About SOS system

1. D. Y. PATIL COLLEGE OF ENGINEERING & TECHNOLOGY,KOLHAPUR
(An Autonomous Institute)
DEPARTMENT OF CSE (DATA SCIENCE)
A Project Report on
“SOS System Using Arduino ”
Submitted by
Under the guidance of
Mrs. T. V. Deokar
Name Roll no
1. Gaurav Ganesh Apugade 06
2. Rushikesh Mahesh Hirphode 15
3. Swapnil Shivaji Parte 14
4. Pruthviraj Santosh Patil 24

2. PROJECT NAME
SOS SYSTEM USING
ARDUINO

3. INTRODUCTION
1.Defination
2.Purpose
3.Relevance

4. OBJECTIVES
1. Develop a Reliable Emergency
Communication System
2. Integrate GPS Tracking Functionality
3. Create an Intuitive User Interface
4. Optimize Power Consumption
5. Enhance Reliability and Durability

5. DRAWBACK OF EXISTING
SYSTEMS
1. High Cost
2. Complexity
3. Slow response Time
4. Maintenance Requirement

6. PROPOSED
SYSTEM
1. Cost Effective Solution
2. Quick Activation And Response
3. Low Maintenance
4. Portable And Compact Design

7. SYSTEM ARCHITECTURE

8. HARDWARE REQUIREMENT
1. Arduino Board
2. A9G Board
3. GSM Antenna
4. GPS Antenna
5. Power Source
6. Sensors (Optional)
7. Enclosure

9. SOFTWARE REQUIREMENT
1. Arduino IDE
2. A9G Development
Environment
3. GSM Communication
Libraries
4. GPS Parsing Libraries
5. SOS Triggering Algorithm
6. SOS Message Formatting
7. Error Handling and Recovery

10. ADVANTAGES
- Cost-effective
- Customizable and scalable
- Faster response time
- Improved reliability

11. DIS-ADVANTAGES
1. Manual Activation
2. Power Dependancy
3. Limited range in
remote or isolated
areas.
4. Initial setup and
programming may
require technical
expertise.

12. CONCLUSION
In conclusion, the SOS system project utilizing Arduino and the
A9G board presents a promising solution for emergency distress
signaling and location tracking. Through a thorough evaluation
encompassing functionality, reliability, performance, user
experience, error management, comparative assessment, and future
enhancements, several key insights have emerged

13. THANK YOU