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The Swiss Exoskeleton Landscape – A Human Augmentation Hub Hidden in the Mountains


Cheese, chocolate and mountains? All true stereotypes. But if you take a closer look at the alphorn blowing, direct democratic ski resort called Switzerland, you will find a very vibrant exoskeleton scene with many interesting players.

In the very dynamic landscape of worldwide exoskeleton research, development and businesses, it is often hard to stay up to date and informed. Often there are hidden activities that are hard to discover if you are not familiar with the local research and start-up communities. Locally oriented (non-English) websites and early-stage companies without an outreach program can easily be missed.

This is why we decided to write an overview of the region that we know from personal experience. Below we would like to present the exoskeleton players (that we know) in Switzerland and hope this article gives you interesting new insights into our small part of the global exoskeleton landscape.

Hocoma AG

Let’s start with the dinosaur in the industry. Founded in 1996 and located in Volketswil near Zürich, Hocoma AG introduced one of the first (if not the first) exoskeletons into the market: the Lokomat gait rehabilitation device. Today the company is offering a large variety of rehabilitation devices including the Lokomat and the arm rehabilitation exoskeletons Armeo Power (based on technology developed at ETH Zürich) and Armeo Spring (based on technology developed at the University of California, Irvine).

Website: www.hocoma.com

Chairless-Chair by Noonee
Picture courtesy of Noonee

Noonee AG

Another pioneering exoskeleton company that early (that is around 2013 in the exoskeleton history books) focused on a passive industrial exoskeleton design and presented the “chairless chair”, a leg exoskeleton that allows its users to sit anywhere to relieve the legs. The chairless chair was designed for workers who have to stand most of the day. Noonee is a Spin-off of the Swiss Federal Institute of Technology in Zürich (ETH Zürich).

Website: www.noonee.com


Rehabilitation Engineering Lab at ETH Zürich

The Rehabilitation Engineering Lab (Prof. Roger Gassert) at ETH Zürich has several exoskeleton projects in its research portfolio. The team develops exoskeleton technology to explore, assess, and restore human sensorimotor function. This includes the “ETH Knee Perturbator”, a knee exoskeleton that basically makes you stumble and then measures how your body reacts (see video below), the hand exoskeleton “tenoexo” that restores hand function for example in stroke patients, and the gait exoskeleton VariLeg that enables users with paraplegia to walk again.

Websites: www.relab.ethz.ch and www.varileg.ch

Sensory-Motor Systems Lab at ETH Zürich

The Sensory Motor Systems Lab (Prof. Robert Riener) is another research lab at ETH Zürich with an exoskeleton program. Among its developments is for example the “ARMin” arm rehabilitation exoskeleton that was eventually commercialized by Hocoma (then named Armeo power), and several research exoskeletons and exosuits. It was also at the Sensory-Motor Systems Lab where the idea for the Cybathlon was born.

Teaser of the Myosuit. Picture: MyoSwiss AG
Teaser of the Myosuit. Picture: MyoSwiss AG

MyoSwiss AG

The MyoSwiss AG in Zürich, an ETH Spin-off from the Sensory-Motor Systems Lab, develops a soft lower limb exosuits called the “Myosuit”. The suit supports the leg functions of people with muscle weakness in order for them to regain their mobility and independence.

Website: www.myo.swiss

Picture courtesy of TWIICE
Picture courtesy of TWIICE

TWIICE (EPFL Lausanne)

For our next entry we will enter the French-speaking part of Switzerland (for anyone who is not familiar with Switzerland: a population of around eight million people thought that it is a good idea to speak four different languages. As a result, English is often the common ground, which is of course not one of these languages). Hosted at the Swiss Federal Institute of Technology in Lausanne (EPFL), the TWIICE exoskeleton is a gait restoration exoskeleton that enables users with paraplegia to walk again. It also allows its users to execute difficult tasks such as climbing stairs.

Website: www.twiice.ch

Picture courtesy of AUTONOMYO
Picture courtesy of AUTONOMYO


Staying in the French-speaking part and at EPFL, the AUTONOMYO is the third lower limb gait support exoskeleton. Hosted at the EPFL Laboratory of Robotic Systems, the goal is to provide a gait support system that does not require crutches to keep the user balanced. Target users included for example people with multiple sclerosis.

Website: www.autonomyo.ch/home

Beyond Robotics GmbH

EduExo KitAlthough you may be familiar with the name “EduExo,“ Beyond Robotics GmbH is the company that manufactures and sells the EduExo kits. The EduExo kits aim to make exoskeleton technology more accessible and understandable by providing quality information and learning material together with affordable DIY exoskeleton hardware. So far, the EduExo kit is the only product of Beyond Robotics GmbH. It was fully released in September 2017 and has been very successfully adopted by private users, schools, and universities all around the world. There are many ideas and even prototypes of several extensions and other products. But momentarily, the team is focused on keeping up with current demand and it’s fully involved in research and other exoskeleton start-ups that surely will soon be included into this list.

Website: www.beyond-robotics.com


No article about the Swiss exoskeleton landscape would be complete without mentioning one of the biggest public exoskeleton events today: the Cybathlon exoskeleton race. The Cybathlon is an event organized by ETH Zürich. It has several disciplines that feature athletes with different physical impairments using state of the art assistive technology to race each other in a friendly competition. For the exoskeleton race you will see four identical tracks next to each other in a stadium, eight tasks on each track to solve and a time limit of 10 minutes. Exoskeleton users with paraplegia demonstrated their skills and the newest gait exoskeleton technology during the first event in 2016. The VariLeg and the TWIICEexoskeletons (see above) both participated and achieved the 5th and 4th place in the exoskeleton discipline.

The next big event is scheduled for 2020. In between, there are several smaller events that are hosted worldwide and include local exoskeleton races. So take a look at their website and see if there is something planned in your area.

Website: www.cybathlon.ethz.ch

Let’s sum up…

So is Switzerland a silicon valley of exoskeleton robotics as some people like to call it for PR reasons? Certainly not. Our winters are way too cold, and we have a severe shortage of oceans and beaches. If you are interested in what is actually going on exoskeleton-wise in the Silicon Valley click here: The San Francisco Bay Area is Becoming A Hub for Exoskeleton and Exosuit Technology.

But we can confirm that Switzerland is a nice and exciting place right now to work in the field. With several research labs and an increasing variety of exoskeleton companies and start-ups, we will probably have to update this list sooner rather than later.

So if you should end up in this part of the world and have some time, don’t hesitate to reach out. Maybe we can meet for a beer and discuss exoskeletons.

Volker BVolker Bartenback holds a PhD in exoskeleton robotics from ETH in Zürich, Switzerland. His research focuses on the development of lower extremity robotic exoskeletons. Over the last couple of years he was involved in several exoskeleton projects including a gait rehabilitation exoskeleton, an exosuit project, an open source modular exoskeleton, a research exoskeleton and the VariLeg exoskeleton for users with paraplegia. Additionally, he was involved for three years as an exoskeleton expert in the 2016 Cybathlon. Volker is responsible for the technical development of the EduExo, the initiator of Beyond Robotics GmbH and is the  Wearable Robotics Innovation Challenge 2017 winner.

The original version of this article was first published in August 2018 on EduExo.com

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