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I will develop embedded iot firmware esp32 stm32 nrf52 raspberry pi ble mqtt lora rtos
Senior Electronic Design Engineer, Embedded Systems Expert
Embedded Systems Engineer, Firmware, PCB Design, IoT
I am an Electronics Engineer who develops embedded and IoT products from concept to completion. My work includes system architecture, PCB design, ...
About this Gig
Looking for production-ready embedded iot firmware? I engineer high-performance IoT systems using advanced RTOS architectures. Get custom embedded iot firmware written perfectly for your hardware.
What I deliver:
- Expert esp32 and stm32 development using native toolchains.
- Ultra-low power nrf52 optimization for long battery life.
- Multi-threaded rtos scheduling (FreeRTOS/Zephyr) for deterministic execution.
- Robust ble pairing, data profiling, and custom GATT services.
- Long-range lora and LoRaWAN secure protocol integration.
- Raspberry pi local edge gateway development with secure broker bridging.
- Lightweight mqtt telemetry messaging over protected TLS 1.3.
Why choose my embedded iot firmware service?
I specialize in cross-platform esp32, stm32, and nrf52 solutions. Whether scaling a raspberry pi hub or building low-power ble, lora, and rtos nodes, your code will be stable and ready for mass production.
Let's launch your project! Order your custom embedded iot firmware now!
FAQ
What do you need to start?
Provide your schematics, datasheets, and target platform (esp32, stm32, nrf52, raspberry pi). Clarify if your project requires ble, mqtt, or lora scheduling within the rtos layer.
Can you blend multiple platforms?
Yes. I write modular embedded iot firmware. I can link stm32 or nrf52 ble/lora sensor nodes directly to an esp32 or raspberry pi edge gateway using rtos.
Is cloud connection included?
I handle the edge-side embedded iot firmware. I configure secure mqtt telemetry clients and setup raspberry pi local brokers to route data to AWS or Azure safely.
Do I get the source code?
Yes. You receive 100% of the production-ready source code with clean rtos structure for your esp32, stm32, or nrf52 hardware deployment.
How do you test without my board?
I use hardware emulation, local testing rigs, and mock data injection to verify the embedded iot firmware logic before delivery.
