Brain-Driven Rehabilitation

Revolutionary EEG Technology for Faster Recovery

Training Body and Brain Together

Wearable Sensors

Headband

Application

Mask-Group-01

Brain-driven rehabilitation

ParaNeuroDynamics revolutionizes rehabilitation with brain-controlled technology. We help elderlies, those recovering from injuries, and stroke patients heal faster by combining EEG brain monitoring with movement sensors. Our system guides both mental practice and physical exercises in real-time, ensuring safer recovery with measurable results.

Why Choose ParaNeuroDynamics?

training

Personalized Programs

Every exercise plan adapts to your specific condition, abilities, and recovery pace.

workout

Safer Training

Real-time feedback prevents inaccurate movements that could cause re-injury or slow your progress.

feedback

Real-Time Guidance

Know exactly if you're doing exercises accurately with instant visual and audio feedback.

recovery

Faster Recovery

Get back to routine life faster with brain-guided exercises that accelerate healing and strengthen neural pathways.

analysis

Proven Results

Track your improvement with measurable data showing brain activity, movement accuracy, and progress over time.

24-hours-support

24/7 Home Support

Practice safely at home with the same precision guidance you'd get from a therapist.

FAQs

Guided motor imagery training involves mentally rehearsing movements while our EEG headband monitors brain activity. This activates neural pathways without physical strain, helping rebuild brain-muscle connections damaged by stroke. Research shows this mental practice accelerates actual movement recovery.

Yes, it’s designed for comfort during extended therapy sessions and is entirely safe for repeated daily use.

Absolutely. Guided motor imagery component allows patients to begin neural rehabilitation even when physical movement is severely limited. As capabilities improve, the system gradually transitions to a combined mental and physical training approach.

Our wearable sensors use medical-grade IMUs, accelerometers, and gyroscopes to track joint angles and body position with sub-degree accuracy. This precision ensures reliable detection of movement errors and proper form validation.

The system is effective for post-surgical rehabilitation, injury recovery, balance training for seniors, stroke recovery, and any condition requiring precise movement retraining with neural pathway strengthening.

FAQ