mSpider – Making Wearable Data Easier to Use in Health Research
Wearable devices such as smartwatches and personal fitness trackers can provide valuable information about physical activity, sleep, and other health-related factors. However, in many health studies, it is difficult to use this type of data because each device brand has its own mechanism within its own digital ecosystem for accessing information. This limits large studies, which often need to include participants who use different types of devices.
mSpider was originally developed to address this challenge. It functions as a digital “adapter” that allows data from several wearable brands to be collected in a more unified and automated way. The purpose of this RCN Qualification project was to commercially derisk this technology while also strengthening parts of the technology where needed.
During the project, we assessed the intellectual-property situation by establishing a Freedom-to-Operate for this solution and explored both licensing and startup possibilities. We also met with relevant stakeholders at international conferences to learn more about how digital-health tools are evaluated, what types of documentation and demonstrations are expected, and how wearable data is currently used in research and industry. These experiences gave us a better understanding of the market landscape and the factors that may influence future commercialisation.
Technically, the project allowed us to expand mSpider with support for additional device ecosystems, including Garmin, Polar, Fitbit, and devices connected through Google Health Connect. A supporting app was also further developed to make the system easier to use in practical studies.
mSpider is now prepared for use in upcoming research projects such Tromsø8 (pending final approval). Such studies will provide valuable experience with larger-scale and longer-term data collection. Based on the results, we plan to evaluate the next steps and may apply for further funding—such as an RCN Verification project in 2026—to continue reducing risk and move the technology closer to future use in research or potential commercial pathways.
Achieved impacts and effects -
The project has provided a clearer understanding of how data from consumer wearables is used in research and digital health, and what different stakeholders expect from a tool like mSpider. Through a Freedom-to-Operate assessment and initial exploration of both licensing and startup options, we have reduced commercial uncertainty surrounding the technology.
On the technical side, added support for more device ecosystems and further development of the accompanying app have improved mSpider’s readiness for use in studies such as RESTART and Tromsø8.
Potential impacts and effects -
The project results may enable easier and more inclusive data collection in epidemiological and digital health studies, as mSpider allows participation regardless of which wearable device a person uses. This can strengthen data quality and support research that relies on long-term, objective activity and health information.
mSpider is also being positioned to be used in other research projects like WARIFA 2.0 and TIPA (Team-based game for increasing physical activity in private and public companies, organisations, schools and sports clubs), where mSpider will be used in the background for data collection.
In the longer term, the project also provides a basis for further commercial development—whether through licensing or a potential startup—and for mSpider to contribute to future digital health solutions that use wearable-based data.
