Please find the attached files.Packet Tracer Remote IoT Smart Office Task Case Study: You have just...

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Please find the attached files.Packet Tracer Remote IoT Smart Office Task Case Study: You have just joined Shrewd Solutions as an IoT Network Design Engineer.  Your first project is to setup an IoT Smart Office.   Shrewd Solutions has 2 offices. The main office is located in Melbourne and the other at Wagga Wagga.  As a part of the project you are expected to create a smart office in Melbourne with the criteria and devices given below. The Main Smart Office at Melbourne includes, but is not limited to the following smart devices all connected to the office wireless router: · Ceiling Fan · Windows (3) · Front Door · Temperature Monitor · Webcam · Smart LED · Humidifier · Smoke Detector The above smart devices are in the main office at Melbourne. All the devices are connected through the office wireless router to the modem which in turn is connected to the Internet via the ISP Starters to the Remote Sever through the company’s cloud cluster run by Blue Servers.  All the devices are registered on the Remote Server. These devices should be controlled locally by a Tablet which is also connected to the wireless network. Ensure that you add all necessary screenshots and embed your packet tracer file with the documentation to be presented to the manager for project approval. Tasks: Build and configure a smart office. (Refer to the file in the Student Resources Folder ITC560_Assignment_2_Help_file). Start the smart office from the basic file available from the link: https://static-course-assets.s3.amazonaws.com/I2PT/en/index.html#6.2.1.2 Save the file as 11637806_Sarvjeet_ITC560.pkt (using your own student ID and first name). All screenshots for each step with a brief explanation must be included in the document. Once the Assignment is complete, the student must embed the packet tracer file in the word document as StudentID_Firstname_ITC560.pkt (11637806_Sarvjeet_ ITC560.pkt) and display as an icon. The word document with all screenshots and packet tracer file should be submitted. Melbourne Smart Office Design: 1.    Add, connect, enable and configure the registration server with static IP, tablet and wireless router as shown in Figure 1 below. (1 mark) 2a.  Add, configure the smart devices mentioned in the case study and name these as given in Figure 1 below. Note that these devices should be wirelessly connected to a wireless router and should be encrypted using TKIP by using WPA2-PSK (the pass phrase must only be your student ID). (1 mark) 2b.  Connect and activate the devices with username and password (use your Student ID for both). This is to ensure a unique login to the smart network. (1 Mark) 3.    Set up all the smart device attributes through the tablet web browser and PC for the devices to work as shown in the partially completed Figure 1 below. Students must use DNS such as www.student_name.com to access all the connected devices. (2 marks)                                                                                                                 Figure 1 4.    Show the protocols that are used in transmitting a simple PDU from the tablet to the remote server (by going to simulation mode) and record all the protocols that are used for transmission of the simple PDU when the packet is: (2 marks) · in progress; and · successfully delivered as shown in Figure 2 below                                                                                                        Figure 2 5.    Add a new branch office at Wagga Wagga. Must use TWO routers to connect these sites and configure accordingly. Use a new Tablet device and PC to control devices at the Melbourne office. (3 marks) 6.    Log on to the web browser on your tablet/smart phone and manage the devices as given below. Using the same tablet or new smart phone: (3 marks) · Turn off the ceiling fan · Lock the door · Monitor the temperature · Turn on humidifier  · Turn on Smart LED 7.    Use conditions to setup the following: · Close Window1 when the carbon monoxide or carbon dioxide levels outside go high (you should include appropriate conditions for the case when the CO and CO2 levels return to normal) · Open Window2 and Window3 and switch on ceiling fan when the CO2 level inside the office increases (you should include appropriate conditions for the case when the CO2 levels return to normal) · Show screenshots before during and after the conditions are triggered (write a note with the screenshots to indicate how these were achieved) 8.    Add “Environmental Variable Graph” such as (Rain, Sun Light, Water Level) and discuss your results. (2 marks) (Based on the lesson in the CISCO IOT ACADEMY) Embed the 11637806_Sarvjeet_ITC560.pkt file into the word document, display as an icon and document your work to be presented to your manager. The word file with packet tracer file embedded should be submitted on Turnitin.  Part 2 (4 marks) After successfully deploying the prototype in Part 1, the client wants an overall cost of the project. Please provide recommendations for physical devices required to build a smart office. You must consider the overall cost of the IoT devices connected in Part 1.   Assumptions: - You have to only employ one device each per task as mentioned below: The budget is  Generic Server)  ii. Connect the Registration Server.   a. Using a Copper Straight-Through cable, connect the server to the  Wireless Router through the cable internet and cable modem.  iii. Enable the registration server service.   a. Click the Registration Server in the workspace to open the  Registration Server configuration window. Click the Services tab and  then click the IoT service in the left pane. Click the “On” button to  enable the service.   iv. Configure the registration server.   a. Click the Config tab. In the Global Settings window change the Display  Name to StudentID_Name_IoT Registration Server (Your studentID  and your name followed by Registration Server) and change the  DHCP/DNS IPv4 setting from the default Static to DHCP.  b. Verify that the server has received an IPv4 address from the Home  Gateway by clicking the Desktop tab and then the IP Configuration  icon.(My server IP address is 209.185.220.3, yours could be different).  Please note your IP address for your server. Close the Registration  Server window.  4. Register Tablet to the Registration Server  i. Click the Tablet icon to open the Config tab. Select Wireless tab from left.  Enter OfficeNetwork for SSID.  Then select WPA2-PSK and enter PSK Pass  Phrase as Student ID.  AES is automatically chosen for Encryption. If not select  AES from drop down menu.  ii. Click the Web Browser icon in the Desktop tab. Enter the IPv4 address of the  Registration Server in the URL box and then click Go.   iii. Because there is no IoT account created yet, one will need to be created. Click  the Sign up now option.  iv. Select a username(Your StudentID) and password (Your Student ID) and then  click Create to create the IoT account.(It is a must only your studentID should  be chosen for both username and password)  v. No devices show up under the URL box as we have not set up IoT Server –  Devices window there are no IoT devices listed. This is because all the devices  are still registered with the Home Gateway. 5. Set up Wireless Router at office  i. Select Config tab then Settings tab on the left. Set Display Name as StudentID  Wireless Router.  ii. Select Wireless tab from left. Enter OfficeNetwork for SSID.  Then select  WPA2-PSK and enter PSK Pass Phrase as Student ID.  AES is automatically  chosen for Encryption. If not select AES from drop down menu.  iii. Follow 6.ii for all end devices (IoT) connected to the wireless router.  6. Configure the Smart Devices to register with your Registration Server.  i. Click the Device icon in the workspace to open the device configuration  window   ii. Click the I/O Config tab-> Network Adapter->choose PT-IOT-NM-1W(This is a

Sanjib · Accepted Answer

Running Head: PACKET TRACER REMOTE IOT SMART OFFICE
Packet Tracer Remote IoT Smart Office
[Student Name]
[University Name]
Table of Contents
Part 1	3
Melbourne Smart Office Design	3
Remote Server	3
Configure all smart devices	4
DHCP server	5
Wireless Router	7
Device Configuration	8
Controlling Devices through Smart Tablet	10
PDU	11
Control Melbourne office Smart IoT Devices from Wagga Wagga Office	12
Network Design	12
Operation perform from Wagga Wagga branch office	12
Condition for CO2 and CO	13
Part 2	14
Packet Tracer File	15
Bibliography	16
Part 1
Melbourne Smart Office Design
Remote Server
Remote server is used for IoT service which will provide all IoT operating for all IoT devices. All IoT devices must be configured with this Ip address.
Configure all smart devices
Figure 1: Network design of the Melbourne Office 
(Source: Created by Author)
This network is design for controlling all IoT devices wirelessly. This network consists several IoT devices, one wireless router for connecting all IoT devices, one register server for controlling all IoT devices. One tablet device for accessing all IoT devices.

Packet Tracer Remote IoT Smart Office Task Case Study: You have just joined Shrewd Solutions as an IoT Network Design Engineer. Your first project is to setup an IoT Smart Office. Shrewd Solutions has...

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