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Task In your role as a Solutions Architect at M2M Solutions, you are leading a team of several system administrators. M2M solutions is a medium sized organisation and is currently expanding its...

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Task

In your role as a Solutions Architect at M2M Solutions, you are leading a team of several system administrators. M2M solutions is a medium sized organisation and is currently expanding its operations.

The company has acquired six sites across Sydney to accommodate its various departments.You have been asked to design a network by utilizing XXXXXXXXXXprivate IP address. The network should span six buildings with a router in each building to join the networks. It is assumed that each building will have its own single subnet .Company expects approximately 1200 workstation across all the sites with approximate numbers in each building as follows:

  • Finance Office - 260 workstations
  • Transport Office - 130 workstations
  • Research Office - 120 workstations
  • Sales Office - 40 workstations
  • Information technology - 520 workstations
  • Head Office - 60 workstations

TASK 1 -Write a 1000 words (+/- 10%) report explaining:

a.The detailed design of a simple addressing solution (with diagram(s) and step by step workout of the calculations) that leaves room for growth, is easy to administer and has the minimum wastage of available IP address space.

b.Explain what happens to your design if the number of hosts per network jumps to over 1,024 per building.

TASK 2 - Currently the company policy does not allow the use of network analysers on the organisational network. You have recently had a team meeting where all the staff are of the view that the use of network analysers can bring more efficiency in troubleshooting processes.

Write an 800 words (+/- 10%) report for the board of directors proposing to allow the use of network analysers for diagnostic purposes in new proposed network architecture. Your report should include:

a. Brief explanation of protocol in the context of communication networks and the role of network analysers. Explanation should include example of a situation where network analysers can be used in the context of Task 1.
b. An analysis of currently available network analyser tools. The analysis should contain:

i. Benefits, associated costs, ease of usability
ii. Recommendation from you, as to what tool would you prefer to use and why.

(The reports should be targeted towards your audience i.e. the board of directors who may not be technologically savvy. Therefore the report should be easy to read and contain step by step overview of the design that includes calculations and assumptions.Additionally, the report contencts should be logically, systematically and succinctly structured to create a cohesive and coherent analytical piece of work, using formal academic language and should adhere to grammatical conventions.)

Answered Same Day Dec 27, 2021

Solution

David answered on Dec 27 2021
117 Votes
[DOCUMENT TITLE]
[Document subtitle]


[DATE]
[COMPANY NAME]
[Company address]
Table of Contents
Introduction ................................................................................................................................ 2
Task A .................................................................................................................................... 2
Subnetting .......................................................................................................................... 3
Network List .......................................................................................................................... 4
Task 2: Network Analyzer on organization network ............................................................. 5
Protocol and Network Analyzer ......................................................................................... 5
Analysis of network analyser tools .................................................................................... 6
Recommendation ............................................................................................................... 7
References .................................................................................................................................. 8
Introduction
The scenario given in this case is that the company is looking to develop the network that
would consists of over 1200 workstations located at different office locations. The
distribution of the network is as follows:
ï‚· Finance Office - 260 workstations
ï‚· Transport Office - 130 workstations
ï‚· Research Office - 120 workstations
ï‚· Sales Office - 40 workstations
ï‚· Information technology - 520 workstations
ï‚· Head Office - 60 workstations
The IP address that is being allocated to the company is 10.0.0.0 secluded IP address and we
need to subnet it as per the requirement so as to have the network between the six different
offices.
Task A
We would now subnet the 10.0.0.0 IP space so as there is possibility of expansion in the
future and network can be easily maintained as per the requirement. Furthermore, the
different office locations are connected via the fi
e optics.
The IP addressing and its sub-networking is done using the classful addressing where the
subnet mask defines the length of the network and let us know from which segment of the
network the packet belongs to. The network segmentation could become quiet an issue in
case the network segments have not been defined at the start of the network layout plan. The
common issue being the depletion of the number of IP addresses available for the new
devices to the network. A sound a
angement of the network addressing would allow easier
addition of the newer networking devices to be easily being added to the network. This also
enhances the overall security of the network as the devices which are meant for the network
would not be able to get the IP from another segment. We can make use of the virtual LANs
that would help us to mitigate further security issues as well (this can be taken up later as
cu
ent focus is on the network segmentation using the classful addressing).
The IP address that we have is particularly from following classes:
1. Class A with Network ID being of 8 bits out of total 32-bit IP address
2. Class B with Network ID being of 16 bits out of total 32-bit IP address
3. Class C with Network ID being of 24 bits out of total 32-bit IP address
The addresses classes or address space defines the limit to which the network IP space can be
used as IP subnetting that is to divide the network into small network space for the individual
offices.
Figure 1 Depicts the address space of all the classes, our cu
ent focus is on class A, B and C

Figure 1: Classful Addressing
Subnetting
Using subnetting we can make...
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