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Conscripts in the Finnish Defence Forces were wearing smart insoles during their 15 kilometers long march in a forest – Researchers seek to obtain new knowledge to understand how walking is affected by fatigue and increasing a load among conscripts

MoveSole Smart Insoles based on mobile and sensor technology are involved in a research project among Finnish conscripts. The research seeks to obtain understanding, how walking is affected by fatigue and increasing load on training activities during a military service. Unwanted changes in walking can cause a wide range of foot problems.

Walking is a natural way for a person to move, and over time, human walking has been studied a lot. Based on the research many details of gait are already well known, details like different stages of gait, the average stride length, as well as walking rate and step frequency among people of different ages. So far, gait research has been implemented most often in motion laboratories, mainly because present tools are developed to be used in those laboratories.

However, modern mobile and sensor technologies provide researchers an interesting new option to study human walking not only in laboratories but rather in people’s everyday life settings. Researchers seek to understand human natural movements, and what happens in a foot and lower limb when a person gets tired during gait, and when increasing additional load more than just a person’s body weight as well. Unwanted changes in gait may cause many kinds of problems and pain issues in a foot or leg.

Finnish-based MedTech company, MoveSole, has developed sensor and mobile technology based measurement insoles that has been involved in the research project since spring 2021 among conscripts during their service time. In the project, conscripts are paratroopers at the Utti Jaeger Regiment.

Even though human gait has been studied a lot, we do not have an accurate understanding how fatigue of muscles affect gait. ‘In this research project for the first time, we aim to investigate how walking and pressure distribution under a foot is affected by fatigue and increasing load not in the laboratory conditions but rather in a normal training environment’, says MD, specialist of orthopedics and traumatology and doctor in charge of this ongoing research project Jussi Kosola.

’At first when started to develop mobile measurement insoles, we focused on a rehabilitation process after a trauma or surgical operation. But along the way in the product development process with researchers and professionals we have learnt that gait measurement can be beneficial in many cases not only during a rehabilitation process but also in the prevention of pain and other problems’, says MoveSole CEO Eero Kaikkonen. ‘We are happy to be involved in this research project. We hope that it can increase understanding of gait research in people’s everyday life settings and bring new perspectives on gait measuring’ he says.

Aim of the ongoing research is to measure conscripts’ gait and motion associated with training activities during the whole conscript service at the Utti Jaeger Regiment.

Now After Several Decades Human Gait Was Measured for The First Time in Northern Finland Birth Cohort Research Program

Oulu Cohorts

Northern Finland Birth Cohorts is a multidisciplinary ongoing research program that was started in University of Oulu as early as in the 1960’s. The enormous research material collected during this time is significant and unique even in worldwide. In autumn 2020, human gait was measured for the first time in the research program. Gait measurement was executed by using MoveSole StepLab -device.


Health and wellbeing research program covers the whole human lifecycle

A multidisciplinary research program, Northern Finland Birth Cohorts, was started in University of Oulu already in the 1960’s. Birth cohorts form a longitudinal research program to promote health and wellbeing in the population covering the entire lifecycle. The aim is to examine how different factors since fetal period and childhood may affect the participants’ health and chronic diseases later in their life. 

Northern Finland Birth Cohorts, NFBC1966 and NFBC1986, comprise unique collections of research data since 1965 and 1985. The data collection has begun even before the participants’ birth during their fetal period, and since then until today the data has been collected on regular basis from more than 20 000 persons living in Northern Finland.

The extensive and versatile data collections during the long history of cohort research program have provided excellent opportunity to examine not only different treatments and disease prognosis, but also the effect of diseases on the ability to function.

Research material of the program is enormous. Based on this unique data there have been as many as 86 scientific articles published in international journals and seven dissertations graduated in 2020 alone.


Birth cohort research program considers the potential of modern technology

The research topics within Birth Cohort research program are versatile including musculoskeletal disorders among many other diseases, and additionally for prevention purposes the research program considers how physical exercise affect different aspects of health as well.

Nowadays, the medical technology and self-monitoring technologies are part of health care processes and health promoting actions. The development of sensor technology enables to adopt measurement systems also in large research programs.

Earlier in Northern Finland Birth Cohort research program the amount and intensity of physical exercise as well as the distribution of physical activity during a day has been examined using accelerometers.

It was great that we could also include foot pressure and load distribution measurements in the data collection regarding the follow-up study of 1986 birth cohort, says Minna Ruddock, Research Director in NFBC Project Center, University of Oulu.


Gait measurement data is now a part of the research material

Foot loading in gait was measured for the first time ever in the history of research program, when the data related to birth cohort 1986 was collected during the autumn 2020. The measurements were executed by using MoveSole StepLab, a mobile gait measurement device.

The participants walked about 20 steps in a corridor where their gait was measured and video recording took place. Since shoes have a big impact on our walking, all the participants were not wearing their own shoes, but instead thin-soled and flat-bottomed shoes while measuring their walk.

Research nurse Riikka Siiro-Virtanen says that gait measurements using MoveSole StepLab -device were easy to perform. Preparing for the measurement was simple, and it took only 10 – 15 minutes to execute the measurement, she says.

Specialist in orthopedics and traumatology, MD Jussi Kosola was the one who analyzed the measurement results and video recordings. The results were assessed on an individual basis by Dr. Kosola, and the medical reports were delivered to each participant.


Objective data on gait is beneficial for clinical use

Dr. Jussi Kosola says that the collected data is indeed unique worldwide: ‘This research material enables us for the first time to analyze objective and dynamic data on gait in an age standardized epidemiological research. We can evaluate real value of the data afterwards as soon as it has been analyzed.’

One example of how this measurement data could have clinical value is to combine BMI-index with the gait measurement data, says Dr. Kosola. So, it would be interesting to analyze how under foot dynamic pressure is distributed during the different phases of a step, and how the load under foot changes with higher BMI-values. BMI-value provides information to evaluate relation between the weight and height of a person.

MoveSole StepLab solution

The participants were interested in their gait measurement

Siiro-Virtanen says that the participants were very satisfied with the medical statement and feedback they received about their gait. Especially, they were interested in the new and fascinating gait measurement technology and the information about their own walking.

The gait measurement session made the participants to think about how the measurement results affect their health and wellbeing, Siiro-Virtanen says. They also wished to have some guidance related to their way of walking and the measurement results.

‘We have heard same kinds of comments also from others during our product demonstrations’ says Eero Kaikkonen, CEO of MoveSole. ‘People are interested in the way they walk, but so far they have never been able to see the measurement results. This is just the reason why we started to develop and design a measurement device based on mobile technology available to all of us to measure human gait and motion in our everyday life settings, and not only in clinics or laboratories’ he says. MoveSole StepLab is an easy-to-use measurement device, and anyone can use it. But rather, there needs to be someone to analyze the measurement results, a healthcare professional or a professional to provide gait and motion analysis, like a researcher on gait or sports coach.


You can find further information on North Finland Birth Cohorts at the link:

MoveSole takes up a business opportunity in Switzerland


MoveSole, Prodigo


MoveSole & Prodigo – A partnership for marketing MoveSole devices in the Swiss healthcare market

MoveSole has signed a representation agreement with Prodigo Sàrl to open new business opportunities for MoveSole in Europe. Prodigo ( is a Swiss business development company that supports firms in their expansion on the Swiss market. 

Eero Kaikkonen

Eero Kaikkonen, CEO, is very pleased with the incipient partnership: ‘In many ways, Switzerland is a very interesting market for us. Compared to the Finnish market the Swiss healthcare market is more advanced in terms of how they accept and implement new technological solutions in their health and wellbeing processes. We see good business potential for both of our products, MoveSole StepLab and MoveSole Research. In Switzerland, there are more than 10 000 physiotherapists, and indeed they are the most important and appealing professionals for MoveSole StepLab. And for MoveSole Research, there are several universities and research organizations whose research capabilities are world class in health and especially in gait analysis.’

Even though we are taking so far only the first steps together, we have full confidence in Prodigo team to build new business opportunities for us in the Swiss market, and we are looking forward to our partnership in future, says Eero Kaikkonen.

Prodigo: Michel Patteet, Johan Ribaux

Prodigo team has an extremely wide experience in business development and operations in the Swiss business market.

Michel Patteet, managing partner of Prodigo, sees a lot of opportunities for MoveSole products in Switzerland:

‘The MoveSole devices are technologically advanced products. Given their wide range of applications in various healthcare and sports fields, we are convinced that MoveSole’s products have a big potential in the Swiss market.’

MoveSole devices are mobile measurement devices based on sensor technology. MoveSole StepLab is designed for providing average measurement results over the whole measurement session, and MoveSole Research detailed step data for deep analysis when every step counts.

Use cases for MoveSole devices are almost unlimited for preventive and rehabilitation purposes. They can include cases such as following the recovery process of lower limb injuries or malfunctions, monitoring offload treatment of diabetic foot ulcers as well as analyzing the influence of performed activities among elderly people to support their quality of life. Also coaches and users can benefit from MoveSole measurement devices in sports and exercise.