lear to use arduiin iot cloud to build iot

1. LEARNTO USE ARDUINOIOT CLOUDTO BUILDIOT
PROJECTS
INDUSTRIAL TRAINING PRESENTATION
Department of Electronics and Communication Engineering
Presented By:
R.Jeevan
III/IV
ECE-C
320126512160

3. ABSTRACT
Arduino IOT Cloud is an application that helps makers build connected
objects in a quick, easy and secure way. You can connect multiple devices
to each other and allow them to exchange real-time data. You can also
monitor them from anywhere using a simple user interface.

4. WHAT IS ARDUINO?
 Arduino is a open-source electronics platform based on easy-to-use hardware and
software.
Arduino Boards are able to read inputs and turn into an output.
 It is flexible, offers a variety of digital and analog inputs, SPI and serial interface and
digital and PWM outputs.
 It is easy to us, connects to computer via USB and communicates using standard serial
protocol, runs in standalone mode and as interface connected to PC computers.
 It is inexpensive, around RM70 per board and comes with free authorizing software.
 Arduino is backed up by a growing online community, lots of source code is already
available and we can share and post our examples for others use , too.

5. Features of Arduino :
Arduino consists of a circuit board, which can be programmed and a ready-
made software called Arduino IDE (Integrated Development Environment),
which is used to write and upload the computer code to the physical board.
The key features are −
• You can control your board functions by sending a set of instructions to
the microcontroller on the board via Arduino IDE .
• Unlike most previous programmable circuit boards, Arduino does not
need an extra piece of hardware (called a programmer) in order to load a
new code onto the board. You can simply use a USB cable.
• Additionally, the Arduino IDE uses a simplified version of C++, making it
easier to learn to program.
• Finally, Arduino provides a standard form factor that breaks the functions
of the micro-controller into a more accessible package.

6. ARDUINO BOARD TYPES:
 Arduino UNO(R3)
 Arduino Nano
 Arduino Micro
 Aurdino Bluetooth and many more.

7. WHAT IS IOT?
IOT :- Internet Of Things
The Internet Of Things refers to the collective network of connected
devices and the technology that facilitates communication between
devices and the clouds,as well as between devices themselves.
Ex: Smart mobiles, smart refrigirators
smart watches, medical sensors

8. ARDUINO IOT CLOUD :
The Arduino IoT Cloud Is a online platform that makes it easy for you
to create, deploy and monitor IoT projects.
Cloud computing enables user to perform computing tasks using
services provided over the internet.
BENEFITS AND FUNCTIONS:
IoT Cloud Computing provides many connectivity options,implying
large network access.
Developers can use IoT cloud computing on-demand.
Based on the request,users can scale the services according to their
needs.
Cloud Computing implies the pooling of resources.

9. FEATURES OF ARDUINO IOT CLOUD:
Auto-Generate sketches
Device to Device Communication
Over the Air Updates
Support for ESP Boards
Trigger Actions on Cloud Events
Sharing your Dashboards
Alexa Integration
Use IFTTT, Zapier and more with Webhooks
Easy Firmware Updates
Full Dashboard Customization
Fully Functional Free Account

10. Arduino MKR Boards:
Arduino MKR 1000 WiFi
WiFi built-in
Arduino MKR WiFi 1010
WiFi and Bluetooth built-in

11. ARDUINO MKR WIFI 1010 BOARD FEATURES:
 32-bit computation
 Low power WiFi
 Cryptochip for secure communication
 Uses standard ARDUINO IDE
 5v USB power in
 LiPo charging circuit

12. STEPS FOR MAKING AN IOT PROJECT :
 First create Arduino IOT cloud account
 Wiring the circuit
 Configuration in IOT cloud
 Writing the code and uploading it to the MKR WiFi 1010
board
 Finally testing the project

13. ARDUINO WEB EDITOR:
The Arduino Web Editor allows you to write code and upload sketches to
any urdino or Genuino board after installing a simple plug in your sketchbook will
be stored in the cloud and accessible from any device.
HOW TO OPEN ARDUINO WEB EDITOR:
Log in to your Arduino account
Installing
Agent successfully installed
Clicking on web Editor button
Check if connected boards can be found
Selecting the blink example
Upload the sketch tto the board

14. What Language is AURDINO?
Aurdino code is written in C/C++ with an addition of special methods
and
functions.
The Aurdino language has a lot of abstraction built in, especially in the
hardware interface,which makes it very simpl to use.

15. IFTTT:
IFTTT is short for ‘If This Then That
IFTTT allows you to do more with different apps and services,incliding
Twitter, Dropbox, Evernote, Amazon, Alexa and Google Assistant.
IFTTT brings services together into Applets, automations that aloe
you to do things your apps and devices can’t do on their own.
In IoT IFTTT is an online service that automates Web-based tasks so
that when user-specified events occur, follow up tasks are triggered
and handled.

16. APPS WORK WITH IFTTT:
Amazon Alexa
Android Device and Android SMS
Dropbox
Gmai
Telegram
Instagram and many others

17. Projects discussed throughout the course :
1.Controlling an LED from the cloud
2.Taking Analog Readings
3.Detecting external events like a Button Press
4.Creating a Motion Sensor Alarm that calls your Cell Phone when it is
Tripped
5.Measuring Temperature and Humidity with a DHT-22 Sensor
6.Creating a Temperature-Controlled Self-Regulating System

18. ADVANTAGES:
Internet of Thing facilitates several advantages in our daily life.
Minimize human effort
Save time
Enhanced data collection
Improved security
Efficient resource utilization
Reduced use of other electronic equipment
Use in traffic systems
Useful for safety concerns
Useful in healthcare industry

19. DISADVANTAGES:
Security issues
Privacy concern
Increased unemployment
The complexity of the system
High chances of entire system get corrupted
High dependency on the internet
Reduced mental and physical activity

20. PROJECT
Controlling an LED from the IOT Cloud
In this project we control the LED using an on and off switch configured in the IOT Cloud.
The components needed for the circuit are:
 MKR WIFI 1010 Board
 3 connecting wires
 330 ohm resistor
 LED bulb
 Breadboard and USB cable

21. Now connect the circuit as per the circuit diagram:
The anode of the LED is connected to the pin 2 of the MKR board.
The cathode of the LED is connected to GND pin of MKR board through
330 ohm resistor.
Finally the USB cable is connected to the USB pin of the MKR board
 After making the connections create a thing in the IOT cloud and set up your function according
to the property you need.
 Here we need on and off switch so create that feature and next move onto making code changes.
 You will see a default code for MKR board ,now you need to make some changes to this code so
that the LED thing will work accordingly.
Add LED pin mode function to the code and name it as an output pin.
Now add a loop function so that the LED glows on when the switch in
monitor window is on and it glows off when the switch is off.

22. After writing the code , compile it if there are no errors burn the
code to
the MKR board.
The power supply from the system through the USB cable is
sufficient for
this project.

23. PROJECT
Creating a Motion Sensor Alarm that calls your Cell Phone
when it is Tripped
Parts needed:
Arduino MKR WIFI 1010 Board
(or compatible board)
USB Cable
Connecting wires
PIR Sensor
330 Ω resistor
LED

25. THANK YOU