NEXA
NEXA
NEXA
NEXA
Innovation for Humanity
Preparing for a Reassuring Tomorrow
Invisible Challenges, Critical Details
For over million people living with epilepsy, life is unpredictable, but what if it didn’t have to be?
At Onsor, when examining one of the most significant neurological disorders that greatly impacts individuals’ lives, epilepsy stands out, especially for those who suffer from it due to genetic factors or those who acquire it for unknown reasons. One of the most prominent challenges faced by patients is their inability to predict their seizures in advance. Current tools are limited to detecting seizures only after they occur, leaving patients without the opportunity to take proactive measures in a timely manner. This issue is further complicated by the complex and not fully understood underlying causes of the disorder, making it difficult to predict seizure occurrences.
Epilepsy patients face unpredictable seizures that can lead to:
Physical & Psychological Stress
Social Isolation
Constant Fear of the next seizure
Injuries
As a result, patients experience constant uncertainty and anxiety, unable to manage their condition proactively, which significantly affects their quality of life. Despite advancements in medical research and technology, effective solutions that allow for seizure prediction and prevention are still not available. Therefore, there is an urgent need to develop innovative technologies capable of enhancing patients’ ability to predict seizures, thereby reducing risks and enabling them to engage in society without fear or a sense of helplessness.
At Onsor, when examining one of the most significant neurological disorders that greatly impacts individuals’ lives, epilepsy stands out, especially for those who suffer from it due to genetic factors or those who acquire it for unknown reasons. One of the most prominent challenges faced by patients is their inability to predict their seizures in advance. Current tools are limited to detecting seizures only after they occur, leaving patients without the opportunity to take proactive measures in a timely manner. This issue is further complicated by the complex and not fully understood underlying causes of the disorder, making it difficult to predict seizure occurrences.
Epilepsy patients face unpredictable seizures that can lead to:
Physical & Psychological Stress
Social Isolation
Constant Fear of the next seizure
Injuries
As a result, patients experience constant uncertainty and anxiety, unable to manage their condition proactively, which significantly affects their quality of life. Despite advancements in medical research and technology, effective solutions that allow for seizure prediction and prevention are still not available. Therefore, there is an urgent need to develop innovative technologies capable of enhancing patients’ ability to predict seizures, thereby reducing risks and enabling them to engage in society without fear or a sense of helplessness.
Epilepsy Patients in Numbers
in Oman
in GCC
in the World
cannot be controlled by drugs
NEXT GEN
Artificial Intelligence
Our Partners
NEXA Solution
An innovative wearable glass that utilizes neuromorphic computing to predict epileptic seizures. This innovation aims to create a non-invasive, user-friendly device that can improve the quality of life for individuals with epilepsy.
It is an integrated solution consists of a wearable glass with dry electrodes, advanced neuromorphic processing capabilities, and a user-friendly mobile app for real-time notifications. This system features a practical design that can be worn daily without drawing attention, while providing non-invasive brain activity monitoring through strategically placed sensors. It also offers the potential to expand applications in neurological monitoring and reduce healthcare costs through preventive measures.
Current solution results include:
- Only 4 dry electrodes in a wearable glass.
- Ability to predict seizures up to an hour in advance with up to 90% accuracy.
- Compliance with global EEG standards.
- Specialized analysis algorithms developed by the team.
NEXA Glasses
Sensors Chosen with Precision
Dry electrodes are used in techniques like EEG (electroencephalography) or EMG (electromyography), and they do not require gel or conductive paste to improve contact with the skin, making them more convenient and comfortable in medical applications.
The Mind, The Manager
The main PCB contains a control chip built with neuromorphic computing modeling technology, which mimics the way the brain processes neural signals. This enables it to predict potential seizures by continuously monitoring brain activity and studying its sudden changes.
NEXA App
Real-time seizure status
Seizures prediction feature
Alerting mobile app designed to support individuals with epilepsy. The app's main page provides several features to empower users with proactive health management:
Glass wearing guidance
Care-giving feature
Progress Path & Future Outlook
Phase 1.0
Research collaboration with Sultan Qaboos University (SQU) and Intel Neuromorphic Research Community (INRC).
Phase 2.0
Identification of potential applications for the technology and the discovery of "epilepsy prediction" as a primary application, marking the official start of the project.
Phase 3.5
Preparation of documentation for patent application.
Phase 3.0
Preliminary results from the research emerge.
Phase 4.5
Establishment of strategic partnerships.
Submission of the patent application and initiation of the patent examination process.
Phase 4.0
Development of the initial product and creation of an integrated solution.
Phase 5.5
Commencement of clinical trials.
Development of a supportive chip for neural computing technology.
Ongoing improvements and development.
Phase 5.0
Approval of the patent.
Publication of the scientific paper.
Phase 7.0
Final product launch.
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NEXA, preparing you for a reassuring tomorrow.