AI tool helps paralysed patients communicate through blinks and focus; hospital to trial device

Empowering Communication for the Paralysed: A Revolutionary AI Device

AI tool helps paralysed patients communicate through blinks and focus; hospital to trial device

Communication is a fundamental aspect of human interaction, yet for those with severe movement and speech impairments, expressing their thoughts and needs can be challenging. A groundbreaking artificial intelligence device developed by a local start-up is set to change that. This innovative technology enables paralysed patients to communicate effectively using just their eye blinks and focused thoughts.

Innovative Technology in Action

Tan Tock Seng Hospital (TTSH) will soon initiate trials of this neural-detection device, which is designed for individuals who struggle to speak, write, type, or maintain eye contact. The brain-computer interface (BCI) allows these patients to communicate by detecting eye blinks and brainwaves through electrodes positioned strategically behind their ears and above one eye.

This setup enables users to navigate a menu of tasks they wish to engage in or request support from caregivers. These tasks can be tailored to the individual, including simple actions like requesting food, watching television, or even controlling smart home devices.

Affordable and Accessible

Developed by Neural Drive, a start-up co-founded by recent graduates and students from Singapore Polytechnic, this device aims to provide an affordable alternative to existing communication tools that can cost upwards of $25,000. The device will be priced at $2,500 for hospitals, making it more accessible for healthcare providers.

The upcoming 18-month clinical trial will involve approximately 30 patients from TTSH, including stroke survivors, individuals with motor neuron disease, and those with cerebral palsy. The goal is to create a tool that feels as natural to use as wearing a headset, according to 22-year-old co-founder Khambhati Mohammed Huzefa.

User-Friendly Design

The device operates by allowing users to blink twice to scroll through options and focus on a choice for a few seconds to select it. This intuitive interaction connects seamlessly with laptops and tablets, making it user-friendly for both patients and caregivers.

Neural Drive’s solution stands out in a landscape where advanced assistive technologies, such as eye-gaze systems, can be prohibitively expensive and often require patients to maintain visual focus, which may not be feasible for everyone.

Bridging the Communication Gap

The concept for Neural Drive originated when Huzefa, during his time as a medic in the Singapore Civil Defence Force, encountered numerous stroke patients facing significant communication barriers. He observed the distress of family members and healthcare professionals who struggled to understand the patients’ needs while they remained aware of their surroundings.

Huzefa, along with his co-founders, combined their expertise in AI and engineering with knowledge of neuroscience to create this compact device. While it does not perform full diagnostics like more expensive systems, it focuses on providing reliable communication for users in their everyday lives.

Positive Impact on Users

Feedback from initial trials has revealed the profound impact Neural Drive can have on users. One participant, Mr. Nick Tyi Ki Kyaw, shared how his uncle, who suffered a stroke and was left partially paralysed, faced immense difficulties in communication. The introduction of Neural Drive alleviated the stress of interpreting his uncle’s needs, significantly improving their quality of interaction.

The device’s affordability and compact design make it appealing compared to other communication devices on the market.

Future Aspirations

Once approved for hospital use, Neural Drive plans to release a more affordable version of the device for direct consumer purchase. The team is also in discussions with local organizations to donate sets to individuals in need, aiming to make this transformative technology accessible to all.

At its core, Neural Drive is about restoring dignity to those with communication impairments. Huzefa emphasizes that the technology exists; it simply needs to be made accessible.

Conclusion

Neural Drive is pioneering a new frontier in assistive technology, empowering paralysed patients to communicate with ease and independence. As the device undergoes trials and gains traction, it holds the potential to redefine how patients connect with their caregivers and loved ones, ultimately enhancing their quality of life.

  • Key Takeaways:
    • The AI communication device uses eye blinks and brainwaves for interaction.
    • Neural Drive aims to provide an affordable alternative to existing communication tools.
    • The clinical trial will involve 30 patients and focuses on improving communication and independence.
    • Initial feedback highlights the device’s positive impact on users and their families.
    • Future plans include consumer sales and donations to broaden access.

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