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EMBEDDED DEVELOPMENT
Hardware and software designed and developed as one. From industrial data collection to IoT devices and pilot production, we deliver products that genuinely work on site.
SERVICES
Circuit design, firmware, connectivity and server integration handled as one continuous chain — our strongest combination.
Microcontroller firmware designed and implemented in C / C++, including control tasks with real-time requirements.
Selecting microcontrollers and components to suit the use case, and designing the circuitry. Prototype boards supported.
Implementation of Wi-Fi / BLE / LoRa / 4G (CAT1) as appropriate, plus cloud integration.
Control of temperature, current, water level and other sensors, with accurate acquisition and buffering.
First-stage processing and protocol conversion on the device side, connecting field equipment to higher-level systems.
Validation from prototype towards mass production, noise countermeasures and long-term operation testing.
CASE STUDIES
For client confidentiality, only publicly shareable details are shown.
Two products developed — a smart door lock requiring no replacement installation, and an all-metal BLE smart lock. Taking "safety first" as the principle, we delivered remote unlocking from a phone, direct Bluetooth control and a highly durable structure.
A system that samples three-phase voltage phase changes at high speed and analyses the breaker's actual open/closed state from them. It detects the hard-to-notice "false open" condition with high accuracy, enabling remote monitoring and pre-warning for substation equipment and reducing outage risk and inspection workload.
A controller for overseas shrimp farms that monitors pond conditions and automatically controls oxygen supply. Temperature and dissolved-oxygen sensors, diesel generator control and a LoRa wireless network are integrated; aeration starts automatically when dissolved oxygen drops below a threshold, and status and parameters can be checked remotely from the web.
A gateway that collects data from field equipment via Modbus and similar protocols, converts it to JSON and sends it to a server. If connectivity drops, data is cached locally and automatically re-sent after recovery, so no data is lost during long unattended operation.
TECH STACK
From microcontrollers to connectivity and cloud integration, we use technologies proven in the field.
We can assess feasibility from the earliest concept stage of a device.