Bio-feedback
Control movement, master performance
REHAB
Introduction
Biofeedback accelerates motor reprogramming by transforming every movement into useful information for the patient.
Receiving immediate and objective data on how one moves allows correcting movement in real time, improving its quality and effectiveness. Once a target is defined, a continuous cycle of perception, adaptation and motor learning is activated.
This approach is particularly effective in gait re-education, recovery of symmetry after surgery and the progressive return to sports movements.
GykoPro and Optogait apply biofeedback to parameters such as rhythm, cadence, symmetry and trunk control, transforming every exercise into an opportunity for active correction.
Schematics and insights
feedback
Riabilitativo
in tempo reale
sonoro al paziente
pattern motorio
motoria progressiva
tative
Biofeedback
in real time
signal to the patient
motor pattern
reprogramming
litatives
Biofeedback
in Echtzeit
Signal an den Patienten
motorischen Musters
Umprogrammierung
Bibliography
[1] Gouda, A., et al. "The development of a wearable biofeedback system to elicit temporal gait asymmetry using rhythmic auditory stimulation." Sensors 24.2 (2024): 400.
[2] Shurupova, M.A., et al. "Targeted biofeedback training to improve gait parameters in subacute stroke patients: a single-blind randomized controlled trial." Sensors (2024). PMC11598387.
[3] Zhang, X., et al. "Can wearable real-time biofeedback gait training devices improve gait speed, balance, functional mobility and ADL in individuals post-stroke? A systematic review and meta-analysis." J. Neuroeng. Rehabil. (2025). doi: 10.1186/s12984-025-01863-x.
Examples of configurations:
flexible and customizable
Biofeedback transforms movement data into immediate information for the patient, accelerating motor reprogramming and increasing session effectiveness. Biofeedback can be successfully used in gait re-education, postural control and recovery of functional and sports movements.
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Configuration 1
Re-educating gait in real time.
Optogait provides immediate feedback on rhythm, cadence and symmetry via visual or auditory signals such as the metronome. The patient adjusts their stride to reach the defined target, progressively restructuring
the motor pattern. Particularly effective in neurological, post-surgical and post-stroke settings.
Configuration 2
Improving trunk control and alignment.
GykoPro monitors trunk compensations and body segment asymmetries during walking, running or strengthening exercises. Visual biofeedback allows the patient to correct posture and alignment in real time, reducing compensations and improving movement efficiency.
Configuration 3
Optimising performance and reactivity in complex movements.
During jumps and functional exercises, Optogait provides feedback on height, contact times and
symmetry, while GykoPro integrates data on accelerations and postural control. The patient adapts the motor strategy in real time, improving power, reactivity and movement quality in the advanced phases of rehabilitation.
Products suited for this field of application
Optogait provides immediate biofeedback on spatiotemporal parameters during
walking, running and jumps. GykoPro integrates feedback with information on trunk
compensations and movement dynamics. Together they enable active, continuous
and measurable motor learning.
OUR COMPOSITE SYSTEMS
Rehab Lab
The Microgate portable laboratory offers a comprehensive solution to evaluate and support rehabilitation pathways and adapted motor activity. It integrates GYKO Pro for strength, balance and mobility, Optogait for the analysis of walking, running and functional movements, and WITTy SEM for agility exercises and cognitive stimuli. It enables real-time monitoring and immediate feedback, helping physical therapists and providers identify compensations, asymmetries, and weaknesses, guiding movement reprogramming and planning personalized and safe training programs.
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Real-time movement control
Turn every exercise into immediate and measurable feedback.
With ProMove and Microgate systems, you can monitor motor and biomechanical parameters in real time, analyzing data, asymmetries, and progress in a simple and intuitive way.
Configure personalized sessions for training, functional recovery, and neuromotor rehabilitation directly from your smartphone or tablet.
