Arduino

1. Introduction
Traditional switchboards lack remote control and
automation capabilities, leading to inconvenience,
energy wastage, and security concerns
Users must manually operate switches, often resulting in
unnecessary energy consumption and the risk of
appliances being left on unattended
There's a need for a solution that enables remote control,
energy tracking, and anomaly detection in switchboard
operation

2.  Efficient Energy Management
 Enhanced Security
 Universal Accessibility
 Simplify Home Automation
 Diverse Control Methods
Objective

3. Existing system
 Traditional home automation uses relay modules
for remote control, leading to a cluttered and
complex setup.
 Lack of a unified control system makes it
inconvenient for users to manage appliances.
 Monitoring electricity consumption requires
manual calculations and record-keeping.

4. Proposed system
 Introduces a portable smart switch controller that attaches
to any switchboard.
 Provides three control methods: voice command, Android
app, and hand gesture.
 Offers features like tracking electricity bills and detecting
anomalies in light schedules.
 Automatically turns off appliances after three hours of
continuous usage.

5. SOFTWARE AND HARDWARE
LCD Display
Arduino UNO
ESP8266
Servo Motor
Ultrasonic sensor
LED
Arduino IDE
Sinric Pro App
IFTTT

6. WORKING
User controls through app or Alexa and
gestures
Alexa receives command and send it Arduino
and esp8266
Arduino process and send commands to
hardware
Send feedback to user

7. Conclusion
The proposed Portable Smart Switch Controller offers an innovative
solution to the limitations of traditional switchboards
By combining remote control capabilities with energy monitoring and
anomaly detection, the system enhances user convenience, reduces
energy wastage, and improves security

8. Future scope
1.Broadening Device Compatibility
2.Advanced Voice Recognition
3.Intuitive User Experience
4.Anomaly Detection with Machine
Learning
5.Overall Security and Efficiency