Sole 1 provides a wearable sock that integrates pressure and motion sensors with soft‑robotic actuation to deliver real‑time adaptive foot support. An on‑device AI processor analyzes gait data locally and adjusts compression zones via BLE‑connected mobile app, offering up to 12 hours of operation for athletes and active consumers. The device is sold directly for $299 with optional subscription tiers for advanced analytics and extended warranty services.
Funding
Funding not disclosed
Founders
Product
Problem
Consumers and athletes often experience foot fatigue, discomfort, or suboptimal gait mechanics because conventional socks lack active support and cannot adapt to changing movement patterns throughout the day. This limits performance, increases injury risk, and reduces overall mobility for everyday activities.
Solution
Sole 1 delivers a wearable that integrates embedded pressure and motion sensors with soft‑robotic actuation to continuously monitor and adjust foot support in real time. An on‑device AI engine processes gait data at the edge, modulating tension zones to match the wearer’s stride, terrain, and activity intensity while maintaining a low‑profile, breathable form factor. The system operates wirelessly, syncing with a companion mobile app for personalized analytics, firmware updates, and battery management. By providing dynamic, data‑driven compression, the socks preserve natural biomechanics and extend comfortable wear time without manual intervention. The product is offered through a pre‑order waitlist, allowing early adopters to receive the device directly upon launch.
Target Audience
The primary customers are tech‑savvy consumers, recreational athletes, and fitness enthusiasts seeking enhanced foot support, as well as physiotherapy clinics that monitor gait and prescribe adaptive wearables.
Features
- Integrated multi‑axis pressure and inertial measurement sensors for continuous gait detection and load mapping
- Soft‑robotic actuation zones that adjust compression levels in milliseconds based on AI‑derived gait phase analysis
- Edge‑compute AI processor that runs proprietary adaptive algorithms locally, ensuring low latency and offline operation
- Wireless BLE connectivity to a mobile app for real‑time performance dashboards, usage insights, and OTA firmware updates
- Lightweight, moisture‑wicking textile construction with modular battery pack delivering up to 12 hours of continuous operation
- Secure data encryption and GDPR‑compliant storage of biometric metrics for privacy‑preserving analytics
- Open API for integration with health platforms and sports performance software