Orígenes develops a wearable, AI-driven assistive device for people with Sensory Processing Disorder (SPD) that adapts to each user's unique neurological patterns. The discreet device combines electrophysiological sensors with adaptive machine learning to detect sensory stress in real time and deliver personalized interventions that help prevent meltdowns and crises. Its platform is designed for collaborative use by individuals, families, and healthcare providers, with potential to extend to conditions like ADHD and epilepsy.
Funding
Funding not disclosed
Founders
Product
Problem
Sensory Processing Disorder (SPD) affects over 200 million people in the developed world, making everyday social interactions and normal daily activities challenging due to sensory overload. Current solutions are inadequate and often isolate individuals further from society, failing to prevent crises or provide personalized real-time support.
Solution
Orígenes offers a wearable, discreet device that integrates seamlessly into daily life to help people with SPD manage sensory stress and prevent crisis situations. The device uses advanced AI and electrophysiological sensors to learn and adapt to each individual's unique sensory needs, providing personalized assistance that improves quality of life. The solution is designed for use by individuals, families, and healthcare providers, supporting collaborative care and extending beyond SPD to other neurological conditions including ADHD and epilepsy.
Target Audience
Primary customers are individuals living with Sensory Processing Disorder, their families and caregivers, and healthcare providers who treat or support people with neurodivergent conditions.
Features
- Discreet wearable device that integrates into daily routines without drawing attention or disrupting activities
- Electrophysiological sensors that continuously monitor physiological signals related to sensory stress and overload
- Adaptive machine learning algorithms that personalize support based on each user's unique sensory profile and responses over time
- Real-time intervention capabilities designed to reduce sensory stress and help prevent crisis situations before they escalate
- Designed for multi-stakeholder use supporting caregiver and provider collaboration in monitoring and care delivery
- Platform architecture built to extend to other neurological conditions, including ADHD and epilepsy, for broader neurodivergent care applications