Building a reliable IoT device takes more than assembling hardware. Wireless performance, antenna placement, firmware stability, power consumption, enclosure design, certification, supply chain, and production quality all determine whether a connected device can move from prototype to market.
MIOT provides end-to-end IoT ODM/OEM services to help companies design, develop, test, and manufacture custom connected devices — from early concept and engineering validation to pilot runs and scalable IoT device manufacturing.
End-to-End Engineering
A structured engineering-driven approach to bring your connected device from idea to market-ready product.
Technical specifications, use case analysis, and feasibility assessment.
System architecture, module selection, and design framework.
PCB design, schematic capture, and component optimization.
Antenna optimization, RF tuning, and wireless performance validation.
Embedded software, drivers, protocols, and OTA update capability.
Enclosure design, internal layout, and thermal management.
Initial prototypes for functional testing and design iteration.
Environmental testing, performance validation, and reliability studies.
FCC, CE, PTCRB, carrier approvals, and regulatory compliance.
Small-batch production to validate manufacturing processes.
Scalable manufacturing with quality control and supply chain management.
From tracking devices to industrial sensors, we have the expertise to develop and manufacture a wide range of connected devices.
GPS, BLE, and cellular tracking for logistics and supply chain
Fleet management and automotive telematics
Driver monitoring and fleet video solutions
4G/5G routers and industrial gateways
Custom antenna design and integration
Sensors, controllers, and IIoT gateways
Environmental and equipment monitoring
Animal health and location monitoring
Temperature and humidity monitoring for logistics
A working prototype is just the beginning. Moving to mass production requires careful planning across engineering, supply chain, and manufacturing disciplines.
A working prototype often uses components, layouts, or assembly methods that cannot scale efficiently to mass production.
Component selection must consider long-term availability, lead times, and supply chain stability for mass production.
Antenna and RF performance must be validated after enclosure integration, not just on the bench.
Real-world signal quality depends on antenna placement relative to enclosure, battery, and other components.
DFT (Design for Testability) requirements must be planned early to enable efficient production testing.
Design for Manufacturability and Testability reviews prevent production issues and reduce costly rework.
Regulatory certification (FCC, CE, carrier approvals) requirements should influence hardware design decisions from the start, not after final hardware lock.
MIOT's engineering team helps you navigate these challenges from day one.
Discuss Your Project
Flexible Partnership Models
Flexible service models to match your project scope, in-house capabilities, and development stage.
MIOT handles the complete product development process from concept to mass production — you focus on your market and customers.
MIOT provides targeted engineering expertise for specific phases of your project where you need additional capability or capacity.
Customize existing proven device platforms with your branding, features, packaging, and deployment requirements.
MIOT's IoT ODM/OEM services support a diverse range of industries and use cases with custom connected device solutions.
Asset, fleet, and inventory tracking solutions
Surveillance, access control, and perimeter monitoring
Vehicle telematics and driver monitoring
Temperature-controlled supply chain monitoring
Manufacturing automation and predictive maintenance
Precision farming and environmental monitoring
HVAC, energy, and occupancy management
Network infrastructure and CPE devices
Common questions about our IoT ODM/OEM services and how we can support your connected device project.
Let's discuss your custom IoT device project. Our engineering team is ready to help you move from concept to production-ready connected device.