IoT Hardware Design
IoT hardware succeeds or fails on a decision most teams make too late: which wireless technology actually fits the deployment. We start every IoT engagement by mapping your range, power budget, data volume and infrastructure constraints against the real trade-offs between BLE, WiFi, LoRa/LoRaWAN and NB-IoT/LTE-M — then design the RF front end, antenna placement and power system around that choice.
From there we handle module integration or SoC-level RF design, certification-aware layout for FCC/CE/BIS compliance, and the firmware-side connectivity stack — MQTT, CoAP, or cloud SDK integration with AWS IoT Core or Azure IoT Hub — so the device you ship talks to your platform on day one.
Projects that used this service
Industrial IoT LoRaWAN Gateway
A multi-channel LoRaWAN gateway and sensor network for real-time temperature monitoring across a distributed cold-storage fleet.
Read the case studyAgritech Soil Monitoring Node
A solar-powered, multi-depth soil moisture and temperature sensor node for large-scale precision irrigation.
Read the case studyWearable BLE Health Monitor
A wrist-worn, low-power vital signs monitoring wearable with Bluetooth Low Energy connectivity to a companion mobile app.
Read the case studyAbout IoT Hardware Design
How do you decide between LoRa, NB-IoT, WiFi and BLE for a new product?
Can you integrate our device with our existing cloud platform?
Have a product idea that needs real hardware?
Tell us what you're building. We'll respond with next steps, not a sales pitch.
autoematio@gmail.com