Budget: 10000 UAH Deadline: 10 days
Good evening
Not long ago I finished a similar project
Message me privately, I will be happy to help)
It is necessary to develop the software part of the device based on Raspberry Pi 5 using ESP32-S3 as an auxiliary controller.
The system must:
1) Work with a camera.
2) Control a rotating mechanism.
3) Interact with external modules via GPIO/UART/I2C/SPI.
4) Have a stable architecture.
5) Start automatically after power is turned on.
6) Have remote control via a web interface.
Budget: 10000 UAH Deadline: 10 days
Good evening
Not long ago I finished a similar project
Message me privately, I will be happy to help)
Budget: 9500 UAH Deadline: 21 days
Good day, I am working with ESP32 and a camera based on Raspberry, I have a complete understanding of how this can be implemented if there is an ESP available. I will set up the program for STM32 or Arduino and will also add UART, I2C, SPI connections.
Budget: 10000 UAH Deadline: 1 day
Good day!
I have extensive experience in developing software for embedded/Linux devices, including Raspberry Pi and microcontrollers with interaction through GPIO, UART, I2C, and SPI. I can implement a robust architecture for working with a camera, controlling a pan mechanism, communication with ESP32-S3, auto-starting the system after power is supplied, and remote control via a web interface. I also consider the structure of services so that the system is stable, easy to maintain, and ready for further expansion.
I suggest we move to private messages.
Budget: 10001 UAH Deadline: 12 days
What should the camera actually do? I am ready to take on the project after clarifying the specifications.
Budget: 10000 UAH Deadline: 7 days
Good day.
Feel free to contact me, I will gladly complete the task quickly and efficiently.
Budget: 10000 UAH Deadline: 2 days
Good evening, I will do everything as efficiently and quickly as possible! I have already worked on a similar project and have a few questions that I would like to clarify: what is the exact list of hardware? What exactly should the camera do? What type of rotating mechanism is there and how is it controlled? What should be in the web interface?