Advanced Coordination CenteR Information Technologies & Applications for Border Surveillance (ACRITAS)
The ACRITAS project aspires to develop an integrated and common border management system, applied to land and sea border control. It will provide rapid deployment to harsh and isolated environments providing multifunctional surveillance capabilities, intelligent data products and innovative services to regional and national authorities. ACRITAS could function as a stand-alone fully functional regional command and control (RCC) centre and/or in cooperation with the National coordination centre (NCC).
The ACRITAS solution is designed to incorporate functionalities and operational features of a regional mobile command and control centre providing common situational picture (CSP) and incident management applications to multiple agencies. Another unique feature is the ability to operate both on land and maritime missions, building upon the integration of on-demand sensors (electro-optics, radars, CBRN, acoustic etc) operated in real time. The system will be fully modular combining the advantages of mobility (C&C Centre, Mini- UAVs) and transportability for high operational value areas deployment. This is in contrast to the conventional Border Guard concept where fixed facilities installed along the entire length of the border, requiring huge infrastructure expenses and a large number of operators.
Other main specific objectives include:
- A solution adaptable to local geographical requirements: border length and complex topography,
- Provide a mobile command and control solution equipped with advanced telecoms,
- Collect, process and integrate data from existing heterogeneous data sources (radars, electro-optical, CBRN sensors, etc.) mounted on UAVs and ground stations, operated by multiple federal agencies and by using state-of-the-art fusion techniques and developing innovative algorithms
- Provide an advanced solution for common situational picture and incident management allowing,
- Provide field tests of the derived products in a land and maritime scenario.
The project is funded by General Secretariat for Research and Technology, and is expected to start in autumn 2013.
Duration: The project’s duration is 24 months.
Fire Event Remote Management Information System (FERMIS)
FERMIS -Fire Event Remote Management Information System’s main objective is the design, development and demonstration of an integrated solution for the early detection, prediction, prevention, and monitoring fires, utilizing vehicle monitoring networks, aerial measuring sensors (atmospheric gases, humidity, wind speed, etc.), geo-reporting visual detection, high definition ortho-photography maps, and terrestrial data image processing and analysis systems.
FERMIS aims to fulfill the expectations and needs of the market for the next generation of Airborne sensors, by providing a complete set of tools and sensors that from one hand will improve current supported UAV features and will further expand them into "multi-sensing flying platforms".
KEMEA is responsible for identifying end users’ needs, and functional requirements as well as to convert the latter into system requirements. These requirements will be based on real scenarios, factual reports, and emergencies (e.g. Major Wild Fires in Greece during 2007, 2009, and 2012). KE.ME.A will play an important role in the design and analysis of the scenarios in use as well as the organization of a pilot and trial in Greece. At a later stage of the project, KE.ME.A will participate in the testing and evaluation phase of the project, providing feedback to the other members of the consortium. Finally KE.ME.A will participate in activities concerning the dissemination of the project results.
Duration: The project's duration is 15 months.
Safe and revocable bio-metric ID cards for usage in Ambient Intelligence Environments (BIO-IDENTITY)
Bio – Identity project aims at optimizing information systems by collecting information about the user’s biometric profile, even those not directly related to the security level that they cover. For example, as far as it concerns e-safety, it has been planned within the framework of the project to use biometric characteristics such as facial features as a prerequisite biometric feature for the user’s authentication to websites. Making full use of multiple biometric signals will actually speed up the process of identification and authentication of the user. Threats at places and networks may be created in minimum time and a policy of individual authentication using multiple signals may deliver effective solutions. The project is funded by General Secretariat for Research and Technology.
The role of KEMEA: KEMEA is responsible for recording the requirements of end users and the development of system specifications.
Duration: The project’s duration is 36 months.