This is XHome , A home with X-Factor :) which demonstrates the capabilities of an emerging IoT platform written in TQL - "Thing Query language".

1. X-Home
A Home with smart factor
Xoriant Team 1
Final Project
Submission
TQL class -2
[Xoriant Team]

2. Team
Neha Chaurasia
• Idea Conceptualization
• TQLer
• Architecture design
• Physical Modelling
• Presentation/Cinematographer
Xoriant Team 2
Samyak Bhalerao
• The UI Master
• TQLer
• Hardware shopaholic
• Hardware Solider
• Mr. Fix it

3. The Idea
• There are many Smart Home solutions present in IoT space then why not one
with TQL ?
• You must have seen our tiny yet smart Home in Mid-term .
We have extended the same idea by adding more functionalities and making a
home more smart. Xoriant Team 3

4. Home Modules
Xoriant Team 4
Garden
Garden Ambiance
Plant Watering
Garage
Open the Door
Take a picture
Entrance
Open the Door
Take a picture
Living Room
Automatic Lights
&
Fan
Zone-1
Kitchen
Automatic Light
&
Gas Detection Alarm
Zone-2
Bedroom
Light Ambiance
Zone-3

5. Deployment Architecture
Xoriant Team 5
Sensor Node
TQL Engine
Linux Box
Sensor and Actuator Node
Soil Simulation
TQL Engine
Actuator Node
TQL Engine
Linux Box
Web UI
Cloud Service
Controller Node
TQL Engine

6. Hardware Requirement
Xoriant Team 6
3x Machines
1 X Raspberry
7x Arduinos
2x Proximity Sensors
2X Motion Sensor
1X Temperature Sensor
1X MQ2 Gas sensor
2x USB cameras
2x Servo motors
2x LED
1X RGB LED Strip
1X Buzzer
1X Relay
1X Light
2X Submersible Pump
1x Solenoid valve
11 Machines
6 Sensors 12 Actuators

7. Zone#1 Living Room & Entrance gate
Xoriant Team 7
Proximity Sensor
Temp Sensor
Motion Sensor
Servo Motor
LED
Fan
Sensor Node Actuator Node

8. Zone#2 Kitchen & Garage gate
Xoriant Team 8
Proximity Sensor
MQ2 Gas Sensor
Motion Sensor
Servo Motor LED Buzzer
Sensor Node
Actuator Node

9. Zone#3 Bedroom & Garden
Xoriant Team 9
LED Strip
Bedroom Actuator setup
Photo Diode
Relay board
Sensor node
2 water Pump
1 Solenoid
1 Light strip
Actuator Node
Actuator node

10. Xoriant Team 10

11. TQL Concepts covered
• Real Time interaction with Sensors /Actuators
• Working with groups of devices
• Controlling multiple things through TQL
• Cloud service integration
• Simulation
• User interface to control devices
• Scalability
Xoriant Team 11

12. Learnings & Challenges
• Device phobia is for real but you can surely conquer it with patience
and planning
• Power supply issues while running multiple actuators on a Arduino
board
• TQL is so light weight and easy to replicate on machines, the setup
time is negligible
• TQL modeling is very flexible, adding things to model is quick and easy
Xoriant Team 12

13. Next Steps
• Provide Home Configurator through UI
• Integration of actual soil sensor and solenoid valve
• Run time analytics on data collected through device
• Face recognition integration with security system
• Manual Vs Auto mode to control devices in all zones
• Fault tolerance and Notifications
• …….
Xoriant Team 13

14. Demo video
Xoriant Team 14
Watch our demo videos on youtube.
Mid-Term Project - https://youtu.be/rYR_u9MAreI
Final Project - https://youtu.be/8q7iu30zkaU
If you like what you see, then please do Like the videos 

15. Thank You
Xoriant Team 15