Wearable Electronics

Increasing adoption of healthcare and Fitness Tracking Device Designs and rising demand for wearables in entertainment and enterprise applications, is driving the wearable electronics market towards an explosive growth.

OVERVIEW

The wearable electronics movement is currently dominated by health, fitness and “quantified self” wearable app development like fitness bands and trackers for health monitoring and fitness tracking. Wearable Electronics solutions like Fitness Tracking Device Designs and Health Monitoring Device Designs that monitor heart rate and other vital health signals have made a lot of headway, with next-generation gadgets using lightweight material that contact the skin to provide sensitive, precise measurements.  The more recent trends in Wearable Electronics Design Services and Wearable Electronics Application Development include smart watches and wearable AV glasses, hearables, head mounted computers, smart clothing in industrial segments for support and service applications and also gaming technologies. Forming part of the ubiquitous Internet of Things (IoT), wearable electronic device designs allow display and sharing of information from and to a multitude of internet-connected data streams, improving systems and processes, while reducing costs and risks.

Wearable Electronics Design Services

Mistral has been among the pioneer design houses in India offering wearable electronics design services and wearable app development. From Fitness Tracking Device Designs to Wearable Electronic Device Designs like Wearable Headset Computers and AR/VR Glasses, we have enabled several product developers with Wearable Electronics solutions and Wearable app development, to achieve their goals of smart hands-free and voice based assistance. Headset based Wearable electronics solutions designed by us range from Wearable Accessories to Standard Android phones/ Windows MiniPC and an independent headset computer running Android to Stereoscopic Camera and Display with 6dof motion sensor.

Our expert team of engineers have spent considerable time and effort in the R&D of wearable electronic device designs and Wearable app development; they understands the functional, technological and business needs that arise during the development of wearable electronic device designs and wearable app development such as small form factor, miniaturization, integration of variety of sensors, thermal management,  extended battery life, rugged and ergonomic design and time-to-market for Fitness Tracking Device Designs, headset computers and other such wearable electronics products.

Read on Blog on Wearables – Applications, Challenges and Risks that covers wide range of wearable electronic device designs and Wearable app development from Fitness Tracking Device Designs to Wearable headset computers.

EXPERTISE

Product Design Services

Feasibility study for Wearable Electronic device designs

Design, development and integration

Prototyping and Industrial design (ID)

Intuitive User experience (UX)

FCC, CE, UL certification

Production and Product Lifecycle Support

Small form factor, multi-board designs

Wearable Electronics solutions  covering

PoP assembly

HDI technology

Flex PCB designs

Sensors: Heart rate, Pulse Oximeter, GSR, Accelerometer, Gyro, Temperature, Humidity, Compass, magnetometer, Touch

Connectivity: Wi-Fi, BT, BLE, NFC

Software Development

Wearable app development or head tracking, voice recognition

Android / Embedded Linux/ Windows Embedded Firmware

Firmware development for MCUs

Bluetooth/WiFi connectivity between iOS/Android phones and devices

Wearable Electronics App Development

Cloud Applications over Amazon Web Services and Samsung Artik

Wearable App Development in HTML5, .NET and Java with database servers

Wearable App development for displaying real-time parameters, historical trends

Remote configuration and OTA upgrade

Embedded Applications

Android/Linux/Windows Embedded/iOS

End-use case development with/without Display

Framework customization

Power Management

High efficiency power supply architecture

Dual battery solutions

Power optimization

Extended battery life and reduced heat dissipation