Packet Tracer IoT Smart Office Network Configuration and Testing

This assignment solution details the design and configuration of an IoT Smart Office network using Cisco Packet Tracer. The solution includes a network diagram illustrating the connections between various devices, such as smart devices, a wireless access point (AP), and a registration server. The configuration of the wireless AP with a student ID as the password for securing the network is explained, along with the setup of user accounts on the registration server to enable communication between devices. The solution further covers the setup of smart device attributes using a tablet's web browser, utilizing the registration server's IP address to fetch device details. Connectivity testing between the tablet and registration server using Packet Data Units (PDUs) is also demonstrated. Furthermore, the assignment extends to adding a new branch in the same city and controlling IoT devices remotely. The solution includes a Packet Tracer file for detailed configuration and protocols used in the network setup. Finally, a bibliography of relevant resources is provided to support the assignment.

Running head: ASSESSMENT ITEM 2 - PACKET TRACER IOT SMART OFFICE
Assessment Item 2 - Packet Tracer IoT Smart Office
Name of the Student
Name of the University
Author’s Note

1
ASSESSMENT ITEM 2 - PACKET TRACER IOT SMART OFFICE
Table of Contents
Part 1................................................................................................................................................2
1. Network Diagram of demo IoT Smart Office..........................................................................2
2. i. Configuration of the network Devices..................................................................................2
ii. Connection of the device with the “username” and “password” as the Student ID................5
3. Setup of the smart device attributes using the web browser of the tablet for all the IoT
devices.........................................................................................................................................7
4. Using PDU for testing the connectivity of the registration server and tablet..........................8
Part 2................................................................................................................................................9
Packet Tracer File..........................................................................................................................10
Bibliography..................................................................................................................................11

2
ASSESSMENT ITEM 2 - PACKET TRACER IOT SMART OFFICE
Part 1
1. Network Diagram of demo IoT Smart Office
Figure 1: Network Diagram of demo IoT Smart Office
2. i. Configuration of the network Devices
For the configuring the smart devices the wireless AP is configured with the student_ID
and new user account is opened in the registration server for connecting the IoT installed in
different location of the network.

3
ASSESSMENT ITEM 2 - PACKET TRACER IOT SMART OFFICE
“WPA2 – PSK” is chosen for encrypting with AES and “student_ID” is applied as a
password for connecting the IoT devices with the wireless AP.

4
ASSESSMENT ITEM 2 - PACKET TRACER IOT SMART OFFICE
In the IoT device end the student ID is given for connecting with the wireless interface of
the router.
The connection with all the IoT device are demonstrated in the above network diagram
and it is configured in cisco packet tracer 7.1.1.

5
ASSESSMENT ITEM 2 - PACKET TRACER IOT SMART OFFICE
ii. Connection of the device with the “username” and “password” as the Student ID
The registration server IP address is inputted in the web browser for creation of new
account and it is created for connecting with the interface of the IoT device installed in the
network.

6
ASSESSMENT ITEM 2 - PACKET TRACER IOT SMART OFFICE
After the creation of the account the informations are stored in the server and the service
is enabled for allowing the devices to communicate with the registration server.

7
ASSESSMENT ITEM 2 - PACKET TRACER IOT SMART OFFICE
The server address is inputted for enabling communication and for the username and the
password the student ID is given that was previously used for the creation of the server account
and connecting with it.
3. Setup of the smart device attributes using the web browser of the tablet for all the
IoT devices
After establishment of successful connection with all the attributes the details of the IoT
sensor devices used for designing the network can be seen from the web browser of the tablet
connected with the network. The registration server IP address is utilized for fetching the details
of the IoT devices.

8
ASSESSMENT ITEM 2 - PACKET TRACER IOT SMART OFFICE
4. Using PDU for testing the connectivity of the registration server and tablet
The network is verified by enabling the ICMP packets and sent between the tablet and
registration server for testing the connectivity between them.

9
ASSESSMENT ITEM 2 - PACKET TRACER IOT SMART OFFICE
Part 2
Addition of new branch in the same city and controlling the IoT devices using the web
browser of the tablet.
The tablet is connected in the remote location and the network is configured for
connecting it with the remote server for controlling the IoT devices remotely.

10
ASSESSMENT ITEM 2 - PACKET TRACER IOT SMART OFFICE
Packet Tracer File
The packet tracer file of the network solution is embedded for finding all the details of
the configuration and finding the protocols used for configuration of the network.

11
ASSESSMENT ITEM 2 - PACKET TRACER IOT SMART OFFICE
Bibliography
(2018). Static-course-assets.s3.amazonaws.com. Retrieved 21 March 2018, from https://static-
course-assets.s3.amazonaws.com/I2PT/en/index.html#6.2.1.2
Cai, W. X., Li, G. S., Chen, X. H., Hong, C. Q., Zhu, S. Z., Wu, Q. H., & Chen, R. (2016,
August). Education based new computer network simulator design and implementation.
In Computer Science & Education (ICCSE), 2016 11th International Conference on (pp.
933-935). IEEE.
Tagliacane, S. V., Prasad, P. W. C., Zajko, G., Elchouemi, A., & Singh, A. K. (2016, March).
Network simulations and future technologies in teaching networking courses:
Development of a laboratory model with Cisco Virtual Internet Routing Lab (Virl).
In Wireless Communications, Signal Processing and Networking (WiSPNET),
International Conference on (pp. 644-649). IEEE.