NT2799 FINAL CAPSTONE PROJECT.DOCX

FredAbram III
NT2799
Bram Lewis
ProjectPart 6: Final Submission
NT2799 CAPSTONE PROJECT: DESIGNING A WIDE
AREA NETWORK
Project Name: Designing a WAN
Department: Information Technology / Networking Administration Systems
Focus Area: The design for this network begins by designing the local network, at
each of the provided locations, and then connecting all the offices together in an
effective Wide Area Network (WAN) Design.
Product/Process: Design a network structure, which will:
1. Handle a constant stream of multimedia traffic between offices, with average file
sizes being 25MB.
2. Have a desired response time of no more than 5 seconds, from any office to any
office, for file transfers of 25MB.
3. Have a desired response time of no more than 20 seconds between workstations for
data transfer of a file size as big as 50 MB. As in the design centers, multimedia (audio
and video) files are the general files worked on and average file sizes are 50MB of
combined data.
4. Include internet access for every location as; ABC Company maintains an intranet
with servers in Detroit, Paris, and Tokyo.
5. Include a flexible and expandable design to add users to every office, to open
additional offices, or acquire new offices by buying smaller companies.
6. Design a telephone system with conferencing, and speed dialing to any location in
the company.
7. Design company security (Software, Hardware, Policies, and Procedures).
Prepared By: Fred Abram III

FredAbram III
NT2799
Bram Lewis
Part 1: Structure of WAN
ABC is in a need of a corporate network that will connect several remote
locations in US, Europe, Asia and South America to their corporate network in San
Francisco. The San Francisco office is the company’s HQ and the other offices act as
sales locations. According to the specifications, ABC needs a network that will be able
to provide certain Quality of Service levels to their offices and allow for better
communication among their employees. The network will need to be expandable for
future use.
The network that our group proposes will contain several traditional and non-
traditional solutions that will meet ABC’s QoS (Quality of Service) requirements. When
designing a corporate/enterprise network it is important that the offices are
interconnected in a WAN network that will allow for better privacy and service levels
guarantees across the border. The remote sales offices will connect with the corporate
office over the Internet, using VPN (Virtual Private Network) connections. These VPN
connections will allow the sales locations across the world to interconnect and act as
they are on a single level network, sharing the same pool of IP addresses. For the
implementation of this network, we will specifically require SLA guarantees and QoS
guarantees of our Internet link provider to every office. Additionally, we will make sure
the providers use (see Figure 1) IP/MPLS (Internet Protocol/Multi-Protocol Label
Switching) in order to be able to have response times less than 5 seconds and no more
than 20 seconds. Additionally it will allow for service guarantees.

FredAbram III
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Bram Lewis
Figure 1. IP/MPLS Archicture
The IP address pool proposed is 10.0.0.0/16. This will allow for the creation of
more than 16 thousand different networks, with more than 16 thousand computers that
will connect to them. Each of the offices will be sub-netted on the private address range,
and all of them will be on either the same or different sub-network. The main VPN
concentrator will be located at the main HQ office at the San Francisco office. Each of
the remote offices will have a VPN terminal that will automatically be connected to the
main office. These VPNs will allow for each device to connect and get an IP address on
the local HQ network (See Figure 2).

FredAbram III
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Bram Lewis
Figure 2. VPN Architecture
The networks in each office/location will be LAN-switched, star based topology. Each of
the sales office will have a main router that is capable to connect the office to the
outside world and to act as a medium for the VPN connections. To the router, we will
connect multiple switches that will be configured for different VLAN (Virtual Local Area
Networks) and will logically separate various departments within those offices. These
networks will have both Ethernet and wireless infrastructure that will allow for
interconnection of multiple devices. Additionally, each of the offices will have a server
farm that will contain its own Windows Server 2008, firewall and DMZ (demilitarized
zone). Each department will be interconnected on its own VLAN specified within the
switches that will be used in the offices (See Figure 3).

FredAbram III
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Bram Lewis
Figure 3. LAN-switched Network Design
In the end, the corporate network will mirror the network design and infrastructure
mentioned above. This infrastructure allows for scalability and expandability to the
corporate network. The only difference with the HQ would be the VPN concentrator and
the server farm. The server farm here will contain Windows Server 2008 fully
implemented with Active Directory, DNS and DHCP roles. Additionally, there is a need
for an Exchange server to host the email and communications functions of the
company. Important to mention is the need of a separate dedicated application
server/media gateway that will host the needs for the audio/visual production of the
company.

FredAbram III
NT2799
Bram Lewis
Our group strongly believes that the network design proposed would suit the
company’s requirements and would allow for future expansion. Furthermore, the
network architecture will allow for better response time and lower jitter. This becomes
important when dealing with audio/visual production across several remote locations.
Lastly, it will allow for the remote sales locations to effectively connect to the HQ
network and act as they are on the same corporate network.
Part 2: Types of Equipment
In order to meet performance requirements such as flexibility, expandability, and
reliability in the network design proposed in Project Part 1, various hardware and
software must be purchased and implemented in each office location. As stated in
Project Part 1, ABC Company is in a need of a corporate network that will connect
several remote locations in US, Europe, Asia and South America to their corporate
network in San Francisco. The San Francisco office is the company’s HQ and the other
offices act as sales locations.
The following hardware and software needed at the HQ location in San Francisco
includes: Windows 2008 Server farm that is fully implemented with Active Directory,
DNS, and DHCP roles. Exchange server to host the email and communications
functions of the company. A VPN concentrator is needed in order to encrypt data and
transmit it through the tunnel of our VPN clients located in the other locations
(Vanderbuilt University, 2012). A separate dedicated application server/media gateway
is necessary to host the needs for the audio/visual production of the company.
Computers running Windows 7 OS are needed in order for company employees to

FredAbram III
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Bram Lewis
operate and perform daily tasks. Label switch routers, including both Ingress and
Egress, must be established for particular source-destination pairs within each office
location (John Wiley & Sons, 2013). “MPLS protocol will also be implemented with this
type of switched network to deliver the quality of service (QoS) required to support real-
time voice and video as well as service level agreements (SLAs) that guarantee
bandwidth” (Farlex, 2013). Comcast and AT&T as our ISPs for Internet access making
sure they use IP/MPLS protocol. Wireless access points and wireless controller for
guests and employee usage of multiple devices. Other necessary equipment includes:
Ethernet for network connections, UPS for fail-over purposes in case of a power outage
or disaster, spam filter to prevent unsolicited Email messages, including the sending
and receiving of "junk mail" or other advertising material to individuals who did not
specifically request such material, firewall to control incoming and outgoing network
traffic.
Additionally, each of the offices in Europe, Asia, and South America, will also
house a server farm that will contain its own Windows Server 2008 environment, firewall
and DMZ (demilitarized zone). Each department within these locations will be
interconnected on its own VLAN specified within the switches that will be used in the
offices. These locations along with the remote sales offices will have a main router that
is capable to connect each office to the outside world and to act as a medium for the
VPN connections. Label switch routers must be set up at each location in order to
establish communication (sending/receiving of packet pairs) at every location. As stated
previously, ABC Company will use Comcast and AT&T as their ISP, Exchange to host

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Bram Lewis
the company’s email, and will have workstations running Windows 7 OS at every
location in order for company employees to operate and perform daily tasks efficiently.
A wireless controller and wireless access points will be implemented at each location in
order to provide coverage and support for up to 100 devices simultaneously. At each
location, Ethernet must be run to provide a means of network access for devices. All
networking equipment will be powered by an UPS (Uninterruptible Power Supply) for
fail-over purposes in case of a power outage or disaster. And just like HQ, firewalls must
be installed at each location to control incoming and outgoing network traffic to provide
security. Each of the office locations will have properly spaced and grounded rack
layouts to ensure accessibility, successful cabling, accommodate patch panels, and all
networking equipment such as switches, routers, server, etc. All proper documentation
will be accounted for the cabling and networking infrastructure and blueprints will be
created in order to explain and reference the entire network design.
Our group strongly believes that the above hardware and software listed
throughout this document would suit the company’s requirements and would allow for
dependability and future expansion. The hardware described to support the network
infrastructure proposed in Project Part 1, will allow for SLA guarantees and QoS
guarantees resulting in reliability. Implementing Ingress and Egress routers and label
switching protocol (IP/MPLS) allow for response times less than 5 seconds and no more
than 20 seconds. The offices that connect with HQ over the Internet, using VPN
connections, act as they are on a single-level network, sharing the same pool of IP
addresses, which provides great flexibility for the ABC Company. The hardware, ISP

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Bram Lewis
provider, and overall network design specified for our WAN will ensure the greatest
amount of security and bandwidth for voice and data distribution and sharing across
multiple office locations.
Part 3: Protocol Choices
Our logical solution to the project will include various technologies, techniques,
hardware and software components. This document will provide company ABC with the
protocol choices for the network communications on the corporate network. Many of the
protocols used in this solution will make sure the media, file transfer and other
requirements are met to the standard.
The design will contain several core routers that will interconnect using the multi-
protocol label switching. Whenever a packet enters the corporate virtual network (as an
overlay using Internet), the packet will be assigned a label. The routers then route the
packet within the inside of the network based only on the label assigned by the entry
router. Once the packet leaves the network, the label is removed from the exit router.
MPLS supports creation of VPNs and specific, custom traffic engineering. MPLS is
based on multiple signaling protocols such as LDP, RSVP and others. RSVP is used to
reserve paths in order to provide reserved routes for real time traffic and specific media
traffic. This allows for smaller jitter and delay when it comes to packet delivery. MPLS is
working over IP, and right below TCP or UDP. Additionally, the WAN network will
incorporate HDLC – high level data link protocol that is used to connect point to point
devices. This again will be used over the cloud network. Each router will be virtually

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Bram Lewis
connected to another router using the protocol mentioned above. The logical top-level
design is provided on Figure 1.
Figure 1. IP/MPLS Architecture
In order to allow for real-time and non-real time communication, in addition to the
media file exchange, the network will have RTP protocol implemented. Real time
transfer protocol is responsible for the end-to-end delivery services for video, audio and
data. RTP brings several benefits to the network:
 Works well with UDP for real-time data transfer
 It uses multiple streaming protocols to match the across the board coding
standards
 It efficiently uses the network so it does not waste any bandwidth.
For the transfer of large files and media, we recommend hosting a file transfer
protocol server. The FTP server will act as the repository of files and data for the whole
company. This way, employees at various locations can easily access the server and

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Bram Lewis
transfer files over the VPN that is hosted over the Internet. Due to the requirements for
large data transfer, the FTP server needs to be hosted on a separate machine than the
AD server. The FTP server machine should be a Quad Core Machine with a minimum
of 8GB of RAM and symmetric up/down links of 100 Mbps. Additionally, it will need
raided storage space. The operating system of the server should be Microsoft Windows
Server 2008. The storage space should have 5 bays for hard drives, out of which 4 will
be fully utilized. Each of the bays will contain a 5TB hard disk drive.
In addition to the FTP server, the whole corporate organization needs to have AD
and group policy server (i.e. LDAP based server). For this we recommend the usage of
Windows Server 2008 R2 with at least of 16GB RAM memory and 4TB storage. The
server will have the following roles implemented:
 Active Directory
 DNS – Domain Name Services
 DHCP – Dynamic Host Control Protocol
 Media Services
 Application Services
The server will act as a central point in the company’s network architecture. The server
will be mirrored with another server with the exact same specifications, which will allow
for a fail-switch mode. If the first server fails, then the second server kicks in.
On the client side, the computers will be imaged with Microsoft Windows 7
Professional. This operating system will easily integrate within the server’s structure and

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will allow for easier implementation of policies. The clients will also be connecting to a
Network Access Control device that will be checking for security updates, bugs in the
OSs and lack of anti-virus programs. The NAC device will forbid connection to the
network if any of the abovementioned requirements are not met.
Lastly, each of the locations will have its own router that will be able to route
information based on the ip addresses provided to the clients by the DHCP. Next to the
router will be a VPN device that will automatically connect the location to its corporate
office. Below the router in the architecture, will be a switch. The switch will have the
feature of setting up VLANs for various departments and data types. The router and the
switch are recommended to have both differentiated and integrated services, so they
can provide better QoS. In addition, each location needs to have wireless access point
that will work on both 802.11g and 802.11n bands. This will allow for multiple devices to
connect wirelessly and exchange information over the network. The wireless network
will be divided in both office and guest network. One will be used for internal use, and
the other one by visitors that will be coming to the company locations. The network will
be implemented with RADIUS and 802.11i. The guest network will be secured with
WPA-Enterprise.

FredAbram III
NT2799
Bram Lewis
Figure 2. LAN architecture
The design that we just proposed allows for better implementation and
integration of the services the departments in the company need. It does not only allow
for a better and more secure communication, but it allows for a better Quality of Service
and better delivery of the data across the border.

FredAbram III
NT2799
Bram Lewis
Part 4: Phone System
We will now discuss the needed phone system for all locations. This document
will go into detail on the products that will be used for our phone system, the benefits it
offers, and the overall specifications of why we chose to implement this system for
company ABC. Since our company is in need of a quality and reliable phone/video
conferencing system, we chose to implement a Cisco VoIP system that utilizes the
Cisco Unified MeetingPlace with a Video Integration.
Utilizing a Cisco VoIP system will allow us to maintain our phone system through
our already in place network configuration, and only needing to make slight
adjustments. All of our offices will be equipped with the Cisco Unified IP Phone 7975G
for each employee, a Cisco Unified IP Conference Station 7937G for each conference
room, and also the Cisco Unified MeetingPlace with Video Integration to allow each
conference room to have audio and video conference capabilities. In order to make the
conferencing functional for both straight audio users and also video users, there will
need to be a few added components in our network.
First, we will need to add a Cisco Unified MeetingPlace Audio Server. This will
handle all of the audio conferences, and it will also set the parameters that are
interpreted by the video integration to control the conference resources. Next, we will
need to add a Cisco Unified MeetingPlace H.323/SIP Gateway. This will allow the
MeetingPlace system to communicate with the IP telephony devices by connecting the
audio server to it and establishing an audio link between the audio server and the

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Videoconferencing MCU. This will also enable both video and audio participants to hear
and speak to each other simultaneously.
The next device needed, is the Cisco Unified Videoconferencing MCU. This is what will
allow for us to have the video conferencing capabilities by streaming video to all
connect video endpoints involved in the conference. Next, we will integrate a Cisco IOS
H.323 Gatekeeper which is responsible for routing all calls between the video endpoints
and the Video Administration for the Cisco MeetingPlace. This will also handle all of the
IP protocol signaling that is involved in each conference. The last part of the system that
will be needed is the Cisco Unified Call Manager. This will allow both SCCP and SIP
endpoints to participate in the conferencing while also route all calls in each office
network. (See image below for an outline of the entire network)
The Videoconferencing MCU is responsible for a number of tasks involved in the
connectivity and communication of the video conferences that take place. This device
allows you to set the total number of ports needed for the conference, restrict specific
users to video-conferencing resources, and also modify the bandwidth that each
participant utilizes. The Videoconferencing MCU negotiates with the Cisco Unified Call
Manger to help set the parameters specified for the conference, so that all of the
resources do not get used on the running conference and cause the rest of the phone
system to shut down.
With the implementation of this phone system, it allows for us to have the servers
at HQ, while providing our remote sites the abilities to join in on corporate conferences.
This system will be ran with our current ISP’s that are in place (Comcast and AT&T) and

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will allow for all sites to have fully functioning phone capabilities. They will be able to
connect to the servers at HQ when initiating the conference calls, and will not need to
have any added materials at their site for their LAN telephone systems since it is all
over IP. Each phone will have a specified IP address that can be easily managed by
one person using the Cisco Unified Call Manager Web interface. The WebEx interface
will also benefit the video/audio conference meetings because it allows users to
schedule meetings through Microsoft Outlook. From this our clients can also specify the
exact number of ports that will be needed so that there are no issues with firewall
settings in our DMZ.
Project Part 5: Implementing Appropriate Security Schemes
For this part, our group is going to present several implementations of the
security mechanisms that are applicable to the solutions we have presented in the
previous parts of this project. It is important to understand that we already mentioned
few of the security implementations, and we are going to elaborate more details in here.
First, we decided to connect the sites using virtual private networks. These VPNs
are going to be established using VPN concentrators on each site that will terminate at
the headquarters office. Our VPN will be IPSec based signed with an SSL certificate.
The certificate is to be bought by a trusted certificate authority. These VPN
concentrators will open a tunnel through the internet that will allow for packet encryption
(see figure 1).

FredAbram III
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Bram Lewis
Figure 1. VPN Architecture
Aside of traffic encryption, VPN implementations allows for:
 meeting the QoS parameters
 Securing the corporate network
 AAA (Authentication, Authorization, Accounting)
 Breach detection
 Network Management
Additionally, the web and domain servers should be encrypted with 256 bit key
certificates. These will allow for secure exchange of information without releasing any
information. Additionally, it will protect both the customers and the employees of the
company. The headquarters side should also have group access policy and group
policy objects implemented. These will allow for a better access control over the
resources of the company. Certain groups or individuals will have access to several
things without overlapping jurisdictions.

FredAbram III
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Bram Lewis
On a local level, there are two different security mechanisms needed. The first
one is for protecting the wireless network that will be available for both employees and
customers, i.e. guests of the company. The guests’ part should be secured using WPA-
2 mechanism, allowing for better encryption over the air. However, the employee’s part
should be secured with WPA-Enterprise that allows for Active Directory implementation.
Additionally, it would be recommended that we implement 802.1x/EAP and RADIUS.
WPA should be used on the locations with fewer employees. Each of the employees will
have a personal key that they can use to connect to the wireless network. Whereas, in
the networks with more users it is recommended the use of 802.1x/EAP.
AP AP
Server
PDA
Desktop
PC
Laptop
Laptop
Desktop
PC
Desktop
PC
Ethernet
Figure 2. Local WLAN implementation

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Bram Lewis
For a better management of the network, we finally recommend the use of
SNMP, simple network management protocol. SNMP is a sum of simple operations
used to present information based on the performed operations SNMP can be used for
a better management of the network and preparing a better alarm system. Usually, flags
can be positioned at various places in the system, that will later alert the system
administrator if an error occurred on those checkpoints.
Each location should also have firewall implementations that will be used to
protect the assets of each site and the HQ site as well. These firewalls should be smart
auto-learning ones that will be able to work not only based on rules, but based on
content as well. Coupling this firewall with a traffic shaper device will allow for
monitoring the content going out and coming in the company and protect it from
unauthorized usage and access.
Lastly, it is important to focus on the human component of the whole system.
Social engineering hackers are able to access the system by cracking the human brain
and getting into the system either using human errors, mistakes or using the employees
directly, without them even knowing. To prevent from this, proper and regular trainings
should be implemented about the awareness and the usage of the systems in the
corporation mentioned earlier.
Our group strongly believes that these schemes and recommendations will allow
for better management of the network.

FredAbram III
NT2799
Bram Lewis
Part 6: Project Timeline
Task Mode Task Name Duration Start Finish Predecessors Resource Names
Auto
Scheduled
Phase #1 10 days
Wed
3/18/15
Sun 3/29/15
Auto
Scheduled
Structure of WAN 5 days
Wed
3/18/15
Tue 3/24/15
Auto
Scheduled
RoutingProtocols 3 days
Wed
3/25/15
Fri 3/27/15 2
Auto
Scheduled
VPN Architecture 0 days Fri 3/27/15 Fri 3/27/15 3
Auto
Scheduled
Phase 2 Planning 2 days Sat 3/28/15 Sun3/29/15 4
Auto
Scheduled
Phase #2 11 days Wed4/1/15
Wed
4/15/15
Auto
Scheduled
Typesof
Equipment
3 days Wed4/1/15 Fri 4/3/15 5
Auto
Scheduled
Hardware 3 days Sat 4/4/15 Wed4/8/15 7
Auto
Scheduled
Software 3 days Thu 4/9/15 Sat 4/11/15 8
Auto
Scheduled
ScenarioTestPass 0 days Sat 4/11/15 Sat 4/11/15 9
Auto
Scheduled
Phase 3 Planning 2 days Sun4/12/15
Wed
4/15/15
10
Manually
Scheduled
Phase #3 5 days Thu 4/16/15
Wed
4/22/15
Auto
Scheduled
NetworkProtocols 2 days Thu 4/16/15 Fri 4/17/15 11
Auto
Scheduled
IP/MPLS
Architecture
2 days Sat 4/18/15 Sun4/19/15 13
Auto
Scheduled
LAN Architecture 1 day
Wed
4/22/15
Wed
4/22/15
14
Manually
Scheduled
Phase #4 6 days Fri 4/24/15 Fri 5/1/15
Manually
Scheduled
Implementationof
Phone System
4 days Fri 4/24/15
Mon
4/27/15
Manually
Scheduled
CiscoVoIP/Cisco
Unified
MeetingPlace
4 days
Mon
4/27/15
Fri 5/1/15
Manually
Scheduled
Phase #5 7 days Sun5/3/15
Wed
5/13/15
Manually SecuritySchemes 3 days Sun5/3/15 Thu 5/7/15

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Scheduled
Manually
Scheduled
Protocolsand
Policies
4 days Fri 5/8/15
Wed
5/13/15
Manually
Scheduled
Phase #6 7 days Fri 5/15/15 Sat 5/23/15
Manually
Scheduled
Finalizationof
WAN development
2 days Fri 5/15/15 Sat 5/16/15
Manually
Scheduled
Testing/Verifying 3 days Sun5/17/15
Wed
5/20/15
Manually
Scheduled
Documentation
and final
implementation
2 days
Thurs
5/21/13
Sat 5/23/15

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FredAbram III
NT2799
Bram Lewis
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