all projects

SENSOPAD
The SENSOPAD project aims to revolutionize women reproductive health, addressing the challenges posed by endometriosis, by empowering individuals through SENSOPADs, sophisticated sensors designed for self-monitoring.
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PAVE-SCAN
PAVE-SCAN aims to develop market-ready (TRL8-9) EGNSS-based integrated low-cost sensor technologies coupled with an artificial-intelligence-driven open-architecture software solution (machine learning (ML) and machine vision (MV)), for the detection, classification, and georeferencing of roadway pavement surface anomalies.
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PASITHEA
PASITHEA will develop Hybrid Autonomous Unmanned Vehicles (HAUV) combining Unmanned Aerial Vehicle and Unmanned Underwater Vehicle technologies. The vehicles will be able to fly, hover in the air and sail under the water and to repeat air water trans-media motions.
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HARESS
HARESS aims at enhancing maritime safety and efficiency by implementing an innovative multi-UAV system integrated with advanced machine learning, progressing from prototype to a highly capable solution for European Search and Surveillance Operations.
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THETIDA
THETIDA aims in approaching the safeguarding and protecting of Europe’s coastal and underwater cultural heritage from the effects of climate change and natural hazards in a holistic manner that includes risk management, protection and preparednes.
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ZEST
ZEST aims in constructing a zero-emissions vessel to address the decarbonization challenges of the local coastal fleet of Cyprus.
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CEAMS
CEAMS aims at generating the technology that will combine microelectronic chips and metasurfaces for further extend the capabilities of modern ICT systems.
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COMMANDS
COMMANDS aims at developing Through Life Capabilities (TLC) for agile, intelligent and cooperative manned and unmanned land systems. The results will not only enable to upgrade current ground vehicles of the EU inventory for specific missions, but also to be integrated in future vehicles in development.
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iFURTHER
iFURTHER aims at addressing air and sea long-range detection (over the horizon) by developing new technologies to be integrated in a network of High Frequency (HF) infrastructures operating in a collaborative way.
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RONDA
The RONDA project aims for the development of a data-driven framework, pattern recognition
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TAMIT
TAMIT project aims to significantly improve current technologies developed by SignalGeneriX and
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