Projects
Role, programme, partner countries and outcome for each project and the record EU programme officers and prospective coordinators ask for first.
Copernicus Earth-observation data fused with ground IoT sensing to deliver climate-smart agriculture services across Europe and East Africa, from irrigation advisories to yield-risk alerts.
Outcome
In delivery: pilot deployments running at partner farms, with service validation and business-model work through 2027.
An AI-powered IoT platform for cost-effective and autonomous precision irrigation.
Outcome
Smart sensing, edge AI and automated irrigation technologies to improve water efficiency and crop management.
Transforming organic waste into renewable energy for sustainable cooling and refrigeration in Africa.
Outcome
Demonstrates waste-to-cooling solutions that reduce food loss while supporting clean energy and green jobs.
A joint Africa–Europe startup and innovation ecosystem: connected Digital Innovation Hubs, acceleration support and cross-continental matchmaking between founders, corporates and research institutes.
Outcome
Hub network and training programmes established and still operating past the project end; cohort of supported startups and a reusable hub playbook.
Open-source IoT and Big Data platforms built for African agriculture and rural conditions: low-cost sensing hardware, LPWAN connectivity and analytics with local hub capacity building.
Outcome
Open IoT stack adopted by African hubs and universities, hundreds of engineers trained, and a community of practice that outlived the funding.
Project aimed to develop a modular, integrated water treatment solution operated by a novel Decision Support System to treat variable oil and gas wastewater flows for specific reuse objectives.
Outcome
Integrated technologies, providing a flexible and optimized system that ensures oil and gas water flows are reliably treated to different target water qualities.
High-precision positioning for cooperative intelligent transport systems, combining GNSS, cooperative awareness messaging and sensor fusion for accuracy well beyond standard automotive GPS.
Outcome
Demonstrated 25 cm positioning accuracy for cooperative ITS use cases, with embedded contributions from InnoTec21.
The iKaaS project designed a secure, privacy-preserving Smart City Platform that combines big data, analytics engines, and heterogeneous clouds to transform data from IoT sensors and smart devices into a global knowledge base.
Outcome
A validated and secure IoT platform through real-world smart city applications that improved urban planning, enabled cross-border services, and empowered citizens to self-manage their health and safety.
The iCore initiative introduces an open, intelligent, and adaptive cognitive framework for the Internet of Things (IoT) that abstracts technological heterogeneity while balancing diverse stakeholder perspectives.
Outcome
A secured, three-level architecture comprising Virtual Objects, Composite Virtual Objects, and Functional blocks.