EUROPEAN

>ESA

Terra Spatium has been awarded its first Satellite Communication project funded by ESA in order to investigate the use of SatCom to enhance the Safety and Security of the future transport.
​miBeez is an integrated toolbox that could be used during all beekeeping activities to help beekeepers manage production, monitor colonies and get advice for optimal decision making, in order to improve quantity and quality of apiculture products, as well as reducing time and cost.
The Space for Shore Consortium is fully funded by the European Space Agency (“Coastal Erosion” / ITT 9219”) and aims at setting up operational services for coastal erosion monitoring designed by and for end-users.
​The Development of Precision Apiculture Service (DIPAS) project has as scope to study the feasibility of the existing precision apiculture system & service (‘miBeez’), developed by TERRA SPATIUM SA, from both market and technical perspective.

>EDIDP - EDF

MIRICLE project will pave the way of next generation countermeasure solutions “made in Europe”, hence improving fight against maritime mine capacities.
European Patrol Corvette (EPC) will focus on the initial phase of a European innovative, modular, flexible, interoperable, green, multirole vessel, enabling the European navies to face the 21st century challenges.
SPIDER will improve the multi-mission affordable satellites constellations dedicated to space-based Intelligence/ Surveillance/ Reconnaissance (ISR).
​E-NACSOS project aims to ensure superiority at sea of EU naval surface vessels while securing the EU naval surveillance sovereignty by developing novel protocols, interfaces and target architecture enabling to tackle new and asymmetric threats from Anti-Air-Warfare / Air & Missile Defence domain. E-NACSOS will improve the ability to identify, classify and track those threats.

​FEDERATES will develop European capabilities in integrated simulation and modelling services.
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​The goal of E=MCM is a single system-of systems with unmanned autonomous toolboxes and intelligent
platforms for mine-counter measures, to address threats of drifting, tethered and buried mines.

>Accelerators

​APIARY project aims to develop and provide to the market an Advanced Precision Apiculture System based on IoT and blockchain technology. 
​TERRA SPATIUM SA is beneficiary of a project funded by METASTARS related to “Green Technology Development”. Through this project, TERRA SPATIUM executed a deep assessment of its procedures and processes in order to become a Green-ready SME, more resilient and compliant with EU directives.
​Within SMATCON project, we aim to study the feasibility of the designing and development of a system that incorporates the data from smart containers, from the moment they are prepared for shipment to the time of their unloaded to the port of their destination. 
Anticipation of Blue Economy Cascading Effects is a project being developed within the NEPTUNE initiative. The project will deliver a simulation tool for cross-sectoral cascading effects identification and prediction in regards to environment and coastal hazards...

>DIVA

Thanks to EU_ProjectDIVA TERRA SPATIUM SA will further develop and demonstrate abroad its Precision Apiculture System to assist sustainable beekeeping by applying best practices. This system, namely miBeez is currently demonstrated in real environment in both Greece and Italy.
The Greek SME TERRA SPATIUM SA have been awarded a new feasibility study and evaluation project, named TraceaChain where it will have the opportunity to investigate the application of Blockchain Technology in Agricultural Supply Chain.

>PRIMA

​The overall objective of SafeAgroBee is to contribute to adaptation and mitigation of the effects of climate change and other drivers negatively influencing the sustainability and the resilience of the agroecosystems in the Mediterranean basin, ensuring the income of farmers and food security.

>H2020



The EUGENIUS network is made of a set of European geoinformation SMEs, implemented in European regions and expert in different thematic domains, who have decided to cooperate for building up an open network of commercial EO services platforms...

Following the FabLab model, the objective of the FabSpace project is to build and support a new generation of platform dedicated to space and big data applications, housed within universities and providing users with all kinds of development tools and data...
The 15-month World-BioCoast project aims at providing a new service relevant for the monitoring of natural coastal areas (tidal flats, salt marshes, coastal wetlands)...

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>FP7

Demining tool-BOX for humanitarian clearing of large scale areas from anti-personnel landmines and cluster munitions.
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LOBOS aims at testing the low time critical scenarios of the CONOPS in order to deliver a draft of specifications for a GMES operational border surveillance support service in 2014.
SAGRES will support the pre-operational test and deployment of the high-time critical CONOPS components via the EUROSUR network.
CHARMe will create a repository of Commentary metadata (hosted by CHARMe or elsewhere) plus a set of interfaces through which users can interrogate the information over the Internet.

>Fractals

miBeez is an integrated toolbox that could be used during all beekeeping activities to help beekeepers manage production, monitor colonies and get advice for optimal decision making, in order to improve quantity and quality of apiculture products, as well as reducing time and cost.

NATIONAL

Space technologies and Applications(Space 4.0 - Διαστημικές Τεχνολογίες και Εφαρμογές 4.0

​Το έργο στοχεύει στην δημιουργία μιας πληροφοριακής πλατφόρμας διασύνδεσης έξυπνων συστημάτων σε υποδομή υπολογιστικού νέφους που θα διαχειρίζεται δεδομένα ωφέλιμου φορτίου, η οποία θα επιφέρει την μείωση του χρόνου και του κόστους λειτουργίας και επεξεργασίας για αποστολές παρατήρησης Γης.

The BEACHTOUR project “Cooperation 2011-2015” (11SYN_8_1466) acknowledges the Operational Program “Competitiveness and Entrepreneurship”, co-funded by the European Regional Development Fund (ERDF) and the General Secretariat for Research and Technology (Hellenic Ministry of Education).
The ACRITAS project aims at the research, design, development and validation of space-based integrated applications for surveillance and monitoring through advanced multi-sensor data fusion technologies.
​In this project the following multitemporal SAR interferometric techniques for the detection of structural and ground motions affecting the archaeological heritage and monuments:
  a) Persistent Scatterers Interferometry (PSI) approach based on the GAMMA/ Interferometric Point Target Analysis (IPTA) processing scheme customized for monument scale monitoring.
  b) A heritage-monitoring-oriented Tomography-based Persistent Scatterers Interferometry (Tomo-PSInSAR). This technique integrates merits from PSInSAR and SAR tomography.