Editorial view of the Prognosole insole prototype on a timber workbench

PROGNOSOLE

Gait, in everyday life.

Explore the prototype

Sensing insole
In development

Scroll to discover

THE IDEA / PROGNOSOLE

Every step
has a story.

Walking is part of everyday life. Understanding it shouldn’t have to stop at the clinic door.

We’re developing a sensing insole to explore the rhythm of movement — and what changes from one step to the next.

A look inside
Heel and forefoot sensors, motion sensor and wiring inside an early black insole
01 / INSIDE THE PROTOTYPEDevelopment study

01 / SENSING THE STEP

A little closer
to movement.

Heel and forefoot sensors register contact. A motion sensor follows the foot. Together, they help us explore the timing of a step.

Contact

When the foot meets the ground.

Movement

How the foot moves through a stride.

Rhythm

The timing of stance, swing and the next step.

A working prototype with wireless recording. Measurement validation is ongoing.

Mechanical foot test rig on an engineering workshop bench

02 / EXPLORING ENERGY

A step towards
self-powered.

FROM THE WORKBENCH / 2026

Movement creates possibility.

Alongside sensing, we’re experimenting with harvesting energy from a footstep. Small bench tests are helping us understand what could power the next version.

Energy harvesting is experimental. Continuous self-powered operation has not yet been demonstrated.

03 / FINDING THE FIT

Made around
the foot.

Good sensing is only part of the picture. We’re testing flexible materials, adjusting the shape and making room for the electronics — one iteration at a time.

Hands comparing a printed insole housing with the underside of a shoe
Shape, fit, repeat.Housing study
Black 3D printed insole housing with a slotted forefoot on a wooden surface
A form in progress.Printed prototype
OFF THE BENCH. ON OUR FEET.Walking session

THE WORK BEHIND THE IDEA

Measure.
Learn. Refine.

We’ve begun comparing the prototype with reference gait equipment. These early sessions help us see what’s working — and where the measurements need more work.

A team member fitting wearable reference equipment before a walking session
A closer look, with a reference to compare.

Next: repeatable measurements, more walking conditions, and a thinner, more wearable design.

OUR STORY / MONASH, AUSTRALIA

Built by hand.
Driven by curiosity.

Four engineers. A shared interest in movement. What began as a university project is becoming a conversation about how gait sensing could fit into everyday care.

An early shoe-based prototype with a tan insole and exposed electronics
01 The first steps.
A team member bending a shoe and prototype insole to explore flexibility
02 Learning through making.
An instrumented black insole alongside earlier tan housings on the workbench
03 Always another iteration.

Aaron Zachariah

Electronics & firmware

Omila Herath

Data & modelling

Nishal Joseph

Energy & electrical

Timothy Tran

Mechanical design

FOR CLINICIANS / AN OPEN CONVERSATION

THE NEXT CHAPTER

What would you
want to understand?

We’re listening to podiatrists, clinicians and gait researchers. Which measurements would be useful? When would they change a decision?

Your experience can help shape the next version.

Let’s talk
MeasurementUsabilityClinical value

The path we’re exploring, together.

A FEW THINGS TO KNOW

Can I use Prognosole in my clinic?

Prognosole is a research prototype, not yet available for clinical use or purchase. We’re inviting conversations about clinical needs and useful gait measurements.

Who are you building this for?

We’re exploring the needs of podiatrists, other clinicians and gait researchers. The first use case is still taking shape.

Does it diagnose a condition?

No. Our work focuses on developing and evaluating gait measurements. Disease detection and clinical benefit have not been established.

SOMETHING TO SHARE?

Let’s take
the next step.

↗

YOUR INFORMATION

A simple conversation.

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