Smart Home Arduino

I run a Raspberry Pi (RPi) as my home automated server. I run MQTT Broker, a FTP server and image processing on the RPi. Connected to the RPi are 13 ESP32's located throughout my house. The ESP32's use MQTT to send receive messages from the RPi. I run a Python program that acts as my communications manager. Node Red can do the same thing.

I have been playing with home automation in some form or other for something like 40 years now. I think the best way to get started is not worry too much about the big picture and just work on some simple, individual projects and let it slowly build up over time.

I would just build a few simple stand alone units using esp32s which allow you to read temperatures, turn things on and off with relays etc. via a web browser...

Then as you have new ideas / learn more you can keep adding to their functionality, getting them to update a central server with the information etc.

Building your own burglar alarm with integrates in to all this is a good project, you can have it turn lights on, email or text you etc.

My main advice I always give is do not use anything in "the cloud" and keep it all in-house so you have full control over it all.

Smart Home Arduino

Download 🔥 https://blltly.com/2y5Unu 🔥

First, choose a protocol.. The home automation market is very "fractured" with no dominate standard. The future is probably Zigbee, which Apple, Google, and Amazon have signed-onto. Direct-Wi-Fi is not common so you generally need a hub.

Not really... I have a programmable home automation hub that's plugged into my regular home network router/hub. I use it with Wi-Fi but basically it can work with anything that connects to the regular computer network. I'm not controlling it remotely over the Internet or cell phone network but that can be done. The home-automation side of the hub works with Zigbee and Z-Wave.

My home is about as smart as you can get. Almost every light in my home is connected, and I have 10 Alexa units in 9 rooms. I rarely need to touch a switch, just tell Alexa to turn the light on. I have tried all protocols and have mixed results. In my case I never got Zigbee to work satisfactorily, Z-wave is reliable, but Z-wave hardware is the most expensive (and difficult to manage). MQTT is mostly working but I have been adopting a new protocol (ESPHome) in my ESP devices. I also have a few 433 MHz devices.

Home Assistant can be connected to the Internet to allow control of your home from anywhere, but it is not required. (Mine is not). The HA team also offers a paid cloud service, but I haven't tried it.

I will show you how to build your own smart home. It shows the temperature both inside and outside, if the window is open or closed, shows when it rains and make alarm when the PIR sensor senses move. I made the application on the android to display all the data (you can also watch it on browser). You can see temperature in your home and other information from all over the world! Application is translated to english and polish. I built it because I wanted to make my own smart home and control it. If you want, you can make your own smart home, all you need is parts (listed below) and a lot of desire. So let's get started.

First you need to do is download, extract and import this library to arduino IDE. And download 1Wire library from here, Dallas temperature from here and import them to arduino IDE too. You can upload this program to your arduino. In the comment is an explanation of the code.

When you click refresh in your app or in browser Arduino sends data to smartphone/browser. Application gets source code from each page ( /tempin, /tempout, /rain, /window, /alarm) and displays it on your phone.

To instal app on your android phone you need to make this (you can see it on the picture above):

1. the firs first step is download smartHome.apk file

2.Send apk file to your phone

3.Open file manager and locate smarthHome.apk file

4.Click on it and click install (if you have enabled the option to install applications outside the google play you need to turn it on)

5.You have finished the installation, you can enable the application

I'll explain how the application works. It's shows all data from your home. You can click on settings icon to edit your IP address and turn on or off alarm. When you turn on alarm, app get data from PIR sensor in service and if it's detected move in your home it's make a notification. App retrieves the data from the motion sensor every minute. In IP field you must enter your IP address. You can check it here.

Interesting but this is not smart ... its just playing with Arduino cheap modules. Also you could use a ESP8266 Arduino WiFi module instead of ENC28J60. You can find here more about what smart house should be. Thank you for your work!

Home automation has increasingly become a need in our lives. Without even noticing it we have been adding connected elements to our homes and buildings to make our lives easier and nowadays we are surrounded by electronic devices that monitor our environment, control our lighting systems and appliances, and even give us peace of mind by home security systems. Our expectations go even further as we interact with devices remotely using our mobile handsets or locally with voice activated smart speakers.

Access your dashboards on the go from anywhere at any time, with the ability to interact with your home automation projects using the free IoT Cloud Remote app available on Google Play and App Store or your IoT Cloud portal.

The code you used is applicable to the OSOYOO Yun IOT KIT. Now the OSOYOO smart home IOT learning kit uses the mega IOT expansion board based on esp8266. Here, we do not use the code related to Blynk.

This Smart Home Learning Kit based on the Arduino platform is newly rolled out by Keyestudio DIY Robot Co. Ltd. It simulates the real smart home and demonstrates the cozy and comfortable life for people.

This system adopts PLUS main control board and multiple modules, including 1602 LCD, photocell sensor, analog gas(MQ-2) sensor, PIR motion sensor, yellow LED, servo, steam sensor and Bluetooth.

In fact, Bluetooth controls everything in smart home: light intensity, humidity, flammable gas concentration, doors openning and closing. Everything is controlled via APPs on smart phones/IPad and will be displayed on 1602 LCD in real time.

We totally provide 3 programming languages: C language, Mixly and Scratch. These languages hit the top list in programming, which is easy and convenient to use and understand.

This module is an Arduino dedicated module, and compatible with arduino sensor expansion board. It has a control system (also called an input loop) and a controlled system (also called an output loop). Commonly used in automatic control circuits, the relay module is an "automatic switch" that controls a larger current and a lower voltage with a smaller current and a lower voltage.

This is a simple soil humidity sensor aims to detect the soil humidity. If the soil is in lack of water, the analog value output by the sensor will decrease; otherwise, it will increase. If you use this sensor to make an automatic watering device, it can detect whether your botany is thirsty to prevent it from withering when you go out. Using the sensor with Arduino controller makes your plant more comfortable and your garden smarter. The soil humidity sensor module is not as complicated as you might think, and if you need to detect the soil in your project, it will be your best choice. The sensor is set with two probes inserted into the soil, then with the current go through the soil, the sensor will get resistance value by reading the current changes between the two probes and convert such resistance value into moisture content. The higher moisture (less resistance), the higher conductivity the soil has. Insert it into the soil and then use the AD converter to read it. With the help of this sensor, the plant can remind of you: I need water.

In 20th century, technology has changed our life. People can work at home with wireless device like mouse, earphone, printer and speaker, which highly enhances our life standard. Bluetooth can make work at home easily, as well as the entertainment. Users can control wirelessly the audio file from PC or Apple iPod within 30 inches. Bluetooth technology can also be used in adapters, allowing people to share their daily life with friends from internet and social media.

Bluetooth technology is a wireless standard technology that enables short-distance data exchange between fixed devices, mobile devices, and building personal area networks (using UHF radio waves in the ISM band of 2.4 to 2.485 GHz). This kit is equipped with the HM-10 Bluetooth module, which is a master-slave machine. When use as the Host, it can send commands to the slave actively; when use as the Slave, it can only receive commands from the host. The HM-10 Bluetooth module supports the Bluetooth 4.0 protocol, which not only supports Android mobile, but also supports iOS system. In the experiment, we default use the HM-10 Bluetooth module as a Slave and the cellphone as a Host. We install the Bluetooth APP on the mobile phone, connecting the Bluetooth module; finally use the Bluetooth APP to control the parts of smart home kit.We also provide you with 2 types of mobile APP, for Android and iOS system.

The home automation systems allow to control electronic devices remotely and to perform automatic routines based on the user's programming preferences, making domestic environments more convenient, comfortable, and efficient, also optimizing energy costs.

This WiFi IoT module would be an excellent choice for IoT classroom teaching and smart home projects. It supports multiple programming platforms, such as MakeCode, Mind+, and Arduino IDE, and can a...

Abstract:The ideal smart home could be automatically controlled using a variety of electronic tools and devices to perform everyday tasks. Smart home automation is crucially beneficial for human life, particularly when considering those with disabilities, inpatients, and elderly populations. In this paper, applications and systems for smart homes are investigated. During experimentation they were controlled via an Android mobile phone and the Arduino platform. Bluetooth Module HC-06 was used to connect the Arduino Uno R3 with the mobile phone. Five smart home applications were developed to control the lighting and electrical sockets, fan speed, temperature- and humidity-meter display/controls, as well as the fire-alarm and toxic-gas alarm systems. Herein, the definition, the graphical user interface, the required main components, and the control circuit connections are prepared and presented for each application. The graphical user interface was created using the RemoteXY website, which is a reliable website for this purpose. The developed applications were tested, and they were found to work efficiently and correctly. Additionally, this innovative system is both cost-effective and affordable (total cost at the time of development was 110 USD).Keywords: smart home applications; lighting and sockets control; fan speed control; temperature and humidity display; fire alarm system; Arduino and Android Platform 17dc91bb1f