Smart Wearables Development
The iomico team is focused on assisting companies in creating smart wearable devices for different use cases like sports, healthcare, pet tech, and lifestyle applications.
We’ve developed firmware, hardware, mobile, and other full-cycle wearables engineering. As partners, we can work closely with companies to design and build connected wearables that meet the highest performance, durability, and usability standards.
Key Benefits of Choosing iomico for Wearables
Expertise in Miniaturized Electronics
Our engineers excel in designing ultra-small and flexible PCBs, making us ideally suited for wearable technology where compactness and adaptability are crucial.
Power-Efficient Designs
We specialize in power-efficient devices, extending battery life, and improving user experience, which are critical factors for the success of wearable technology.
Proven Track Record of Mass-Produced Wearables
With experience developing wearable devices that scaled to mass production of over 1 million units, we design with scalability and manufacturability in mind.Experience with Cutting-Edge Technologies
We leverage the latest advancements in wireless connectivity (BLE, GSM, GPS, UWB, DECT NR+), sensors, and low-power MCUs to ensure your wearable stays competitive.
End-to-End Development
We provide full-cycle development services from concept to mass production, ensuring a seamless journey from idea to market-ready product.
Examples of wearables we develop:
Our expertise allows us to design and develop a wide range of wearable devices, including:
IoT Smartwatches: Development of smartwatches for lifestyle, health, and productivity.
Health Trackers: Devices for monitoring vitals like heart rate, oxygen levels, and activity.
Fitness Wearables: Connected wearables for fitness, including activity bands, calorie trackers, and performance monitors.
Wearable Biosensors: Advanced sensors for medical and non-medical applications.
Sleep Monitoring Devices: Smart devices to track and improve sleep patterns.
Pet Wearables: Devices like GPS trackers and activity monitors for pets.
Smart Glasses: Augmented reality-enabled wearables for enhanced visualization and productivity.
Wearable Cameras: Compact and lightweight cameras for hands-free video recording.
Safety and Security Wearables: Devices for personal security and monitoring.
Industrial Wearables: Rugged and durable wearables for factory and field operations.
Wearable IoT Gateways: Devices that connect multiple wearables within an ecosystem for seamless data exchange.
Wearable Sensors – IoT-enabled sensors for tracking motion, vitals, and environmental factors.
Advanced Biometric Sensors – Wearable solutions for tracking ECG, temperature, oxygen saturation, and hydration levels.
Motion & Posture Sensors – IoT-based sensors for tracking movement, fall detection, and rehabilitation.
Read Our Case Stories:
Company: Tractive
We developed a new firmware version with new and future-proof architecture for Tractive - The #1 GPS Pet Tracker, offering real-time location updates and activity monitoring.
Company: Medtor
We enhanced the performance of the client's wearable wristwatch, SafeSAT®, and WristSAT, which can measure oxygen saturation (SpO2) at clinical-grade accuracy. The project aimed to update hardware, firmware, and the mobile app to ensure seamless operation and improved functionality.Display data as SPO2, PR, and Heart cardiogram charts
Company: Stim Science
We were asked to improve the hardware, address firmware issues (e.g., improve streaming speed, implement file transfer, update firmware), and refine the mobile application for a wearable sleep monitor that enhances sleep quality through personalized brain stimulation.
Ready to create or upgrade your IoT wearable?
Contact us to explore how we can assist you with custom hardware and software engineering.
