Lower Leg
Smart Sleeve
AI-Enhanced Neuromuscular Recovery Technology — assisting gait, stability, and foot-drop correction through the calf and shin.
Foot raise → Dorsiflexion · Plantarflexion ← lower
Engineered for the lower limb
A conformable compression sleeve worn from below the knee to the ankle. Sensing and stimulation are woven directly into the fabric, with the AI control module mounted flush at the top — clinic-grade rehabilitation in a wearable a patient can put on at home.
- Gastrocnemius & tibialis anterior targeting
- Motor-point EMS stimulation
- Secure graduated compression fit
- Integrated sensing + stimulation layers
Inside the lower leg sleeve
A cross-section of the sleeve over the calf and shin — showing how the six-layer stack places sensing and stimulation precisely over the muscles that drive the foot.
- 01
Gastrocnemius & Tibialis Targeting
Electrodes address the calf and anterior shin muscles that drive plantarflexion and dorsiflexion — the foundation of balanced, stable stepping.
- 02
Motor-Point Stimulation
Stimulation is delivered at each muscle's motor point for efficient, comfortable recruitment at lower current.
- 03
Secure Compression Fit
A graduated compression structure keeps electrodes in consistent skin contact through dynamic, weight-bearing movement.
- 04
Integrated Sensing + Stimulation Layers
sEMG sensing and EMS stimulation are woven into a single conformable stack, closing the loop between intent and assistance for gait and foot-drop support.
The foot, raised and lowered
Watch the lower leg in motion — the sleeve assisting dorsiflexion as the foot raises and controlled plantarflexion as it lowers, the core cycle behind a stable, confident stride.
Where the lower leg sleeve helps
Designed to support functional recovery across the neurological and musculoskeletal conditions that disrupt gait and lower-limb control.
Stroke & Foot Drop
Times stimulation to the gait cycle to lift the foot during swing, supporting clearance and a safer, more symmetric stride.
Traumatic Brain Injury
Adaptive feedback helps retrain coordinated calf and shin activation as motor control recovers.
Parkinson's
Continuous sEMG monitoring informs stimulation that supports smoother stepping and counters lower-limb rigidity.
Spinal Cord Injury
Delivers targeted stimulation to preserve calf and shin muscle integrity and assist functional movement.
Post-Operative Gait
Accelerates guided strengthening and gait re-training after lower-limb orthopedic or neurological surgery.
The intelligence inside the sleeve
The Lower Leg sleeve runs on the shared PREMS.AI platform — engineered for real-time, adaptive, clinically grounded rehabilitation.
<10ms Latency
Sense-to-stimulate response inside the natural interpulse window of motor recruitment.
Edge AI
On-device inference interprets muscle intent locally — no cloud round-trip required.
Cloud Monitoring
Secure session streaming gives clinicians remote oversight of progress and adherence.
FDA Predicate Advantage
Built on an established 510(k) predicate — modernization, not reinvention.
Home Use
Clinic-grade therapy delivered safely and comfortably in the home environment.
Adaptive Control
Stimulation continuously self-tunes to the patient's effort, fatigue, and recovery state.
The PREMS.AI platform builds on an established FDA 510(k) regulatory predicate — a modernization of cleared neuromuscular stimulation technology rather than a reinvention, compressing the path to market.
Discuss the PathwayCaution: Investigational device. Limited by Federal (or United States) law to investigational use. Not cleared for commercial distribution.
Bring gait rehabilitation home
Partner with PREMS.AI to evaluate the Lower Leg Smart Sleeve for your clinical program, research, or investment portfolio.