You will get The Internet of Things with ESP32
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Project details
The ESP32 can be used for a wide variety of tasks in a variety of areas. Here are some sample applications listed below.
Internet of Things (IoT) Devices: Using the ESP32's built-in Wi-Fi and Bluetooth connectivity, you can build a variety of automation devices that can be controlled over a local area network or the Internet. Due to the large amount of memory and high performance on the ESP32, you can create a WEB server.
Home Automation: ESP32 can be used to create climate control systems, smart lighting (LED, RGB), water filtration systems, plant watering, security systems and many other devices in the home.
Robotics: ESP32 can be used in robotics applications for controlling motors, sensors, and actuators, enabling wireless communication and control in robot projects.
Wearables: ESP32's low power consumption makes it suitable for wearable devices such as smartwatches, fitness trackers, and health monitoring systems.
Environmental Monitoring: ESP32 can be used for monitoring and collecting data from environmental sensors such as temperature, humidity, air quality, CO2, barometric pressure and pollution sensors.
Internet of Things (IoT) Devices: Using the ESP32's built-in Wi-Fi and Bluetooth connectivity, you can build a variety of automation devices that can be controlled over a local area network or the Internet. Due to the large amount of memory and high performance on the ESP32, you can create a WEB server.
Home Automation: ESP32 can be used to create climate control systems, smart lighting (LED, RGB), water filtration systems, plant watering, security systems and many other devices in the home.
Robotics: ESP32 can be used in robotics applications for controlling motors, sensors, and actuators, enabling wireless communication and control in robot projects.
Wearables: ESP32's low power consumption makes it suitable for wearable devices such as smartwatches, fitness trackers, and health monitoring systems.
Environmental Monitoring: ESP32 can be used for monitoring and collecting data from environmental sensors such as temperature, humidity, air quality, CO2, barometric pressure and pollution sensors.
Project Type
Development, ITWhat's included
| Service Tiers |
Starter
$150
|
Standard
$300
|
Advanced
$750
|
|---|---|---|---|
| Delivery Time | 3 days | 7 days | 14 days |
Number of Revisions | 3 | 3 | 3 |
Frequently asked questions
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AI
Andy I.
Jun 11, 2025
H2FLow - Update firmware for flow meter converter board
Dmytro has proven (yet again) to be a great asset to me and my team! His communication is professional and clear, he responds to feedback and questions promptly and provides excellent quality of work.
I highly recommend Dmytro for any and all embedded electronics projects!
I highly recommend Dmytro for any and all embedded electronics projects!
AI
Andy I.
Apr 22, 2025
H2FLow - PCB design w/ firmware, Water level detection microcontroller with relay output
Dmytro is helpful, knowledgeable, professional, efficient and collaborative. He is a great asset to the projects that I am juggling and has helped me expedite the development of many projects so far.
Dmytro is reliable and works hard to get the job done!
I would highly recommend Dmytro for any embedded project that you may need assistance with!
Dmytro is reliable and works hard to get the job done!
I would highly recommend Dmytro for any embedded project that you may need assistance with!
AI
Andy I.
Apr 3, 2025
H2FLow - Flow Meter Signal Converter PCBA
A pleasure to work with as always! Dmytro is professional and efficient.
SM
Sean M.
Mar 3, 2025
Circuit designer to design and program a sensor decoder
Dmytro understands the objective of the project well and executes solutions very quickly. He is an excellent communicator and is upfront and honest.
OS
Olexiy S.
Oct 24, 2024
Custom PCB design and display graphics
Dmytro was excellent and fully met our expectations at every stage of the project.
Design Simulation: He performed an accurate simulation of the design, allowing us to test and verify the design before the manufacturing stage. This significantly reduced the development time and contributed to a higher reliability of the circuit.
Hardware and PCB Design: The custom PCB design was carried out with care and precision, taking into account our specific requirements and respecting the technical constraints. The PCB layout was optimized for both performance and ease of manufacturing, with excellent trace and component management.
Technical Skills in Electronic and Electrical Engineering: He demonstrated a solid knowledge of electronic and electrical engineering, effectively addressing every technical challenge of the project. His systematic approach ensured that any technical issues were resolved during development.
Microcontroller and ESP32 Programming: Programming the project on the ESP32 development board ran smoothly. His skills in C++ and microcontroller programming allowed for quick integration of the software and perfect synchronization with the hardware.
Collaboration and Communication: He was always available to answer our questions, providing regular updates and suggestions to further improve the project. His ability to communicate clearly contributed to a productive collaboration.
In summary, Dmytro demonstrated excellent skills in design and programming, as well as a great ability to tackle complex challenges. We are extremely satisfied with the outcome and would not hesitate to collaborate again for future projects.
Design Simulation: He performed an accurate simulation of the design, allowing us to test and verify the design before the manufacturing stage. This significantly reduced the development time and contributed to a higher reliability of the circuit.
Hardware and PCB Design: The custom PCB design was carried out with care and precision, taking into account our specific requirements and respecting the technical constraints. The PCB layout was optimized for both performance and ease of manufacturing, with excellent trace and component management.
Technical Skills in Electronic and Electrical Engineering: He demonstrated a solid knowledge of electronic and electrical engineering, effectively addressing every technical challenge of the project. His systematic approach ensured that any technical issues were resolved during development.
Microcontroller and ESP32 Programming: Programming the project on the ESP32 development board ran smoothly. His skills in C++ and microcontroller programming allowed for quick integration of the software and perfect synchronization with the hardware.
Collaboration and Communication: He was always available to answer our questions, providing regular updates and suggestions to further improve the project. His ability to communicate clearly contributed to a productive collaboration.
In summary, Dmytro demonstrated excellent skills in design and programming, as well as a great ability to tackle complex challenges. We are extremely satisfied with the outcome and would not hesitate to collaborate again for future projects.
About Dmytro
HVAC, AutoCad MEP, Energy+, RPI, ESP32, BMS
100%
Job Success
Kyiv, Ukraine - 8:55 pm local time
Almost all my designed HVAC systems were assembled and maintained under my supervision. I have clear understanding of whole lifecycle of different engineering systems, which helps me to make correct decisions while designing systems or making algorithms for them.
I have over 9 years experience of designing and making cheap programmable microcontrollers based on Raspberry Pi, ESP32, ESP8266 etc. with modern WEB interface and ability to be managed from smartphone. I can design PCB and make controllers myself or using outsource.
I have great experience in making energy efficient algorithms for managing HVAC systems, boiler rooms and heat pumps of different types for wide range of buildings, like residential houses, offices, stores, swimming pools, commercial buildings, manufactures, store houses, religious buildings, etc.
I also have experience in defining of energy consumption of buildings to determine the need for heating, cooling, ventilation and lighting using the program OpenStudio + EnergyPlus.
I have over 16 years experience in making applications for TAC Xenta controllers, Schneider Electric Xenta controllers, including working with TAC Vista software.
Steps for completing your project
After purchasing the project, send requirements so Dmytro can start the project.
Delivery time starts when Dmytro receives requirements from you.
Dmytro works on your project following the steps below.
Revisions may occur after the delivery date.
Technical task
In accordance with your wishes, I draw up the terms of reference for the development of the program.