Neuromodulation Driven by Cyberdyne to Support Speech and Swallowing Recovery

A number of different neurologic disorders can cause changes in voice and/or swallowing function.More than 400,000–800,000 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.

While traditional therapies are slow, Cyberdyne's advanced rehabilitation programs use neuromodulation, robotic assistance, and electrical stimulation to accelerate recovery by stimulating neuroplasticity and neuroregeneration. This approach improves speech and swallowing more effectively than conventional therapy.

Impact of Speech & Swallowing Disorders

Speech and Swallowing Disorders results in numerous challenges that impact life very badly by hindering effective swallowing and communication. Degenerative illnesses, brain traumas, and neurological events like strokes can cause these conditions. Social engagement and dietary intake may be impacted by issues with articulation, voice, fluency, and the physical swallowing process.

Technologies Used for Speech & Swallowing Disorders

Where Technology Meets Neuroscience
in Speech & Swallowing Disorders Rehabilitation

Conventional Neurorehab

  • Traditional, therapy-based approach
  • Focus: Reactive through manual repetition
  • Limited activation of brain pathways
  • Gains often plateau after initial progress

Walk Again Neurorehab

  • Tech-driven, neuro-targeted interventions
  • Reactivate & strengthen damaged neural circuits
  • Uses Robotics, Brain-Machine Interface & FES
  • Promotes continuous improvement with measurable outcomnes

Journey of Speech & Swallowing Disorders Rehabilitation at Walk Again

  • Step 1 Initial

    VitalStim stimulates and firms up oral and throat muscles with the addition of EMG biofeedback to track progress.

    Therapist-supervised exercises assist in restoring basic control of speech and swallowing functions.

  • Step 2 Advanced

    Therapy moves on to incorporate biofeedback, rTMS, and BCI-assisted speech training.

    This aids in the re-establishment of neural pathways, refining muscle coordination, and articulation.

  • Step 3 Maintenance

    Tailor-made home exercise regimens and regular clinical sessions maintain progress, avert relapse, and enable long-term independence.

Recovery is driven by the brain's ability to reorganize and rebuild itself through two complementary processes:

Patient Success Stories of Real
Results & Recovery

“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. ”

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“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.”

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“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. ”

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“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. ”

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Your Recovery Partner

Walk Again combines cutting-edge neuroscience, FDA-cleared rehabilitation technologies, and personalized care plans led by neurologists, therapists, and researchers. We don’t just help you recover—we help you retrain your brain.

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F.A.Q

Frequently
Asked Questions

Walk Again is growing its reach throughout Southeast Asia, bringing advanced neuro-recovery services to more patients. Also opened in Oman.

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Q1: Following rehabilitation, would I be able to talk and swallow normally again?

A: Restoring as much speech and swallowing function as possible is the aim of rehabilitation. How well you respond to therapy, the underlying reason, and the severity of your disorder all affect how much you recover. Advanced methods including rTMS, BCI, and VitalStim can significantly improve muscular strength and coordination.

Q2: What is the minimum duration of therapy to observe improvements?

A: Recovery varies from person to person.. Some may require months of therapy, while others might see improvement in just a few weeks. With two to three sessions each week, significant improvements can be observed after 24 sessions.

Q3: Can I prevent a deterioration of my condition via rehabilitation?

A: Rehabilitation can reduce the advancement of progressive diseases like Parkinson's or ALS, improve function, and improve quality of life by retaining muscular strength and coordination. However, it cannot stop the disease from progressing.

Q4: Can I resume my regular eating and drinking practices?

A: VitalStim muscle stimulation and tailored swallowing treatment help many people regain the ability to eat and drink more easily. The goal of therapy is to improve safety and independence by strengthening the muscles involved in swallowing and lowering the risk of choking.

Q5: Is neurorehabilitation safe for recovering speech and swallowing?

A: It has been clinically demonstrated that non-invasive methods such as Brain-Computer Interface (BCI), rTMS, and Functional Electrical Stimulation (FES) are safe and successful in regaining speech and swallowing abilities. These cutting-edge treatments offer focused stimulation for the best possible healing.

The Outcome: What You Can Expect

With consistent sessions (45 minutes, 2–3 times per week), most patients experience