Packet Tracer Simulation: Designing a Remote IoT Smart Office (ITC560)

Desklib provides past papers and solved assignments for students. This project details a remote IoT smart office design using Packet Tracer.

ITC560
Internet of Things
Assessment item 2
Packet Tracer Remote IoT Smart Office
Student Name:
Student ID:

Contents
PART-1.......................................................................................................................................................3
Part-2.........................................................................................................................................................20
References.................................................................................................................................................21
Appendix...................................................................................................................................................22

PART-1
Melbourne Smart Office Design:
 Adding Registration Server to begin the project & to let the smart devices get registered on this.
 This IOT server is connected to the Melbourne Smart office branch.
 Every IOT device will get registered to this server and all the devices will be accessible remotely via
Wireless Tablet device (Bekara, 2014).
 As per the assignment configuring the IP address to the Registration Server.
 All the devices will get registered to this address.
 All the devices will also be accessible via IP or DNS (Baranwal, 2016).

 There must be a Username & Password which can only be given after making the server turn ON.
 This would allow the IOT server to get start.
 Username and Password are given as per the Student-ID, Which would be same on all the devices
while configuring.
 Adding Wireless Router as per requirement.
 By adding Wireless Router, Users would be able to get connected with the Registration Server via
this wireless connection.
 Users have to connect with the SSID first, after the user will be able to access the IoT devices &
Server.

 As per the above attachment SSID “IOT-Network” has been created for users.
 Users will connect to this SSID by entering the password.
 This SSID has TKIP encryption method, which is very tough to guess & to break by algorithms.
 There’s also WPA2-PSK authentication is used for SSID to make the Wireless Network more secure.
 Adding Wireless Tablet to this network.
 Wireless Tablet will allow user to Sign in to Registration Server.
 Also, this will user to access the Smart IOT devices.
 User needs to create an account on this Server first After then user would be able to Sign in.

 As per the above figure user is entering the SSID & Password to get connected to Wireless Network.
 User has to choose WPA2-PSK authentication along with TKIP encryption which is required to get
connected to this Wireless Network.
 After successful connection to this Wireless Network, Users will be allowed to access the
Registration Server and to manage the ITO devices remotely.
 Adding & enabling WIFI settings on Smart-Door.
 By using given Password, Smart-Door will connect to WIFI.
 After making a connection with WiFi, User will be able to access this IOT device via Registration
server.

 Registering Smart-Door to Registration server (116.70.30.1)
 Configuring IP of IOT Registration Server with username & password, which is mandatory for
registering.
 Now need to click on “Connect” button to register IOT device at Registration Server.
 If device connected to Server, there would be a Refresh button instead of Connect button.

 Adding & enabling WIFI settings on Smart-Window.
 By using given Password, Smart-Window will connect to WIFI.
 After making a connection with WiFi, User will be able to access this IOT device via Registration
server.

 Registering Smart-Window to Registration server (116.70.30.1)
 Configuring IP of IOT Registration Server with username & password, which is mandatory for
registering.
 Now need to click on “Connect” button to register IOT device at Registration Server.
 If device connected to Server, there would be a Refresh button instead of Connect button.

 Adding & enabling WIFI settings on Smart-Fan.
 By using given Password, Smart-Fan will connect to WIFI.
 After making a connection with WiFi, User will be able to access this IOT device via Registration
server (Alletto, 2016).
 Registering Smart-Fan to Registration server (116.70.30.1)
 Configuring IP of IOT Registration Server with username & password, which is mandatory for
registering.
 Now need to click on “Connect” button to register IOT device at Registration Server.
 If device connected to Server, there would be a Refresh button instead of Connect button.

 Configuring “A record” on Server with IP 116.70.30.1
 By configuring this DNS entry user will be able to access Server by www.gurjotsingh.com
 There would be two ways to connect with Server: Either by IP or by above URL.
 As per the given figure devices are showing on Registration Server web page.
 Smart CO Detector, Smart Sprinkler are showing on Registration Server web page.
 Smart Window is showing on Registration Server web page.

 As per the given figure devices are showing on Registration Server web page.
 Smart Door, Smart Fan is showing on Registration Server web page.
 Smart lamp is showing on Registration Server web page.
 As per the given figure devices are showing on Registration Server web page.
 Smart CO2 Detector, Smart Window-1 are showing on Registration Server web page.
 Smart Smoke Detector is showing on Registration Server web page.