About Service
Wearable devices are products controlled by electronic components and software that can be incorporated into clothing or worn separately like accessories.
Wearable devices are most commonly used in the field of healthcare and medicine. They help both to treat some diseases and prevent them. The usage of wearable devices is rapidly growing year by year, along with the improvement of the technologies.
Wearable Development Service Includes:
Smart watches
Smart jewelry
Smart Eyewear
Headsets
Smart clothes
Fitness trackers
Implantation
Smart Prosthetics
Smart Badges
Rings
Smart Glasses
Health Monitoring Devices
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RELEVANT CASE STUDIES
DEVELOPMENT: STEP BY STEP
- Analysis of provided business requirements (SRS document, UML diagrams, etc.)
- Review similar systems
- Since this is a wearable, it's essential to analyze the mounting (or attachment) carefully
- Component Compatibility Assessment
- Performance Evaluation
- Power Consumption Analysis
- Cost Estimation
- Availability and Supply Chain Review
- Compliance and Certification Requirements
- User Research, Ergonomics and Human Factors Analysis
- Concept Development and Sketching
- Material Selection
- Often, such wearable devices may have a small display. If there is no display, mobile applications are frequently developed alongside the device to control the wearable via Bluetooth protocol
- System Architecture Definition
- Electrical Schematic Design
- Component Selection
- PCB Layout Design
- Prototyping
- 3D CAD Modeling
- Thermal Management Design
- Tolerance and Fit Analysis
- Protopyping
- Architecture Design
- Hardware Interface Definition
- Peripheral Driver Development
- RTOS Integration (if applicable)
- Power Management Implementation
- Communication Protocol Implementation (Bluetooth, NFC, WiFi etc)
- Application Layer Development
- Writing unit tests
- Integration testing with hardware
- Load/stress testing (especially for real-time systems)
- QA/QC documentation
- User manual
- Installation and upgrade guides
- Software Design Document
- Preparation of certification-compliant documentation
- Validation of hardware interaction according to EMC, safety, and other standards
Frequently Asked Questions
Yes, we create seamless integrations with iOS and Android applications, ensuring real-time data synchronization and a smooth user experience.
Absolutely! We develop firmware tailored to specific hardware requirements to optimize performance and power consumption.
Yes, we can integrate AI/ML models for activity tracking, health monitoring, predictive analytics, and personalized recommendations.
We use low-power algorithms, efficient communication protocols, and power-saving modes to extend battery life.
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