Fully de-centralized, composable and dynamic federation of heterogeneous IoT platforms.

Facilitates the deployment of smart cooperative behavior realized by means of modular Artificial Intelligence features which can be dynamically deployed to heterogeneous IoT devices in mixed edge/cloud IoT environments.

Holistic end-to-end trust framework in dynamic, distributed IoT scenarios.
Solutions to embed privacy-awareness and privacy control features in IoT solutions.

Critical Water Infrastructure Monitoring and Control use case focuses on the management of the water urban cycle in metropolitan environment of Coruña.

Service Robotics use case will involve several robotic platforms, like the open-source Robotics Operating System (ROS), which need to collaborate to scan a given warehouse and to assist humans in a logistics domain.

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The Brain-IoT project

Brain-IoT aims at establishing a framework and methodology that supports smart autonomous and cooperative behaviors of populations of heterogeneous IoT platforms that are also closely interacting with Cyber-Physical systems (CPS). Brain-IoT will employ highly dynamic federations of heterogeneous IoT platforms, mechanisms enforcing privacy and data ownership policies as well as open semantic models enabling interoperable operations and exchange of data and control features. Brain-IoT will also offer model-based tools easing the development ofinnovative, tightly integrated IoT and CPS solutions.

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