I will develop firmware, ble, zephyr os solutions, and design custom iot hardware
About this Gig
HELLO
Welcome to my gig
Building an IoT product is more than just writing code or drawing a PCB its about creating a device that works reliably in the real world.
If you need someone who understands both hardware and firmware together, youre in the right place. I help startups, engineers, and businesses turn ideas into working embedded systems using modern technologies like BLE, Zephyr OS, ESP32, STM32, and custom IoT hardware design. Whether you already have a prototype or youre starting from scratch, I can help you build a stable and scalable solution.
What makes my service different the way I approach development
I don't just complete tasks. I focus on performance, low power optimization, clean architecture, hardware compatibility, and long term reliability.
My services include:
- Firmware development for embedded systems
- BLE / Bluetooth Low Energy solutions
- Zephyr RTOS & embedded software development
- ESP32, STM32, nRF52 programming
- Custom IoT hardware & PCB design
- Sensor and wireless module integration
- Debugging, optimization, and troubleshooting
- Prototyping and product development support
Send me a message and lets discuss how to make it work properly.
Platform:
STM32
Sensors:
Temperature
•
Humidity
•
Ultrasonic
FAQ
What microcontrollers and platforms do you work with?
I work with ESP32, STM32, nRF52, Arduino, and other embedded platforms for IoT and wireless projects
Can you develop BLE and wireless communication features?
Yes, I develop BLE communication, WiFi connectivity, sensor networking, and low power wireless solutions.
Do you provide custom PCB and hardware design?
I can design custom IoT hardware, schematics, and PCB layouts for your project requirements.
Can you work with Zephyr OS and RTOS based systems?
Absolutely. I develop embedded applications using Zephyr RTOS, FreeRTOS, and other real time operating systems.
Will you help debug or improve existing firmware?
Yes, I can fix firmware issues, optimize performance, reduce power consumption, and improve system stability.
