Actogram

I am ready for a long road flight for work with a week- or months-long projects.

Cookie Settings

Cookies necessary for the correct operation of the site are always enabled.
Other cookies are configurable.

Essential cookies

Always On. These cookies are essential so that you can use the website and use its functions. They cannot be turned off. They're set in response to requests made by you, such as setting your privacy preferences, logging in or filling in forms.

Analytics cookies

Disabled

These cookies collect information to help us understand how our Websites are being used or how effective our marketing campaigns are, or to help us customise our Websites for you. See a list of the analytics cookies we use here.

Advertising cookies

Disabled

These cookies provide advertising companies with information about your online activity to help them deliver more relevant online advertising to you or to limit how many times you see an ad. This information may be shared with other advertising companies. See a list of the advertising cookies we use here.

Decision Support tool for
Remote Patient Monitoring

We help you convert a consumer wristband into a medical grade device

Circadian rhythms

Why timing matters?

Circadian rhythms

Life has adapted to regular day-night change.

Daily oscillations of hormonal and biological patterns of our body are called circadian rhythms.

Synchronization

Mistiming of lifestyle and body rhythms is no good.

Desynchronization of wake and sleep with sleep hormone melatonin causes tiredness.

Desynchronization of meals and circadian rhythmicity of insulin sensitivity may cause metabolic disorders.

Research

Circadian rhythms are individual.

Research helps better understand how synchronization of inner body clock with lifestyle habits imact health and performance.

Our mission is to find best and universals techniques to study circadian rhythms by merging representative biobank data with large population coverage provided by wearables technology.

Deep Learning Models

Neural Networks are especially good at pattern recognition. We can help you to:

Tune or build brand new Neural Network model to extract circadian rhythm features from wearables time series data export
Impute missing data, remove batch-effect (adjust for device manufacturer/ os version)

Biobank big data

Biobank data provide a vast demographic and socio-economic characteristics. We can help you to:

Develop selection/enrollment criteria for human trial studies
Adjust data/biomarkers for demographic, lifestyle, health, and socio-economic characteristics

Consumer-grade wearables

Consumer wearable and mobile devices provide prospective and historical longitudinal data. We can help you to:

Process wearables time series data as actogram to detect parameters of rest-activity / sleep-wake cycle
Build predictive models, statistical analysis
Find anomaly events (time zone, lifestyle, etc.)
Estimate stability, recovery time and frequency of health-, lifestyle-related events

Meet our team

Sergey Filonov

CEO
Partnering and business development

Inna Pertsovskaya

COO
Biomedical scientist, Innovation, Biotech, Deep tech, PhD

Tim Pyrkov

Chief Data Scientist
mHealth, PhD

This website uses cookies to ensure you get the best experience.