Smart Office IoT Packet Tracer: Design and Configuration

This report discusses the design and configuration of Smart Office IoT network using Cisco Packet Tracer. It covers the configuration of IoT devices, opening a new registration server account, accessing devices using a tablet, and sending a simple PDU from tablet to server. The report concludes that the IoT network design helps in better management of the office network and reduces the effort of the users. A Packet Tracer file is also included.

Running head: SMART OFFICE IOT PACKET TRACER
Assessment Item 2
Name of the Student
Name of the University
Author’s Note

1
SMART OFFICE IOT PACKET TRACER
Table of Contents
Part 1....................................................................................................................................2
1. Introduction..................................................................................................................2
1.1. Design of IoT network for Smart office...................................................................2
2.......................................................................................................................................3
i. IoT Device configuration..............................................................................................3
ii. Opening new Registration Server Account with the Student_ID................................4
3. Accessing Smart IoT devices using the tablet.............................................................6
4. Simple PDU from tablet to server...............................................................................6
Part 2....................................................................................................................................7
Packet Tracer File................................................................................................................8
Conclusion.......................................................................................................................8
Bibliography........................................................................................................................9

2
SMART OFFICE IOT PACKET TRACER
Part 1
1. Introduction
The smart office network is designed in cisco packet tracer 7.1 and the configuration the
server and the wireless access point the Student_ID = 11638837 is used. A new account is
opened for the management of the IoT devices using the ID and the wireless access point is
secured with WPA2 PSK and for the passphrase also the student ID is applied. Thus for
connecting the IoT devices the interface is changed to wireless and the student ID is used for
connecting with the wireless router and enabling management from the tablet connected to it.
1.1. Design of IoT network for Smart office
Figure 1: Design of IoT network for Smart office
(Source: Created by author)

3
SMART OFFICE IOT PACKET TRACER
2.
i. IoT Device configuration

4
SMART OFFICE IOT PACKET TRACER
ii. Opening new Registration Server Account with the Student_ID

5
SMART OFFICE IOT PACKET TRACER

6
SMART OFFICE IOT PACKET TRACER
3. Accessing Smart IoT devices using the tablet
4. Simple PDU from tablet to server

7
SMART OFFICE IOT PACKET TRACER
Part 2

8
SMART OFFICE IOT PACKET TRACER
Packet Tracer File
Conclusion
From the above report it can be concluded that the development of the smart office
network helps in better management of the office network. The effort of the users can be reduces
with the development of the IoT network design because it helps in better management of the
device using a hand held device. The network is configured such that it can be managed from
remote location and helps in getting the status of the device connected to the network. The
configured file of the network is attached with the report and it is named with the student id and
the name as per the requirement of the assignment.

9
SMART OFFICE IOT PACKET TRACER
Bibliography
Rayes, A., & Salam, S. (2017). The Internet in IoT—OSI, TCP/IP, IPv4, IPv6 and
Internet Routing. In Internet of Things From Hype to Reality (pp. 35-56). Springer, Cham.
ZHAMANOV, A., MIRTSKHULAVA, L., SAKHIYEVA, Z., & ZHAPAROV, M.
(2017). Implementation of Flipped Classroom as Element of IoT into Learning Process of
Computer Networks Subject in Suleyman Demirel University. Journal of Technical Science and
Technologies, 6(1).