Movement is more than step count and stride info. SelnerTX is built to capture the mechanics underneath: form, alignment, and compensation, from a sensing platform no other wearable has.
Biomechanics is a mature science inside the lab. The breakthrough isn't new physics. It's a patented new way to measure it in the real world.
The timing architecture of gait: the rhythm of how the body moves.
Cadence · stride & stance time · swing phases · double support
Angular motion and range through the gait cycle: the shape of movement.
Foot mechanics · range of motion & utilization · angular velocity
Left-right balance across every dimension, where compensation reveals itself.
Gait symmetry · stride & timing symmetry · excursion balance
Impact and stability behavior inferred from movement dynamics, reported as proxies and honestly labeled.
Heel-strike impact · explosiveness · stability signals
Every other movement tool stops at insight. SelnerTX closes the loop: the same device that measures is also an adjustable orthotic, with 19 settings of adjustability to tune alignment to the individual.
Set the alignment, capture the movement, compare the response. Correction you can see working, verified in the data.
The human body moves as one connected system. Every joint, muscle, and tendon works in a predictable chain of events.
What misalignment costs
SelnerTX supports a more neutral foundation, so the chain can realign, and correction can be verified in the data.
Radiographic comparison shown for illustration of alignment concepts.
A different measurement only matters if it's a trustworthy one. Every SelnerTX output follows a validation-first pipeline.
Motion capture, force plates, and pressure mapping define biomechanical truth in partnered research labs.
Each sensor layer is trained on reference data and blind-tested on held-out sets, never tuned on its own test data. Every metric carries its own accuracy threshold.
Validated mappings let SelnerTX estimate biomechanical outputs from in-shoe sensing alone.
Every output ships with confidence scoring and known limits, so clinicians and users always know how much weight the data can carry.
We work with universities, biomechanics labs, and clinical researchers building the evidence base for movement intelligence.
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