iot, rotation counter

I can send you the device in 5 days . you give the pulse input and this device will count the pulse and update the data to a server in every periodic interval (say every hour). so you can see the result on your mobile phone or computer. You need to provide us the server details with database connectivity and we will handle everything else.

hello! I will do this project for you. Kindly come over chat and plan the project for the same...............

I can help you in this task we can use IMU sensors or hall sensor to monitor the rotations, to upload it on a cloud or if you want to see it remotely we can transfer data to remote location over wifi. Esp32 is the best option for this purpose. I have expertise in PCB design and firmware development. I have worked on such task before i can show you my previous work for your reference. Feel free to reach me to discuss the solution in detail.

hi I can do this with ESP32 module which as Wifi and Bluetooth feature. We can program it to send to sever once a day or week by storing in a SD card locally in the board. Also connect via bluetooth and access the data when needed. We can discuss Regards Senthil Chennai,India

Good day I am a hardware and firmware developer with 5 years experience developing IoT and telemetric products. I have developed hardware and firmware for numerous products. I am able to achieve requirements utilizing ESP32 or ESP8266 modules, I would also suggest using rotary encoder filter/comparator in hardware as to avoid doing it in code. Captured values should be saved in non volatile memory and recalled when sent to server. Feel free to message me to discuss your project, budget and timeline in more detail

With my extensive experience as an embedded systems engineer, specializing in electronics and microcontrollers, I believe I am the perfect fit for your IoT project. I have worked on various projects involving firmware development for microcontrollers such as ESP32, Raspberry Pi, Arduino, and ARM. This familiarity with rotary encoders will enable me to accurately interpret the pulses from the device and determine the count per revolution precisely. Moreover, I understand your requirement of low data transmission due to limited connectivity. My proficiency in optimizing data transfer will ensure that you receive one update per day or week as required without compromising the accuracy of rotation count. Efficiency is key in IoT projects and my expertise will guarantee you efficient use of available resources to minimize power consumption and maximize functionality. Lastly, my knack for developing web and app programs could help you visualize the updated rotation counts remotely even if your device is not always connected to the internet. Providing a user-friendly interface where you can adjust device names is not a problem for me. Let's join hands to deliver a reliable and intelligent IoT sensor solution for your rotating device.

With my diverse background in firmware development, circuit and PCB design, as well as an understanding of Internet of Things (IoT) systems, I am confident that I can deliver the solution you need for your rotating device. My proficiency in platforms such as Arduino, ESP32, STM32, along with my past experiences developing similar embedded systems projects give me unique insights into finding the best solution contextualized to your needs. For this project, I will ensure that the rotary encoder on your device is accurately capturing rotation pulses and storing them efficiently. With intermittent wifi access in mind, I'm capable of programming one data transmission per day or week depending on your preference to optimize power consumption while ensuring you have the necessary data points for remote monitoring. Moreover, my knowledge in electronics and microcontroller allows me to integrate a flexible naming structure so you can easily identify and differentiate between connected IoT devices with their respective rotating objects. This feature guarantees that you always have control over the devices and their location. Pairing this with my problem-solving skills honed over years would ensure that we address potential issues proactively for an undisturbed functioning system.

I am an expert in developing smart embedded devices in the field of wireless networks and MCUs. There are also other projects: - The Touch Switch uses NXP's MKL16Z32 and MC9S chips to connect to the zigbee network of Silabs. - Boiler touch switch using chip MKL communicate with TUYA MCU SDK. - Energy saving sensors like PIR, door... used module Zigbee (MGM111A/EFR32MG21) of Silabs. - Remote devices using chip 8258 Telink Zigbee/ble - Porting source code chip MCU as MKL, STM8/32, ... - Motor control by arduino circuit using PWM, PID .. - The gateway zigbee communicate with Energy meter of HONGFA - Zwave Z500/Z700 Silabs - ESP32 Matter such as switch, sensor smoke ... - ESP MQTT/HTTP

Hello, I am interested in working on your project, I have experience in microcontroller and IoT based projects. For consideration, please visit my profile to see several project portfolios that I have worked on. I hope you contact me. Thank You

As an electrical engineer with a rich experience in electronics and the Internet of Things (IoT), I understand the intricacies of your project deeply. My proficiency in MATLAB/SIMULINK, PCB design, Arduino and LabVIEW makes me well-equipped to handle all aspects of your project- from designing and assembling the IoT sensor to configuring it to your specific needs. The intermittent connectivity requirement doesn't faze me; I can develop a solution in which the data is transmitted at intervals, like once a day or week, reducing any potential burden. Drawing on my skills in Assembly language programming, FPGA and Verilog programming will allow me to dynamically configure the pulse count based on device type, ensuring accurate rotation measurement. Moreover, my familiarity with low-level programming languages like Assembly would be instrumental in intelligently utilizing the available 12V power resource. And to make data management more efficient, I can ensure that the device can be identified by a customizable name. All these capabilities collectively reinforce my claim of being tailor-made for your project needs. All in all, by choosing me, not only are you choosing an experienced freelancer but also someone who values communication, collaboration, and delivering more than expected.

Development of Electronic Projects, Hardware, Firmware and Software. He has 16 years of experience. Has already developed projects in the areas of security, automation. Embedded Estabilizer,Systems in IOT. RF Design ANTENNA 433MHz , GSM , LORA and Circuit Board design (Altium) and programming languages C/C++, Python and WEB Systems (PHP, Mysql, Java Script and Html) Database (Mysq)