Future Technology
Our invention, the Smart Sock, is a knee-high sock that helps detect problems with the way a person walks. When someone wears it, the sock analyzes their gait, finds any problems, and corrects them. It helps improve balance and reduce falls. The information collected by the Smart Sock can help medical professionals identify conditions that affect walking, including neurologic diseases, sports injuries, etc.
Nanosensors
Uses embedded nanosensors—tracking motion, stride, force, and pressure—to gather detailed gait data.
Gait‑phase algorithms track each step and trigger the sock automatically when they detect muscle weakness.
That data is sent to a central processor, analyzed by AI, and reviewed by clinicians to guide personalized therapy and improve walking stability while reducing fall risk
Self-Inflating Sole Pads
Self‑inflating sole pads that correct gait issues, support sports‑injury recovery, and prevent diabetic foot sores by evenly distributing pressure.
EMS
Built‑in electric muscle stimulation (EMS) to activate weakened or injured muscles, improving mobility through targeted, real‑time muscle contractions.
Smart Fabric
Motion‑responsive smart fabric with shape‑memory polymers that tighten and loosen during each step, creating a natural feel while improving stability and reducing fall risk.
Connectivity
Provides real‑time feedback through a Bluetooth‑connected app that shows progress, flags gait issues early, and sends fall alerts to family members.
Charging
Charges through resonant magnetic wireless power transfer, sending energy from a transmitter to the sock. The technology is still emerging but is expected to be viable within 10–15 years.