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3-2-1 Cerebral Palsy
3 health tech startups, 2 actionable insights, and 1 key resource at the intersection of medicine and emerging tech.
Priyanka Vaidya
August 11, 2025 • Estimated Reading Time: 5 minutes
🌟 Weekly Note
An additional resource this week is the beautiful, heart-wrenching movie ‘Out of My Mind’ about a sixth-grader with Cerebral Palsy (CP) trying to navigate school and life with assistive technology.
🗓️ Let’s chat about your health tech journey!
Cerebral palsy (CP) is a group of neurological disorders that appear in infancy or early childhood and permanently affect body movement, posture, and muscle coordination. The condition results from abnormal development or damage to the developing brain, most often before birth. Symptoms range from mild to severe, and may include stiff or floppy muscles, difficulties with balance and coordination, and, in some cases, challenges with speech or intellectual disabilities. CP is not progressive, meaning it does not worsen over time, but symptoms can evolve as the child grows. Support from healthcare providers, rehabilitation, and appropriate social resources remains crucial for optimizing long-term health and independence in people with CP. Most people with cerebral palsy live into adulthood, and many have near-normal life expectancy, but long-term outcomes depend on the severity of symptoms and coexisting disabilities
Globally, cerebral palsy is the most common lifelong physical disability, affecting an estimated 18 million people of all ages. In high-income countries, about 1.6 in every 1,000 live births result in CP, while the rates can be even higher in regions with less access to quality prenatal and newborn medical care.
🦄 3 startups making an impact in this space:
Location | Poland | Israel/US/AU | US |
Modality | Diagnosis | Speech support | Gait support |
Descriptor | Utilizing Artificial Intelligence [AI] for the Early Diagnosis of Cerebral Palsy in Infants. | Voiceitt has developed speech recognition for non-standard speech: opening the world of voice technology for people with speech disabilities, aging adults, and accented speakers. | The Biomotum SPARK is designed to maximize mobility function, empowering individuals to live healthy and productive lives. |
Core Problem | Early diagnosis is key to improved quality of life by introducing therapeutic interventions. Oftentimes, it takes weeks or months for babies to be officially diagnosed with CP. | People with CP suffer from speech impairment, and many patients struggle to communicate. | People with CP suffer from movement impairment due to poor muscle tone. |
Solution | Our solution enables early detection, leading to faster intervention and better therapeutic outcomes by combining medical expertise with advanced AI technology. | Voiceitt is an accessible and inclusive Voice AI solution. It is an Augmentative Alternative Communication(AAC) tool for communicating with others and an Assistive Technology(AT) tool for dictation and more. | The Biomotum Spark is a Powered Exoskeleton intended for use in rehabilitation and for personal/everyday use by individuals with gait impairments caused by neurological or orthopedic conditions. |
Product suite | Kinetic Cortex App The app recommends capturing a video of the child’s movements. The advanced AI algorithm analyzes the video to provide insights into the child’s neurological development. | Voiceitt for Chrome is a ground-breaking Chrome extension and the first accessible speech-to-text input. Voiceitt API is a seamless, customizable API integration. Voiceitt App is a stand-alone web application that has speak, dictate, and integration modes. | Ankle Actuator The ankle assembly is instrumented with torque and angle sensing for control and monitoring. Waist Pack The waist pack is home to the brain, battery, and motors of the exoskeleton. Control Interface The dedicated Biomotum app is the complete tool to control the device, set up user profiles, monitor and encourage user engagement, and track all usage. |
Regulatory Status | N/A | N/A | Investigational use |
Funding Stage | N/A | Series A | Seed |
Team | Health tech innovators. | Management team with experience in healthcare technology. | A team of product innovators, entrepreneurs, and healthcare veterans. |
Traction | Early traction. | Promising early traction internationally. | Early traction. |
🚀 2 actionable insights to inspire your strategy:
Robotics | Wearable Tech/BCI |
|---|---|
Robotics is increasingly being used in cerebral palsy (CP) therapy to improve motor function, mobility, and independence, particularly in children. Robotic devices, such as exoskeletons and end-effector systems, assist in delivering high-intensity, repetitive, and personalized rehabilitation, targeting both upper and lower limb function. Exoskeletons designed for crouch gait, a common walking difficulty in CP, can specifically target muscle strengthening and coordination, sometimes with unique force application strategies. | Wearables are evolving beyond health tracking to include medical-grade monitoring and BCIs (Brain Computer Interface), which can help control devices or support rehabilitation in those with severe mobility limitations. There is emerging evidence on BCIs for children with severe motor impairments from CP, focusing on communication aids and mobility. Pediatric BCIs utilize EEG-based methods and aim to develop customizable, engaging technologies, including controlling toys or computers by interpreting brain signals. Challenges include physical and cognitive limitations affecting control accuracy, but low-cost commercial EEG devices show promise in pediatric usability. |
🌟 1 interesting resource:
Take a listen to this episode, which is a helpful guide for parents newly navigating a cerebral palsy diagnosis.
Till next time,