All three projects (RETRAINER, PRO GAIT, ReHyb) focus on neurological patient rehabilitation, with PRO GAIT specifically targeting stroke therapy outcomes.
CONGREGAZIONE DELLE SUORE INFERMIERE DELL ADDOLORATA
Italian clinical rehabilitation center specializing in robotic exoskeleton and neuroprosthesis therapy for stroke and neurological patients.
Their core work
This is a religious congregation in Como, Italy, that operates a clinical rehabilitation facility — likely a hospital or specialized care center run by nursing sisters. Their H2020 participation reveals deep involvement in robotic rehabilitation for neurological patients, particularly stroke survivors. They serve as the clinical testing and validation environment where robotic exoskeletons, neuroprostheses, and sensor-driven rehabilitation protocols are trialed with real patients. Their value lies in bridging engineering prototypes with actual clinical rehabilitation practice.
What they specialise in
RETRAINER focused on robotic hybrid assistance for reaching/grasping, while ReHyb develops hybrid neuroprosthesis rehabilitation with exoskeletons.
PRO GAIT uses electroencephalography and electromyography to measure physiological rehabilitation outcomes.
PRO GAIT and ReHyb both address mobility recovery, with PRO GAIT explicitly focused on gait rehabilitation using exoskeleton robotics.
ReHyb (2020-2024) introduces digital twin concepts applied to rehabilitation, representing their newest technological direction.
How they've shifted over time
Their earliest project (RETRAINER, 2015) focused on upper-limb robotic assistance for reaching and grasping — a relatively specific motor task. By 2018-2020, their work expanded to full gait rehabilitation with sophisticated neurophysiological monitoring (EEG, EMG) through PRO GAIT, and then to hybrid neuroprostheses with digital twin modeling in ReHyb. The progression shows a clear trajectory from single-function robotic aids toward integrated, sensor-rich rehabilitation systems that combine multiple technologies.
They are moving toward data-driven, digitally modeled rehabilitation that combines exoskeletons with neurophysiological sensing — positioning them for AI-assisted personalized therapy research.
How they like to work
They participate exclusively as partners, never coordinating — consistent with their role as a clinical site that provides patient access, rehabilitation expertise, and real-world validation rather than driving the engineering research agenda. With 27 unique partners across 11 countries from just 3 projects, they join large, diverse consortia (averaging 9+ partners per project). This suggests they are a sought-after clinical partner valued for their patient population and rehabilitation practice environment.
They have collaborated with 27 distinct partners across 11 countries through just 3 projects, indicating participation in broad European consortia. Their network spans multiple EU member states, likely connecting them to leading rehabilitation robotics labs and engineering universities.
What sets them apart
What makes this organization distinctive is the combination of a care-focused religious institution with active participation in advanced rehabilitation robotics research. Unlike university hospitals that juggle many clinical specialties, this congregation likely operates a focused rehabilitation facility with dedicated patient populations for neurological recovery. For consortium builders, they offer something hard to find: a committed clinical end-user site with continuity of care and a decade-long track record in robotic rehabilitation trials.
Highlights from their portfolio
- ReHybTheir most recent and largest-funded project (EUR 385,625), introducing digital twin concepts to hybrid neuroprosthesis rehabilitation — representing their technological frontier.
- PRO GAITA Marie Skłodowska-Curie project combining EEG, EMG, and exoskeleton robotics for stroke gait rehabilitation — their most scientifically rich project with the clearest clinical focus.