Medical wearable development

It has to work. It can still be beautiful.

Sensing, electronics and embedded systems with the comfort and form people will want to wear.

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A medical wearable device worn on a person's body

Active since 2014

Twelve years, 12 published patents

Design recognition

Red Dot and iF Design

One connected team

~40 engineers, designers and scientists

Why body-worn products are different

The body changes the brief.

A wearable asks more than whether the electronics work. Fit, form and routine shape the experience after it leaves the bench.

Signal + fit

Placement, movement and contact affect the signal a device can capture.

Power + form

Battery and charging choices affect size, weight and how a device is worn.

Function + daily use

Comfort, interaction and appearance matter beyond the first demonstration.

Selected work

Protection, sensing and everyday wear.

Explore all work →
The EIN wrist-worn cardiovascular sensing device

Featured — EIN

EIN

Wrist-based cardiovascular sensing

What had to work

A usable signal on a moving wrist — contact, motion and power in one wearable.

Avantari owned

Industrial design, electronics and embedded systems.

Project outcome

Bench-to-wearable sensing, not a module on a strap.

View project →

Qualcomm Design in India Challenge.

The HIPPOS sensing-enabled knee airbag worn on a leg
HIPPOS

Sensing-enabled knee airbag

What had to work

Protection electronics that disappear into something people already wear.

Avantari owned

Product strategy, industrial design and engineering.

Project outcome

A wearable system, not a device bolted onto a brace.

View project →

First wearable system in five months.

The Dhyana 2 sensing ring
DHYANA 2

A ring built around on-body sensing

What had to work

Stable contact, all-day power and a form people forget they are wearing.

Avantari owned

Industrial design, electronics and sensor development.

Project outcome

Sensing constrained by a ring — size, battery and skin contact.

View project →

Red Dot Product Design.

How a medical product moves forward

Five stages. A clear outcome from each.

The plan stays documented. Each stage creates what the next decision needs.

01

ARCHITECTURE

You leave with

A shared product architecture, requirements and risk priorities.

02

PROVE

You leave with

A focused proof addressing the hardest assumption.

03

INTEGRATE

You leave with

Device, embedded software and companion experience working as one system.

04

VERIFY

You leave with

A test plan, known issues and documented design changes.

05

PREPARE

You leave with

A defined path into manufacturing preparation and production support.

The full product-development method

Explore how Avantari builds products.

How we build →

Why Avantari

Consumer-tech instinct. Medical-product discipline.

Wearable experience

Our work spans body-worn protection, wrist sensing and rings—different products, all designed around the person.

Design with engineering

Industrial design, electronics and embedded teams resolve the trade-offs together.

Everyday appeal

Comfort, interaction and appearance are developed with the same attention as the technology inside.

Beyond the prototype

Design changes stay documented, with validation and manufacturing preparation in view.

Quality system

We work inside your QMS and deliver design-control records in your format, to ISO 13485 practice.

We do

  • Product architecture, industrial design and electronics
  • Embedded firmware and the companion experience
  • Prototypes you can wear and test
  • A design package for manufacturing and your QMS

We don’t

  • Clinical trials
  • Regulatory filings or product certification

Build with Avantari

What decision is blocking your medical product?

Book a 20-minute build review