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What Is Wearable Technology Data?

Wearable technology refers to any technology worn on the body that records data about the wearer.

Where Does Wearable Technology Data Come From?

The sources of wearable device data are the wearers themselves. However, the devices they use to record their data can be anything from watches to glasses to jewelry.

What Types of Columns/Attributes Should I Expect When Working with This Data?

Wearable technology records the wearer’s activity and biometrics. Depending on the device used, this may include such detailed information as mood, brainwaves, or blood sugar.

After recording the data, these devices then store it either in the devices themselves, in a cloud, or transmit it to another device, like a smartphone or computer. This transmission takes place with Bluetooth, WiFi, or mobile data.

What Is This Data Used For?

Most wearable technology is available for private commercial use, so individuals use the data to improve their lives in some way—for example, by increasing their daily activity or by sleeping more often. However, the healthcare field sees the most use of this data. In fact, many developers create and market wearable devices exclusively for medical use. Examples include devices that measure gait to predict Alzheimer’s or wearable dialysis machines.

Additional uses of wearable devices are in entertainment and industry. In these fields, eyewear is key. For example, VR and AR headsets provide interactive movies or games experiences. Meanwhile, many industries use glasses that allow wearers to see what’s in front of them but still have hands-free access to workplace software.

How Should I Test the Quality of Wearable Technology Data?

Wearable devices merely transmit data; the wearer’s biometrics are always valid. Therefore, the focus should be on ensuring the devices are sensitive, damage-resistant, have long battery life, and record and transmit data continuously.

Furthermore, these devices should have a simple user interface. That is, unless required for work, the device design must be intuitive enough that an ordinary person can pick it up and start using it right away. In short, if users don’t find the device user-friendly, they won’t use it and there won’t be any data to record.

Finally, privacy and security are concerns for this type of data. Encryption, authentication, and blockchain technologies all help here.

Interesting Case Studies and Blogs to Look Into

Engineering: How Is Google Glass Doing in Enterprise and Industrial Settings?
Voler Systems: Data Security Technologies for Securing Wearable Health Data

Tangible Examples of Impact

Researchers at the University of Colorado Boulder are developing a wearable electronic device that’s “really wearable”–a stretchy and fully-recyclable circuit board that’s inspired by, and sticks onto, human skin.

The team, led by Jianliang Xiao and Wei Zhang, describes its new “electronic skin” in a paper published today in the journal Science Advances. The device can heal itself, much like real skin. It also reliably performs a range of sensory tasks, from measuring the body temperature of users to tracking their daily step counts.

Science Codex: ‘Electronic skin’ promises cheap and recyclable alternative to wearable devices

Connected Datasets

Wearables Data | Wearable Data Providers | Wearable Devices Database – MedicoReach


MedicoReach’s dataset – ‘Wearables Data | Wearable Data Providers | Wearable Devices Database – MedicoReach’ provides Healthcare Data, Wearable Technology Data and Individual Data that can be used in and Trend Forecasting

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Globalme Manage Services

by Globalme

Globalme Manage Services offers end to end data services to train and test the latest AI technologies.

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EvaluateMedTech provides data on developing medical devices and developments within the diagnostic industry for medtech companies, their advisors and businesses within that sector.

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