Soliton Corp's GAIA translates the biomechanics of human motion into continuous clinical intelligence — six sensors, one platform, lab-grade accuracy under $150 BOM.
A shoe-mounted six-sensor array capturing the full biomechanical signature of human motion — continuously, passively, at a hardware cost under $150.
GAIA transmits 10-field CSV packets at 0.8 Hz via Nordic UART BLE — capturing heel strike, toe-off, and swing phases throughout natural daily activity. No lab visit required.
LSM6DSO at ±2g / ±250 dps fused with Spectra flex sensors and Interlink FSRs. Bare metal C firmware on ATmega328PB ensures deterministic, synchronized sampling across all six channels.
The Flutter mobile app parses GAIA's stream into gait cycle segmentation, real-time charts, and exportable CSV — data shaped for clinical decision-making, not raw sensor inspection.
From chronic neurological monitoring to post-surgical recovery, Soliton Corp closes the data gap between clinic visits.
Gait freezing detection, shuffle pattern analysis, and medication response tracking — continuously, between appointments. Quantify what the clinical eye cannot consistently see.
Asymmetry monitoring across thousands of daily steps. Recovery trajectory data drives objective discharge readiness decisions — grounded in data, not clinical intuition alone.
Weight-bearing compliance, load distribution, and return-to-activity clearance grounded in real biomechanical evidence — not patient self-report or weekly clinic check-ins.
Predictive instability markers, balance degradation trends, and proactive intervention triggers — identified before the fall occurs, not documented after the injury.
"Gait patterns encode more diagnostic information than most clinicians currently measure — and until now, there was no way to capture them continuously."
The global gait analysis market is expanding at 18.2% CAGR, driven by aging populations, neurological disease prevalence, and the shift to remote patient monitoring. North America alone represents 40% of current demand.
CPT codes 99453–99458 for remote physiological monitoring created a billing structure for continuous biomechanical data that didn't exist three years ago. Payers are now actively incentivizing the outcome-based care GAIA enables.
GAITRite (K033208), Zeno Walkway (K082010), and APDM Opal (K163627) establish substantial equivalence precedent under product code PBR. Our regulatory timeline is defined, not exploratory.
The LSM6DSO IMU costs $12 at volume. Flex sensors and FSRs are commodity components. GAIA's full BOM is $125.84 — what once required a $50K lab installation now ships in a shoe-mounted module.
Every component chosen for accuracy, reliability, and clinical-grade data integrity — then validated under real-world conditions.
MSE/EE candidates building at the intersection of biomedical sensing, firmware engineering, and clinical software.
We're seeking clinical partners and investors who understand the scale of this opportunity.
We're seeking physical therapy clinics, neurology practices, and rehabilitation centers for paid pilot programs. Bring lab-grade gait analysis to your patients for a fraction of current costs.
Apply for a PilotSoliton Corp is raising a pre-seed round. We have a working prototype, secured IP via NOCs, and an identified FDA 510(k) pathway. The timing is right. The team is ready.
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