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IoT Wearable Device Development Company

We offer complete IoT Development Solutions for wearables, including hardware designs, embedded firmware, mobile apps, cloud platforms, and manufacturing support.

Adequate Infosoft assists entrepreneurs, healthcare businesses, and large corporations with bringing their health-focused wearables design and concepts through to full production.

Our experienced team has created numerous types of wearables, including health monitors, fitness trackers, GPS-enabled devices, smart sensors, and safety wearables for industry. We aim to design and build wearables that are durable and connected and collect valuable data for use as actionable insight.

Our engineering team can support your product development project by providing PCB wearable design services, BLE connections, IoT solutions, mobile apps to complement wearable devices, cloud data storage, and analytics.

We can take your product from early prototype through proof of concept, certification, production, and ultimately deployment so you can get your innovative wearable product to market more quickly with less risk in the development process.

IoT Wearable Device Development

Our Core Expertise in Smart Wearable Development

Our wearable IoT solutions are fully custom and meet each customer's individual requirements. That's why we service multiple industries. Below are some of the most popular industries using our solutions:

BLE Wearable Devices LoRaWAN Wearable Tracking Solutions GPS Tracking Wearables Healthcare & Patient Monitoring Wearables Fitness Tracker Development Smartwatch & Smart Band Solutions Industrial Safety Wearables RFID & NFC Wearable Devices WiFi Enabled Smart Wearables AI Powered Wearable IoT Solutions Remote Monitoring Wearable Devices ECG, SpO2 & Heart Rate Monitoring Wearables Fall Detection & Emergency Alert Wearables Smart Helmet & Smart Safety Gear Solutions Asset Tracking & Workforce Wearables Environmental Monitoring Wearables Sports Performance Wearables Bluetooth Mesh Wearable Systems Cellular IoT Wearables (4G/LTE/NB-IoT)

We have successfully developed wearable IoT solutions for multiple industries that are actively used by users across the globe.

We do not just claim expertise in wearable technology development, our proven case studies and real world projects demonstrate our capabilities in custom wearable hardware, firmware, connectivity, and scalable IoT ecosystem development.

Explore our case studies to see how we transform innovative wearable ideas into reliable, production ready smart devices.

Discuss Your Project View Case Studies

Real Projects, Real Results: Explore Our Case Studies

We believe that real expertise is proven through delivered results, not just claims. We have valuable experience with satisfied customers who have seen clear evidence of our skills in past projects.

We have demonstrated our success by delivering IT engineering and technology services on complex projects, most of which have been for international clients from countries such as the United Kingdom and other parts of Europe.

Wearable Adhesive Biosensor

Case Study : Wearable Adhesive Biosensor for Physiological Signal Monitoring

The wearable adhesive biosensor has been designed to collect physiological data directly from the human skin. The sensing device consists of a very thin disposable sensing element and a reusable snap-on electronics pod, making for a compact and flexible way to provide some type of wearable health monitoring device.

Sensor

The sensing layer consists of an electrospun PVDF piezoelectric nanofiber membrane adhered to a flexible PET/TPU substrate thus, the sensor can detect very small mechanical signals produced during physiological activity.

The sensor layer also used printed silver nanowire electrodes and a carbon ink force-sensing resistor (FSR) grid in order to obtain better signal detection and pressure sensitivity over the flexible surface.

Analog Signal Processing

As the goal of capturing micro-level signals, the analog signal chain was created around an INA128 instrumentation amplifier therefore, it can provide important opportunities for amplifying microvolt-level signals and the processed signal can be digitized with the ADS1256 24-bit ADC (high-precision measurement) through SPI.

Connectivity Solutions and Embedded System

A single ESP32-S3 microcontroller was used for firmware management and real-time processing of data, as well as Bluetooth Low Energy (BLE 5.0) wireless streaming and USB serial communication for testing while developing and debuging the system.

Device Design and Power Options

The device incorporated a medical-grade adhesive layer with a PDMS acoustic coupling for stable skin contact, together with an integrated NFC antenna coil to allow for optional battery free smartphone interrogation in certain applications.

Development Process and Final Prototype

The project went through an organized development process to complete the signal chain verification, test the prototype on skin, incorporate the flexible substrate, and assemble the electronics pod.

The end result was an “investor ready” prototype that could record physiological signals from a person in motion and transmit real-time data, as well as provide full technical documentation and specifications.

Read More Case Studies

We have accomplished numerous challenging projects for many clients across numerous different industries/regions.

Our case studies highlight the work we perform for clients around the world and demonstrate our technical skills, ability to solve problems, and ability to take concepts and create complete solutions.

Smart-Healthcare-Wearable-Monitoring-App

Smart Healthcare Wearable App for Care & Monitoring

As a full-stack IT company, we focus on providing complete IT solutions, including software and hardware. In this article, we will showcase our solutions. We have built an all-in-one smart health wearable application for our client that covers everything from device integration to software development.

Read Case study
BLE Smart Ring

Case Study: BLE Smart Ring Firmware Development Using Nordic nRF52

BLE smart ring firmware case study using Nordic nRF52, delivering ultra-low power performance, gesture control, and EVT-ready wearable firmware.

Read Case study
Smart Watch Development

Case Study: nRF52-Based Smart Watch Development for a US Healthcare & Fitness Product Company

A production-ready nRF52-based smartwatch developed for a US healthcare and fitness company, delivering advanced jump analytics, health tracking, low-power BLE firmware, and manufacturing-ready prototypes for mass production.

Read Case study
Smart WOD ERP

Smart WOD ERP for Hospitals: Featuring IoT & AI Using AWS IoT

Smart WOD Hospital ERP with IoT & AI using AWS IoT. Improve patient care, track medical devices, and automate hospital operations.

Read Case study

Our IoT Wearable Development Services

Whether you're a startup, individual innovator, or large enterprise, we deliver IoT wearable device development across industries including healthcare, industrial, automotive, paint, logistics, and energy sectors, building scalable, reliable, and customized solutions tailored to real-world use cases.

⚙️

Custom Wearable Product Engineering

Wearable tech has moved past simply counting steps or monitoring your heart rate. Today, businesses want customized Internet of Things-based wearables with real-time insights into their business and accurate measures of performance, along with a long battery life and easy integration to the cloud, which will allow them to make better informed decisions and operate more efficiently.

We create fully functional devices rather than prototypes, provide the following types of wearable products:

  • ✦ Fitness and sports performance tracking devices
  • ✦ Health tracking devices
  • ✦ Safety devices for industrial workers and employees
  • ✦ Location and movement-tracking devices

All of our devices are designed with the end use in mind for accuracy, comfort and scalability.

🔧

Wearable Hardware & Controller Expertise

We carefully select controllers based on power consumption, sensor support, and performance.

Common controllers we use in wearable IoT projects:

  • ✦ ESP32 (Wi-Fi + BLE enabled wearables)
  • ✦ Nordic nRF52 Series (BLE-focused, ultra-low power)
  • ✦ ARM Cortex-M Microcontrollers
  • ✦ STM32 Low-Power Series

On-controller components we integrate:

  • ✦ Accelerometer & Gyroscope sensors
  • ✦ Heart-rate & SpO₂ sensors
  • ✦ Temperature & motion sensors
  • ✦ GPS & location modules
  • ✦ Battery management & charging ICs
💻

Firmware & Embedded Software Development

We deliver:

  • ✦ Optimized embedded C/C++ firmware
  • ✦ Real-time sensor data processing
  • ✦ BLE communication protocols
  • ✦ OTA (Over-the-Air) firmware updates
  • ✦ Power optimization for long battery life
☁️

Cloud-Connected IoT Wearables

Wearables are incomplete without the cloud.

We build secure, scalable IoT backends using:

  • ✦ Azure IoT, AWS IoT Core for device communication
  • ✦ Real-time data ingestion & processing
  • ✦ Device authentication & security
  • ✦ Analytics-ready wearable data pipelines

This allows businesses to monitor users, devices, and performance in real time.

📱

Mobile & Web App Integration

Most clients searching for wearable developers also need apps.

We provide:

  • ✦ Flutter-based cross-platform mobile apps
  • ✦ Wearable-to-mobile BLE data sync
  • ✦ User dashboards & reports
  • ✦ Admin panels for device management
  • ✦ Secure API-based backend systems

Take a Tour of Our PCB Design & Development Facility

Our PCB design and development facility has experienced engineers working on schematic designs, PCB layouts, prototyping, testing, and product validation.

Our engineers develop reliable hardware solutions using different techniques for IoT, embedded systems, medical devices, industrial automation, and custom electronics products by following industry standard best practices.

Schematic Design

Expert engineers creating detailed schematic designs for complex electronic systems, ensuring optimal component selection and circuit functionality.

PCB Layout & Routing

Multi-layer PCB layout design with high-speed routing, controlled impedance, and signal integrity optimization for reliable performance.

Prototyping & Assembly

Rapid prototyping and PCB assembly services with thorough testing and validation to ensure product reliability and performance.

Testing & Validation

Comprehensive testing and validation processes including functional testing, environmental testing, and compliance verification.

Medical Device PCB Design

Specialized PCB design for medical devices following strict regulatory requirements and industry standards for safety and reliability.

IoT & Embedded Systems

PCB design for IoT devices and embedded systems with wireless connectivity, sensor integration, and low-power optimization.

Hire Our Certified IoT Wearable Embedded Engineers

Our certified IoT wearable embedded engineers bring extensive industry experience in designing, developing, and optimizing connected wearable devices.

They have certifications and a track record of completing projects successfully therefore, they are able to provide a full range of services from architecture reviews and firmware development through to complete end to end product engineering.

Whether you need a team on a contract basis, a full-time basis or an on-demand basis, we can help you create new wearable solutions, improve existing systems, find solutions to complex technology issues and speed up your product's time to market.

Shashikant Lahade

Shashikant Lahade

Sejal Behere

Sejal Behere

  • Robotics & Autonomous Systems Engineering
  • Electro-Mechanical System Design
  • Field Deployment & Diagnostics
  • Embedded Sensors & Control Systems
  • PCB Design & Hardware Integration
  • ROS2 Development & Robotics Software
  • PLC & SCADA Systems Engineering
Ashish Dastro

Ashish Dastro

Sahil Khanna

Sahil Khanna (USA)

  • Senior Embedded Systems Engineering
  • Healthcare & Medical Device Development
  • Wearable Device Design & Integration
  • Embedded Hardware & Firmware Development
  • Sensor Interface & Signal Processing
  • Clinical Device Prototyping & Validation
  • IoT & Connected Healthcare Solutions
  • Research, Publications & Product Innovation
Michael Wearn

Michael Wearn

Issam

Issam (UK)

  • ITOL Accredited Certificate
  • PhD in Wearable Sensors & AI
  • Machine Learning & Deep Learning
  • Computer Vision & Image Processing
  • IoT & Connected Device Development
  • Digital Signal Processing (DSP)
  • Embedded Systems Engineering
  • Data Science & Predictive Analytics
  • AI Model Development & Deployment
Inva Myzyri

Inva Myzyri (Europe)

Popular Controllers We Use for IoT Wearable Devices

We choose microcontrollers for IoT wearable applications based on their ability to operate on very low power consumption, BLE performance, processing power, security features, and ability to integrate sensors seamlessly.

In wearable technology, every single mA of current is important, and selecting the right microcontroller will have a direct effect on how efficient and reliable the device is as well as how well users will enjoy using it.

Use the following list to see the different types of microcontrollers that we typically use when developing wearable IoT solutions.

ESP Series

Espressif Systems (ESP32 / ESP8266)

https://www.espressif.com/

Because many IoT wearables require both Wi-Fi and Bluetooth connectivity, they frequently use the ESP32 microcontroller. It's an ideal choice for smart wristbands, health tracking devices, and prototyping due to its low cost, integrated wireless capabilities, and large developer community enabling rapid development.

STM Microcontroller

STMicroelectronics

https://www.st.com

For performance-oriented wearable devices, the STM32 controller is a choice frequently made due to their use of high processing speed, established reliability, & energy efficiency.

These attributes provide users with long life and many sensors to monitor multiple metrics on all users within an accepted range of variability

Nordic Semiconductor

Nordic Semiconductor (nRF52 / nRF53 Series)

https://www.nordicsemi.com

Nordic chips are very commonly provided in fitness bands, smartwatches, and medical devices that continuously monitor the body. Manufacturers prefer them because of their long battery life and stable connectivity when communicating data.

NXP Semiconductors

NXP Semiconductors (LPC / i.MX RT Series)

https://www.nxp.com/

Advanced wearables that have a higher level of security along with the minimum requirement for processing speed utilize NXP's controller devices. Applicable to smart healthcare and secure identity-wearables, encryption, fast performance in real time and reliability are top criteria for selecting a controller from NXP.

Texas Instruments

Texas Instruments (MSP430 / CC26xx Series)

https://www.ti.com/

For ultra-low power consumption products, Texas Instruments is often used as customers have higher expectations in terms of lifetime for their compact designed wearables such as a pedometer or sleep monitoring device (e.g., battery life should last weeks or even months without having to be recharged).

Silicon Labs

Silicon Labs (EFR32 Series)

https://www.silabs.com

For IoT wearables that are primarily focused on wireless connectivity, Silicon Labs also has great controller solutions. They are integrated or used in connected patches and other connected health monitoring devices to provide energy saving and reliable wireless connectivity via Bluetooth, ZigBee, and other IoT communication protocols.

We at Adequate Infosoft choose the right controller for your wearable's intended use, whether that's tracking fitness performance, monitoring health issues, or ensuring worker safety in dangerous environments. Our goal is to deliver top performance, long battery life, and a flexible structure for any wearable IoT solution we create.

Certifications That Validate Our Expertise

We have certifications that show our knowledge and support what we say about being a top company for developing wearable devices in the Internet of Things (IoT). Our ISO, AWS and Azure certifications prove we are meeting industry standards as well as having the reliability and technical ability to perform all our solutions.

Artificial Intelligence (AI) and Machine Learning

Generative AI- The Evolution of Thoughtful Online Search

Streamlining Your Work with Microsoft Copilot

Google Associate Cloud Engineer Certification

Google-AI

Machine-learning-certification

Microsoft Certified- Azure IoT Developer Specialty-2

Microsoft Certified- Azure IoT Developer Specialty-3

Microsoft Certified- Azure Solutions Architect Expert

Microsoft Certified-Azure Solutions Architect Expert

aws-certified-solutions-architect-associate-preeti

ISO 13485 - Design and Development of Medical Devicespdf

AWS IoT

Certified Global Team Driving Our Success

Our team of experienced professionals who are certified and qualified helped us become successful as an organization. Since we have engineers from all corners of the world, location is not an issue when it comes to successfully completing a project. Our focus on quality, innovation, and technical expertise allows us to provide IoT solutions that can be relied upon by our customers all over the world.

Ankit Kumar

Ankit Kumar

15+ Years’ Experience | Technical Consultant | AI & Cloud Specialist | Full-Stack Developer | Medical Device Programming Expert

  • Technical Consulting
  • Public Speaking & Global Industry Events
  • LinkedIn Network: 6,500+ Followers
  • Recognized by Industry Leaders
Ashwini Kumar

Ashwini Kumar

20+ Years in Tech | AI & Cloud Architect | Medical Systems Innovator | Full-Stack Consultant | Tech Leader

  • LinkedIn Network: 2,500+ Followers
  • Master's degree in Computer Applications (MCA)
  • Certified professional in AI-driven systems
Praveen Katariya

Praveen Katariya

AI & Cloud Architect | Medical Systems Innovator | Full-Stack Consultant | Tech Leader

  • 8+ years of experience implementing AI-driven, cloud-native, and IoT-enabled solutions
  • Skilled in full stack development, cloud architecture, and IoT device integration
  • Certified professional in relevant technologies
  • LinkedIn Network: 4,500+ Followers
Abdul Razaque, AU

Abdul Razaque, AU

  • AI-powered IoT & smart sensing solutions
  • Wearable, smart city & asset innovation
  • Scalable solutions with global impact

Certifications:

Omar

Omar

  • Software Development Engineer in IoT & Smart Home

Certifications:

Joby

Joby

  • Product leader in mobile, automotive, wearables, IoT & SaaS
  • Expertise in client-server and scalable solutions
  • Doctoral , Indian Institute of Management Kozhikode

Certifications:

Ready to Build Your IoT Wearable Device?

Get in touch with our wearable IoT experts for a free consultation and project estimate.

Contact Us Now

What Our Clients Say About Us

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Leadership That Leads Worldwide

With a physical presence in over 15 countries and a global footprint spanning 25+ countries, we are ready to serve you anywhere. Location, language, or culture is never a barrier, because our global team can work with you in your language. Our strong international team ensures seamless collaboration across borders We have a strong tech team, highly recognized in their domains, with extensive technical expertise.

Why Choose Us ?

We endow businesses with flexible engagement models based on their unique needs. Our strength lies in state-of-the-art technology and affordable consulting services. Try us for fast POCs, full-fledged applications, or technology consulting. Always available for your service.