IoT Product Development Service

IoT product development covers the complete journey from an idea to a connected, working product. At AIOTHUB, this can include IoT hardware, PCB design, embedded firmware, sensors, connectivity, cloud integration, web dashboards, mobile apps, testing, deployment, and ongoing product improvements.

Yes. We can take your product idea through architecture, hardware and firmware development, connectivity, cloud integration, and user-facing applications. We build the different parts of the IoT system as one connected product.

Yes. Our IoT product development approach covers both the device and software sides. This includes connected hardware, embedded firmware, cloud backends, APIs, web dashboards, and mobile applications when required.

Yes. We can help turn an early concept into a working IoT prototype or MVP so you can test the hardware, sensors, connectivity, firmware, and core product experience before moving toward a larger deployment.

There is no single best option for every IoT product. Wi-Fi can suit high-data indoor applications, BLE works well for short-range and low-power devices, 4G/LTE is useful for remote deployments, and LoRaWAN can suit long-range, low-power sensor networks. We select the connectivity approach based on your product's range, power, data, and operating environment.

Yes. We can integrate connected devices with platforms such as AWS IoT and Azure IoT Hub, as well as custom MQTT or HTTP backends. This allows your device data to flow into your existing cloud, applications, dashboards, or business systems.

Security is considered across the device-to-cloud architecture. Depending on the product, this can include secure boot, device authentication, encrypted communication, certificate-based identity, protected local data, and secure OTA firmware updates.

Yes. IoT devices can be designed with local data buffering and offline operating capabilities. This allows important device functions to continue during connectivity problems and enables stored data to synchronize when the connection is restored.

Yes. We design the architecture with fleet management and future growth in mind. Device provisioning, remote configuration, OTA updates, cloud data handling, and monitoring can be built into the system so the product can move from an initial deployment to a larger device fleet.

The timeline depends on the product's hardware complexity, firmware requirements, connectivity, cloud platform, app or dashboard requirements, testing, and deployment scope. A basic IoT MVP can take less time than a production-ready product with advanced features, so we define the project scope and roadmap before development begins.