Adaptive Robotic Intelligence for Aging
Open-source AI companions for individuals with Parkinson's disease. Research-backed. Buildable for under $500. Because dignity shouldn't have a price barrier.
Six form factors designed for different needs—all sharing a common AI backbone and open-source design.
From left: Bloom (tabletop), Guide (walker), Orb (ambient), Rover (mobile), Frame (portrait), Wrist+Base (wearable)
Each variant addresses specific needs. All can be built with common tools and components.
Flower-shaped tabletop companion. Ideal for conversation, medication reminders, and daily companionship.
Walker-integrated mobility assistant. Provides laser gait cueing and rhythmic audio to break freezing episodes.
Digital portrait companion. Shows family photos when idle, animated avatar during conversation.
Mobile companion robot. Follows users room-to-room, can fetch small objects with magnetic gripper.
Disease-modifying technology designed to actively slow, halt, or reverse Parkinson's progression. Based on cutting-edge neuroscience research.
40Hz gamma entrainment system. Synchronized light, sound, and vibration that transforms microglia into cleaners of toxic alpha-synuclein.
NIR photobiomodulation helmet. 810nm infrared light rescues dying mitochondria, boosting cellular ATP production by 50-70%.
Smart forced-exercise controller. Guides pedaling at 80-90 RPM for 35% motor improvement matching levodopa.
Musculoskeletal diagnostic & therapeutic platform. Combines ultrasound imaging, 4-channel EMG, PEMF therapy, NIR photobiomodulation, and sensor-guided rehab for rotator cuff injury diagnosis and repair.
See how ARIA's intervention system works in real-world scenarios.
Laser line cueing with rhythmic audio to restore gait initiation.
Gentle reminders and conversational companionship.
Disease-modifying devices
Shoulder diagnosis & repair
Cure & reversal research
AI-driven cancer cure exploration
Scientific documentation
Complete parts list
Satellite connectivity
Research & business case
Build an ARIA for someone you love. Contribute to the research. Help us democratize assistive technology.