Custom IoT device development.
We design, prototype, and manufacture custom connected hardware — from simple sensor nodes to complex multi-radio gateways.
Full hardware stack.
No gaps.
IoT device development spans mechanical, electrical, and software engineering simultaneously. We cover all three layers so you don't need to coordinate three separate vendors.
Hardware Design
- MCU/SoC selection
- Power management (LDO, buck, supercap)
- Sensor array integration
- RF design (antenna, impedance matching)
- High-speed PCB layout
Firmware
- RTOS bring-up (FreeRTOS / Zephyr)
- Peripheral drivers (SPI, I2C, UART)
- Application logic
- Low-power sleep/wake cycles
- Secure bootloader + OTA
Production & Compliance
- Gerber & BOM delivery
- Factory test jig design
- CE/FCC pre-comp testing
- DFM & DFT reviews
Deliverables
- Schematic & PCB files (Altium/KiCad)
- BOM with sourcing alternatives
- Production-ready Gerbers
- Firmware source code
- Test plan & test report
- DFM report
- CE/FCC pre-compliance guidance
Typical timeline
Prototype: 6–10 weeks · EVT: 4–6 weeks · DVT to mass production: 8–14 weeks
From idea to mass production
Discovery & Architecture
We map your product requirements to hardware architecture — MCU selection, sensor stack, power budget, connectivity needs, and form factor.
Schematic & PCB Design
Full schematic capture, PCB layout, DFM review, and BOM optimization. We target manufacturability from day one.
Bring-up & Firmware
Hardware bring-up, driver development, RTOS integration, and peripheral validation against your hardware.
Prototyping & Testing
EVT/DVT builds, functional testing, environmental stress testing, and EMC pre-compliance assessment.
Production Handoff
Factory test fixtures, production firmware, yield analysis, and manufacturer communication support.
Hardware platforms we work with
Ready to get started?
Tell us about your project and we'll put together a plan.
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