Tiny Computers for Wearable & IoT
How it Works
The platform includes cutting-edge hardware and software that makes it simple to build connected devices.
We’re offering a tiny, power-efficient solution that enables developers, product designers and businesses to quickly and effectively create a broad range of wearable technologies.
Our button-sized computer (can even fit in a ring!) is coupled with a robust easy-to-use SDK for rapid development of wearables & IoT products and applications.
Transfers raw and processed data to external devices, such as HMDs, smart-phones and tablets.
What you get
A development kit for wearables & IoT products targeted for makers, developers and companies.
The kit is based on a tiny wearable computer platform (AKA “Gem”) powered by state-of-the-art proprietary motion algorithms.
Gem based devices communicate with other smart devices (such as handheld devices, wearable products, smart TV, Virtual reality headsets) enabling natural and seamless user interfaces between humans and our smart devices.
For the developer
we’re taking away the hassle in creating wearables & IoT experiences and products – eliminating the need for HW expertise
For the end user
it’s the wonderful feeling of invisible or magical tech or (as we like to call it) Magic in Motion & Apps on Things
Apps On Things
Offered as a platform our tiny computer (button-sized!) can even fit in a ring or be embedded in wearables and accessories
Get a power-efficient sensor hub (9-axis motion sensors) with BLE connectivity and build your product today, eliminating the need for HW expertise.
Our SDK offers tools to help you build apps quickly, using our built in gesture and motion recognition you can easily trigger events and collect analytics.
Size & Weight
9-axis IMU containing 3-axis accelerometer, 3-axis gyroscope, 3-axis magnetometer
Sleep mode < 1mA
Active mode: 8mA
Active mode: ~4-5 Hours at
Sleep mode: ~40 Hours at
Charging: 1-2 Hours
1 x Button
1x Blue/Red Led
1x Green Led
Bluetooth Low Energy (BLE) 4.x
Controllable rate Up to 240 Hz