NOW DAYS, Comfort is becoming a prime concern in our daily lives. Therefore, the rise of computing and intelligent environment got here into existence. Few innovations such as encircling knowledge satisfy the greatest requirement of the technologically advanced world, but since these developments aren’t completely web-integrated, people still require other innovation augmentation. Systems for home automation have generated a tonne of interest as correspondence technology has advanced. The term "smart home" refers to an Internet of Things (IoT) application that uses the Internet to monitor and manage devices utilising a home automation system. In order to automate the operation of home hardware over the internet using Google Assistant voice commands whenever and from anywhere, a model is constructed with the aid of an algorithm. The modern prototype uses an embedded Node-MCU and Arduino Nano ATmega328P micro controllers with onboard Wi-Fi guard. It employs all of the electrically connected home equipment in the home to be automated and updates the Blynk app with their data. The Blynk application on users’ smart phones over the Internet allows access to the data collected from a number of sensors (Ultrasonic, temperature, humidity, gas, fire, and Electro Magnetic Door Sensor), regardless of the users’ location. The Node-MCU is connected to home appliances using a pair of relays, and the action of the relays is controlled by voice commands through the use of Google Assistant. IoT home with voice command and Google Assistant is a low-effort and reliable automation device that can extensively provide accommodation, security, and assurance for residents of smart homes with an intuitive user interface for mobile devices and personal computers.

1.
Somani
,
Shradha
,
Parikshit
Solunke
,
ShaunakOke
,
ParthMedhi
, and
P. P.
Laturkar
. "IoT based smart security and home automation." In
2018 Fourth International Conference on Computing Communication Control and Automation (ICCUBEA)
, pp.
1
4
.
IEEE
,
2018
.
2.
Mahamud
,
Md
Sadad
,
Md Saniat Rahman
Zishan
,
Syed Ishmam
Ahmad
,
Ahmed Rezaur
Rahman
,
Mehedi
Hasan
, and
Md Lutfur
Rahman
. "Domicile-an IoT based smart home automation system." In
2019 International Conference on Robotics, Electrical and Signal Processing Techniques (ICREST)
, pp.
493
497
.
IEEE
,
2019
.
3.
Singh
,
Anand
Pratap
,
Arghya
Biswas
, and
Brahmjit
Singh
. "IoT Based Smart Home Automation Enabled with Manual Mode Switch Control." In
2019 2nd International Conference on Intelligent Communication and Computational Techniques (ICCT)
, pp.
60
63
.
IEEE
,
2019
.
4.
Jabbar
,
Waheb
A.
,
Mohammed
HayyanAlsibai
,
Nur Syaira S.
Amran
, and
Samiah K.
Mahayadin
. "Design and implementation of IoT-based automation system for smart home." In
2018 International Symposium on Networks, Computers and Communications (ISNCC)
, pp.
1
6
.
IEEE
,
2018
.
5.
Rajput
,
Harshada
,
Karuna
Sawant
,
Dipika
Shetty
,
Punit
Shukla
, and
Amit
Chougule
. "
Implementation of Voice Based Home Automation System Using Raspberry Pi
."
International Research Journal of Engineering and Technology
5
, no.
5
(
2018
):
2771
2776
.
6.
Tseng
,
Chwan-Lu
,
Che-Shen
Cheng
,
Yu-Hsien
Hsu
, and
Bing-Hung
Yang
. "An IoT-Based Home Automation System Using Wi-Fi Wireless Sensor Networks." In
2018 IEEE International Conference on Systems, Man, and Cybernetics (SMC)
, pp.
2430
2435
.
IEEE
,
2018
.
7.
Parashar
,
Shivam
,
Mohd
Zaid
,
Niket
Vohra
, and
Sujeet
Kumar
. "
Advanced IOT Based Home Automation
."
International Journal for Advance Research and Development
3
, no.
3
(
2018
):
113
116
.
8.
Singh
,
Harsh
Kumar
,
Saurabh
Verma
,
Shashank
Pal
, and
Kavita
Pandey
. "A step towards Home Automation using IOT." In
2019 Twelfth International Conference on Contemporary Computing (IC3)
, pp.
1
5
.
IEEE
,
2019
.
9.
Telugu
Maddileti
,
G. Shriphad
Rao
,
Vaddemani Sai
Madhav
,
Ganti
Sharan
Home Security using Face Recognition Technology
”,
International Journal of Engineering and Advanced Technology (IJEAT)
ISSN: 2249-8958, Volume-
9
Issue-
2
, pages:
678
682
, December,
2019
.
10.
A.
Jayalakshmi
,
L. P.
Reddy
and
M. S.
Preetham
, "
Monitoring Ripeness in Fruits and Vegetables Using the Raspberry Pi
,"
2022 International Conference on Applied Artificial Intelligence and Computing (ICAAIC)
,
2022
, pp.
1540
1545
, doi: .
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