Customized neuro-rehabilitation using advanced therapies to restore movement, function, and confidence.
Speak to Rehab Specialist
Non-invasive electrical or magnetic stimulation enhances neural signaling, improves brain-to-body communication, and supports recovery of movement, balance, and coordination.
The formation of new neurons in the brain that supports learning, memory, and neural repair, helping improve cognitive function and brain adaptability.
Neuroplasticity is the brain’s ability to reorganize and form new neural connections after injury. Repetitive, task-oriented, and technology-assisted training activates these mechanisms to achieve sustained functional recovery.
Hover for more details
Hover for more details
Hover for more details
Hover for more details
Hover for more details
Hover for more details
Learn about the inspirational stories of people who have overcome neurological conditions, stroke, and paralysis with our cutting-edge neuro-rehabilitation therapies.
Siddiqui’s journey at Walk Again Advanced Neuro-Robotic Rehab in New Delhi is a testament to the transformative power of cutting-edge rehabilitation. After being diagnosed with an RT MCA Infarct, Siddiqui, a 54-year-old retired professional from Sudan, faced significant challenges in his daily life.
Bavon, a 54-year-old from Congo, faced a daunting challenge when he was diagnosed with transverse myelitis. In November 2023, he began his recovery journey at Walk Again Advanced Neuro-Robotic Rehab in New Delhi. Initially struggling with balance and basic activities, Bavon’s determination, coupled with the transformative power of advanced neuro-robotic rehabilitation, led to remarkable progress.
Sara, a 19-year-old from Mandla, faced immense challenges with neuromyelitis optica, a rare autoimmune disorder causing vision loss, weakness, and paralysis. With IBS Hospital’s expert physical therapy, she rebuilt her strength and regained independence. Today, Sara confidently performs tasks that once seemed impossible, living life on her terms.
Witness the transforming journey of Al Qarni's progress towards a brighter future. He was diagnosed with dementia. Hailing from Saudi Arabia, he found beacons of hope at Walk Again, where daily cognitive exercises and therapy sessions led to his transforming recovery. Walk Again Advanced Neuro-Robotic Rehab continues to instill hope in countless patients like Al Qarni each year.
Stroke affects over 15 million people globally each year, including 1.8 million annually in India, and is a leading cause of long-term disability. It occurs when blood supply to the brain is interrupted, causing neuronal damage that impacts movement, speech, and cognition.
Learn More
Spinal Cord Injuries (SCI) sever brain-body communication, leading to paralysis and loss of vital functions for over 15 million people worldwide, including 1.5 million in India. Traditional rehabilitation often falls short, particularly in chronic cases.
Learn More
Traumatic Brain Injury (TBI) affects over 50 million annually, including nearly 2 million in India (1M+ long-term disabled). Traditional rehab often falls short. Cyberdyne's robotic neurorehabilitation uses bio-electrical signals and brain-machine interfaces to accelerate neuroplasticity and neuroregeneration, addressing this critical need.
Learn More
Cerebral Palsy (CP) affects millions globally, with a significant prevalence in India, impacting an estimated 16.8 million individuals. Traditional therapies often fall short of truly rewiring neural pathways. Cyberdyne's innovative neuro-robotic systems, including wearable devices, are changing this.
Learn More
Multiple Sclerosis (MS) affects ~2.8 million globally (~180,000 in India), causing progressive CNS damage (motor weakness, spasticity, balance, sensory loss). Cyberdyne’s neuro-robotic platform, unlike conventional treatments, uses bio-electrical signals and a brain–machine interface to trigger neuroplasticity and neuroregeneration.
Learn More
Over 10 million globally, significantly in India, suffer from movement disorders (Parkinson's, dystonia, ataxia) impairing movement and coordination. Unlike conventional symptom management, Cyberdyne’s robotic brain–machine interfaces detect subtle bio-electrical signals of motor intent, facilitating assisted movement.
Learn More
Motor Neuron Disease (MND) affects over 350,000 people globally, with an estimated 30,000+ cases in India, leading to progressive muscle weakness and loss of motor control. Conventional therapy focuses primarily on symptom management with limited impact on disease progression.
Learn More
More than 300 million people globally suffer from speech and swallowing disorders (dysarthria and dysphagia) due to neurological conditions like stroke, ALS, cerebral palsy, and head injury. These disorders hinder communication and safe eating.
Learn More
Autism Spectrum Disorder (ASD) affects over 75 million people globally, including approximately 2.2 million in India, often leading to challenges in motor coordination, sensory processing, and communication. Traditional therapies typically rely on behavioral and occupational interventions, which may offer gradual improvement.
Learn More
Alzheimer’s disease is a progressive neurodegenerative disorder characterized by memory loss, cognitive decline, and impaired daily functioning. It affects over 55 million people worldwide, including nearly 4 million in India, and currently has no definitive cure.
Learn More
Chronic pain affects over 1.5 billion people globally, with an estimated 19–25% of the Indian population suffering from long-term pain conditions such as back pain, neuropathy, or musculoskeletal disorders. Conventional treatments like medications, physiotherapy, and injections often provide only temporary relief without addressing the root neurological dysfunction.
Learn More
Muscular Dystrophy affects over 250,000 people worldwide, with approximately 40,000–50,000 cases in India, leading to progressive muscle weakness, loss of mobility, and reduced independence due to genetic mutations. Conventional therapies like physiotherapy and supportive care aim to slow progression but offer limited muscle recovery.
Learn More
Interprets weak bio-electrical signals to assist voluntary gait and lower-limb movement, reinforcing correct motor patterns and neuroplastic adaptation.
A balance assessment and training platform providing real-time visual feedback to improve stability, posture, and cognitive-motor integration.
A task-oriented upper-limb system supporting reaching, grasping, and functional hand movements through repetitive assisted training.
An integrated assessment and therapy device targeting upper-limb function, trunk control, cognition, and gait with real-time performance tracking.
A comprehensive gait analysis and training environment enabling data-driven adjustments to walking and balance therapy.
Provides real-time muscle activation feedback using EMG signals to support strengthening, proprioception, and motor relearning.
A proprioceptive stimulation tool that supports early motor learning, balance training, and muscle tone regulation.
Electrical stimulation used in speech and swallowing rehabilitation to activate muscles involved in deglutition and coordination.
A robotic hand rehabilitation system designed to improve dexterity and fine motor control through repetitive movement training.
Non-invasive brain stimulation that modulates cortical excitability, supporting neuroplasticity and motor and cognitive recovery.
Neuromuscular electrical stimulation (NMES) for muscle strengthening, functional improvement, and pain modulation.
A trunk-focused training system that improves core stability, sitting balance, and postural control.
A non-invasive spinal stimulation technology designed to enhance brain–spinal cord communication and motor coordination.
