The Medtech industry is constantly developing innovative solutions to improve people's quality of life. An exciting example of this is the collaboration between the Norwegian startup Vilje Bionics and Together Tech, where we at Together Tech are developing an app to configure an advanced exoskeleton arm.
This technological innovation is specifically designed for people with reduced strength and mobility in an arm, for example after a stroke.
Together Tech's contribution to the VilPower project:
Vilje Bionics is a Norwegian startup that is developing a bionic arm, an exoskeleton arm, for people with reduced mobility. Unlike prostheses, which replace a lost body part, this solution acts as an augmentation of the user’s own arm. By sensing and amplifying the user’s movements, the exoskeleton arm can significantly improve the mobility and quality of life of those who use it.
Together Tech is responsible for developing the app that is used to configure and customize the exoskeleton arm based on each user’s specific needs and preferences. The app is a medically classified product and plays a crucial role in making the user experience as smooth and efficient as possible.
Vilje Bionics came into contact with Together Tech through a mutual connection to Nordic Brain Tech, another Norwegian Medtech startup, which is also a customer of Together Tech. Since Vilje Bionics had previously heard good things about Together Tech's work, a dialogue was initiated that led to the current collaboration.
- The app plays a crucial role in making VilPower – an advanced high-tech product – both intuitive and user-friendly. Here, TogetherTech's expertise in app development for medical devices has been invaluable. The team we collaborate with is not only professionally skilled and committed, but also a pleasure to work with.
Asmund Kvam Kollbye, Product Manager at Vilje
The exoskeleton arm is attached to the outside of the body and is equipped with four support motors located at the shoulder, elbow, wrist and hand. When the user begins a movement, the arm senses this and amplifies the movement through advanced algorithms.
Through the app that Together Tech is developing, the user can adjust various parameters such as sensitivity and movement speed. This allows the exoskeleton arm to be calibrated to each individual's unique needs, providing a more natural and functional experience.
The development of the app has been ongoing and has now reached a phase where a UX prototype is almost complete. Since it is a medical device, a large part of the initial development time has been devoted to documentation and regulatory compliance to ensure that the product meets the requirements of the MDR (Medical Device Regulation).
The Together Tech team developing the app consists of a UX designer responsible for user experience and design, a Lead Software Developer responsible for technical development and documentation, a Project Manager/Business Manager and, if necessary, a Senior Advisor with expertise in medical device product development. The app is classified as a Class 1 medical device, which means that it can be self-certified.
Part of the development team at Together Tech
The collaboration between Vilje Bionics and Together Tech is an exciting and educational process. Despite the teams being geographically dispersed, with Vilje Bionics in Norway and Together Tech in Sweden, communication has worked smoothly. Regular meetings and workshops have been held both in Oslo and in the Netherlands, where the Dutch partner companies have also been involved.
- It is very fun to work with a startup that has such a strong vision and drive. Despite being located in different countries, the collaboration has worked very well and we look forward to seeing how the product is received by the market, says Annika von Hofsten, project manager at Together Tech, in a comment.
The project is being conducted within the framework of the Eurostars program, where several international players collaborate to develop innovative solutions in medical technology. In addition to Vilje Bionics and Together Tech, the consortium also includes two Dutch companies, responsible for clinical studies and other medical aspects of the project.
The goal is to have the exoskeleton arm and app ready for sale during the autumn. The business model will vary depending on the country, where insurance companies, rehabilitation centers and assistive technology centers may be involved in the purchases.