The document discusses a soldier health monitoring and position tracking system utilizing LoRa communication and various hardware components including sensors and communication modules. It focuses on real-time data transmission from soldiers to squad leaders and then to the control unit, enhancing safety and operational efficiency during military operations. The system aims to improve response times in search and rescue efforts by integrating health monitoring and bomb detection capabilities.

1. SOLDIER HEALTH MONITORING AND POSITION
TRACKING USING LoRa COMMUNICATION

2. HEALTH MONITORING POSITION TRACKING

3. INTRODUCTION
The soldier must be integrated with advanced healthcare
monitoring, real time GPS (Global Positioning System)
and data communications to send and receive
information to/from the control unit.

4. WBASNs
and
GPS Module

5. SYSTEM
Hardware Components:
•Arduino MEGA 2560
•Heartbeat Sensor
•Temperature Sensor and Humidity Sensor (DHT11)
•Accelerometer (ADXL335)
•Ethernet Shield (W5100)
• GPS Module (NEO-6M)
•ZigBee Module (XB Series 1)
• LoRaWAN Module
•Bomb Detector (IED i.e. Improvised Explosive Device)
• ECG Module (AD8232 i.e. Electro-Cardiogram)

6. Arduino MEGA 2560
➔54 digital I/O pins.
➔16 analog inputs.
➔The Arduino Mega 2560
is a microcontroller board
based on the
ATmega2560
(datasheet).

7. GPS Module
The GPS module for
Arduino is a small
electronic circuit that
allows to connect to your
Arduino board to get
position and altitude, as
well as speed, date and
time on UTC (Universal
Time Coordinated).

8. Zigbee Module
Zigbee is for high-level
communication protocols used to
create personal area networks such
as for home automation, medical
device data collection etc.

9. LoRaWAN Module
➔ LoRaWAN permit
inexpensive, long-range
connectivity for Internet of
Things (IoT) devices in rural,
remote and offshore
industries.
➔ Range: 2-5km (Urban),
15km (Sub-Urban).

10. Ethernet Shield

11. WBASNs

12. METHODOLOGY
➢Real-time Data Sensing in the
Warzone
➢Data Transmission
➢Data Analysis & Prediction

13. SYSTEM ARCHITECHTURE
▪ SOLDIER’S UNIT
▪ SQUADRON LEADER’S UNIT
▪ CONTROL ROOM’S UNIT

14. SOLDIER ‘S UNIT:

15. SQUADRON LEADER’S UNIT:

16. CONTROL ROOM’S
UNIT:

17. NETWORK ARCHITECHTURE

18. ✓we can conclude that we are able to transmit the
data which is sensed from remote soldier to the
squad leader and other soldiers using ZigBee
transceiver and from the squad leader to the
control unit using LoRaWAN as the wireless
transmission technology. This system helps to
monitor health parameters of soldier, track their
position and detect nearby bombs.
✓It will prove to be very useful to military forces
during war and rescue operations as it can be used
without any network restriction combining the
capabilities of ZigBee and LoRaWAN. Thus, this
system provides security and safety to our
soldiers.
CONCLUSION

19. ADVANTAGES
✓ It helps to minimize
the
▪ time,
▪ search and
▪ rescue operation
efforts of army control
unit

20. THANK YOU