Related Projects

Different robots, one shared mission: making AI-driven robotics work in the real world

A stronger European voice

Speaking with one voice on shared challenges gives our results more weight with policymakers and industry.

Complementary expertise

Each project brings a different piece of the puzzle (perception, control, materials, interaction), so working together covers more ground than any single project could alone.

Wider impact

Joint dissemination means our work reaches further, faster.

The TORNADO Network

Same mission, different paths: stronger together

Discover who they are:

It is dedicated to pioneering world-class robotic solutions tailored to various wind energy operating scenarios, including both fixed and floating offshore wind farms.

Driven by the needs of Solar Panel installation and maintenance, and the harvesting of hydroponic lettuce

Open-source, real-time middleware for industrial human–robot interaction, enabling resilient, sustainable, and human-centric work environments.

It aims to develop, deploy, validate, and promote smart, reconfigurable production systems comprising multiple autonomous agents, including collaborative robots, AGVs, and humans, capable of adapting to diverse production environments.

FlexCycle develops flexible automation solutions for recycling soft materials such as textiles, cables, and membranes.

Enhancing Europe’s resilience in Critical Raw Materials supply through AI-driven robotics.

JARVIS is an EU-funded project committed to advancing human-robot collaboration in a user-centric manner.

It aims to advance the capabilities of bimanual mobile service robots, enabling human-like manipulation of a wide variety of objects across diverse and challenging work environments.
Pioneering Bimanual Mobile Robots for Challenging Work Environments.

Open-source, real-time middleware for industrial human–robot interaction, enabling resilient, sustainable, and human-centric work environments.

It is developing and deploying AI-driven collaborative robotic systems that are easy to use, adapt, and reason autonomously to process products after their first life.

It is developing soft, lightweight and intelligent lower-limb exosuits made from high-strength inflatable fabrics and embedded sensing technologies.

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