The science behind the stride. Our research teams advance the biomechanics, neural interfaces, materials, and measurement methods that make the next generation of Unijambiste prosthetics possible.
Research programs spanning hardware, software, and the people who use it.
Motion-capture and force-plate studies that model natural gait and translate it into adaptive control.
Decoding residual-limb signals so intent translates into movement with ever-lower latency.
Carbon composites and aerospace alloys tuned for the strength-to-weight ratio of a real limb.
On-device models that learn each wearer's stride from streamed sensor data over thousands of steps.
Longitudinal trials with prosthetists and wearers to measure comfort, confidence, and real outcomes.
Controlled test endpoints and reproducible protocols for transport, telemetry, and network behaviour.
Reliable research needs reproducible measurement. Our test endpoints are built for repeatable runs — controlled caching, modern transport protocols, and instrumentation that captures exactly what happened on the wire.
Working drafts from the lab. Content is intentionally non-cacheable for live measurement.
Comparing handshake latency and head-of-line behaviour across transport stacks on constrained links.
Quantifying push-off efficiency across actuator configurations using instrumented gait trials.
Probe strategies and observed black-holing when carrying telemetry over UDP transports.
Working on biomechanics, neural interfaces, or measurement methods? We partner with clinicians, universities, and engineers advancing mobility science.
Contact Us — hello@unijambiste.ca