlus. The project is expected to build up local authorities technical and institutional capacities in the field of solid waste management, through the creation of an updated geographic information system and contributing to the community awareness on best practices.
Launched in March 2013, ELF is co-funded by the European Commission’s Competitive and Innovation Framework Programme (CIP). The goal of this project is to deliver the European Location Framework (ELF) required to provide up-to-date, authoritative, interoperable, cross-border, reference geo-information for use by the European public and private sectors. This versatile cloud-based and cascade-supporting architecture provides a platform of INSPIRE compliant geo-information, harmonised at a cross-border and pan-European level. The three-year project is supported by a consortium of 30 partners across Europe and it will foster the wider use of geo-information and enable the creation of innovative value-added services. The project’s proactive stimulation of content markets involves the creation of sample applications using thematic communities to make user-led developments by SMEs (both inside and outside the consortium).
iCOAST is a European Commission financed project under the instrument "Prevention Projects in Civil Protection", lauched in December 2013 with a duration of 2 years, implemented by a consortium of 7 partners led by Centro Internacional de Investigación de los Recursos Costeros (Spain). iCOAST is a tool that will forecast storm hazards (waves plus mean water level), predict it intensity and impact (risk) and give recommendations to help institutions to manage storm hazards in European coastal areas. iCOAST addresses coastal risks caused by extreme waves and high sea water levels, being used as a coastal early warning system to forecast storm events and as a tool to help in the decision making processes of the intervention for managers.
The two projects, one the continuation of the other, are coordinated by the Politecnico di Torino and financed by the European Union in the framework of the Erasmus Mundus Action 2 programme. They are managed by a partnership made of some of the most prestigious universities in Europe and these targeted South-Eastern Asian countries: Cambodia, India, Indonesia, Laos, Malaysia, Myanmar, Mongolia, Sri Lanka, Thailand, The Philippines, Vietnam. AREAS and AREAS+ provide scholarships for students, researchers and staff for mobilities between the South Eastern Asian Countries targeted by the project and Europe. Mobilities can take place at any of the Partner Universities, both in Asia and Europe. Mobilities cannot take place among European countries nor among the Asian Countries. Download the AREAS+ flyer
Reference data are vital both to the GMES core and downstream services (in particular emergency response, land, atmosphere and security services) and to end-user applications in order to provide the basic geographic framework on top of which additional (thematic) spatial information can be produced and disclosed (e.g. land use/land cover maps, asset maps and damage assessment maps in response to crisis). Reference data are typically provided by data providers at regional or national level. Within Europe the States are obliged to make this data accessible in accordance with the Inspire Directive. In order to take full benefit from the data available a central service is needed to access these reference data providers in a unified manner.
The project focuses on the creation of a WebGIS application that collects, classify, and gives back information on Cyprus cultural heritage. The need of this tool comes from the reflection that land management cannot ignore the use of a highly communication effective tools and of decisions support, having a capacity of synthesis and potentials of storing, processing and visualizing a great number of information. Beneficiary of the project is United Nations Development Programme Partnership for the Future (UNDP - PFF).