Project Kairos Join

Project Kairos

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Our mission

The future of mobility

Mobility is confidence.

We bring exoskeleton technology out of the laboratory and into everyday life, around the world.

What we found

Independent research and reporting, not a Kairos product.

Outdoors · Stanford, 20229% faster, 17% less energyA research ankle exoskeleton, after one hour of everyday walking. Nature
Public paths · Stanford, 2022Tuned on the moveIts assistance was tuned as people walked outdoors, not on a treadmill. Nature
In the lab · MIT, 20148% less energyA battery-powered ankle exoskeleton, worn while carrying a 23 kg load. Paper
  1. Stanford Report · Oct 2022“Stanford exoskeleton walks out into the real world”
  2. IEEE Spectrum · Aug 2019“Soft Exosuit Makes Walking and Running Easier Than Ever”
  3. Georgia Tech · Nov 2024“No Matter the Task, This New Exoskeleton AI Controller Can Handle It”

What we found

Outdoors · Stanford, 20229% faster, 17% less energyA research ankle exoskeleton, after one hour of everyday walking. Nature
Public paths · Stanford, 2022Tuned on the moveTuned outdoors, not on a treadmill. Nature
In the lab · MIT, 20148% less energyWorn while carrying a 23 kg load. Paper

Press

In the news

  1. 01Stanford Report · Oct 2022“Stanford exoskeleton walks out into the real world”
  2. 02IEEE Spectrum · Aug 2019“Soft Exosuit Makes Walking and Running Easier Than Ever”
  3. 03Georgia Tech · Nov 2024“No Matter the Task, This New Exoskeleton AI Controller Can Handle It”

Independent reporting, not a Kairos product.

Kairos is the bridge

καιρός From Ancient Greek: the right moment.

Two decades of research, carried into everyday life.

“Since the early 2000s, researchers have been trying to develop lower-limb exoskeletons that augment human mobility…”

Sawicki et al., review of the field, 2020

By the end of 2019, 23 published studies had shown designs that reduce the energy it takes to walk or run.

Subject
Exoskeleton technology
Drawing
Illustration
Scale
Not to scale
View
Exploded
Sense Assist Release

How they work

  1. 01SenseSensors read the rhythm of every step.
  2. 02AssistA motor adds gentle support at precisely the right moment.
  3. 03ReleaseThen it lets go. Your stride remains your own.

An illustration of the technology, not a specific product. Not a medical device.

Hip motor Battery and control Flexible arm Thigh cuff Waist belt

Phase 01

Pre-launch

Exoskeleton technology for everyday life, beginning in Singapore.

Brand partners
Under evaluation
Inventory and logistics
In preparation
First market
Singapore
Become a founding member

Be part of the first chapter

Founding members are the first to hear from us, and the first to receive access at launch.

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