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Medical Facility Network

DesignManagement of Network & Telcom -LIS4482

Eric Bis, Matthew Howard, Alex Johnson, Stephanie Mears, Evan Miller

12/8/2011



Medical Facility Network Design 2

I. Executive Summary

The following proposal was created to inform you about our architectural plan for your medical

facility network and data center. Our company has taken advantage of the latest technologies available

and provided cutting edge designs, in order to reduce your operational costs and improve efficiency. In

this proposal you will find our proposed networks, network policies, security policies, disaster recovery

plans, budget outlines and network diagrams.

We suggest that the medical facility and data center be connected wirelessly through a Virtual

Private Network, so we do not have to dig beneath the road. This connection will be WEP encrypted

and firewalled to all outside users who are not authorized. Ethernet cables will connect to all the

medical facility and data center workstations. Off site users will be able to connect wirelessly to the

facility through VPN.

The data center will securely house four MacPro Servers to support all the medical records and

workstation operations. The MacPro servers will each have 99.99% up time and will run OS X Lion

Server for its reliability and usability.

Backup data will be housed off site using both Tape Drives and Network-attached Storage

drives. Everything on the network, including logs will be saved to both devices. This will ensure

business continuity and longevity for many years to come.




II. Written Description

General Network Description:

We recommend the two star topology network design, connected by a virtual private

network (VPN) as depicted in our logical network topology diagram (Appendix B). All star

network topologies follow the client server architecture, meaning a set of centralized servers

supports and distributes data across the network. There will be application servers supporting

the networks from the medical center and the data center.

For this network, we recommend all Apple products. Although the initial costs will be

higher than Windows and Linux based alternatives, the long run benefits are greater since apple

products are more secure. All the hardware, especially the servers, will be running with 99.99%

up-time.

Medical Center:

In Appendix A, there are eleven hard wired workstation computers with available

Ethernet switches for up to thirty computers. We left extra ports in each room for increased

flexibility. In the medical center, there is a server room housing a Mac Mini to handle all file

and print services for both the medical facility and data center. We recommend an IT

architectural style layout in the medical facility as follows: a print room for billing, reception,

IT, and other offices for various users. Human Resources will be the only department with it’s

own printing and fax machines.

Data Center:

The off-site data center will house three Apple iMac 21.5” computers for the networking

staff. Four MacPro servers will support Databases, Networking and corporate Applications.

There will be a single server that will solely act as the patient data medical record database. It is




a good idea to keep this separate from the centralized user database for security purposes.

HIPAA states that you must keep medical records for a minimum of seven years after the

persons last visit. All records in the data center will be backed up on the mirror servers located

in our off site business continuity location.

Remote Users:

Employees should all be assigned iPhones and MacBook Pro laptops, as well as Verizon

air cards to allow remote access to the medical center and data center. There is no initial cost for

the air cards, but there will be $49.95 monthly fee. All remote users must log into the VPN with

their unique user name and password. No one will be able to connect to the network without the

proper credentials. There can be guest accounts provided in some circumstances, but those

accounts will only have access to the web server.




III. Network Policy

This section of the document outlines the network policies and guidelines to be followed by all

employees. These protocols and procedures will help ensure the networks remain stable and active.

User Administration:

Each employee will be able to login to company computers and networks using their employee

ID number as the username and a twelve-digit password, provided to them by the network

administrator. Only the network administrator can change the employee’s password. Once an

employee’s contract is terminated, their username and passwords will be deleted from the

system. More information about user IDs and passwords can be found in the security policy.

Internet Access:

Internet access will be provided wirelessly throughout the medical facility and data center via

user login. There will be temporary usernames and passwords provided to guests via check-in.

The network will have a filter to block explicit content, social media websites, video content

and adobe flash. This will allow the network to run faster during peak times. The network

administrator will monitor all network traffic and handle any network issues reported.

Printing Procedures:

Printing is only available on VPN connected machines with Line Printer Daemon installed.

Employees can choose from a provided list of printers within the LPD interface. Printing will be

limited to 100 pages per printing session. Employees can refill paper trays, change ink and toner

cartridges and adjust printer settings as needed. Printers are only for work related documents.

The same guidelines apply for Fax machines. Printer and fax materials can be found in the

division supply rooms.

Storage Allocation:




Employees allocated to iMacs or MacBook Pros will be allowed to use all the available hard

drive space on that particular computer. If they reach that computer’s maximum storage

capacity, they are responsible for upgrading the hard drive or purging the data. Once an

employee’s work contract is terminated, the assigned computer must be returned immediately.

More information can be found in the security policy.

E-mail Policy:

E-mail will only be available to employees with a valid username and password. E-mail will be

viewable on workstation computers, iPhones or personal computers. All e-mails will have a

100MB size limit to encourage text only messages. Employee in-boxes will also be limited to

1GB. E-mails will all be archived up to seven years in compliance with HIPAA regulations. As

HIPAA states, all e-mails are considered public record, subject to injunction by the state or

federal government. E-mails should be used strictly for work related purposes only.

Naming Conventions:

Custom ID codes will be applied to every computer and iPhone distributed to an employee. The

naming conventions are as follows:

• Key:

o Employee ID – Last 4 digits of pre-assigned employee number (Ex; 3205 8230

1724 = 1724)

o Location ID – Medical Facility or Data Center (Ex; MF or DC)

o Distribution Date ID – Date item was distributed to Employee (Ex; 01/16/11 =

011611)

o Employee Department ID – Division where employee works (Ex; Human

Resources = HR)




• Example:

o 2934MF072111CC – John H. Doe [2934], Medical Facility [MF], Date

Received [07/21/11], Department: Critical Care [CC]

Protocol Standards:

The following is a list of protocols that should be implemented for use within the company.

• FTP – (File Transfer Protocol) a standard for the exchange of program and data files

across a network. (TCP port 21)

• SFTP – (Secure File Transfer Protocol) a more secure form of file transfer protocol

because of encryption. (TCP port 22)

• TFTP – (Trivial File Transfer Protocol) used for automated transferring of configuration

or boot files between machines in a local environment. (UDP port 69)

• SMTP – (Simple Mail Transfer Protocol) an Internet standard for e-mail transmission

across networks. (TCP port 25)

• IMAP – (Internet Message Access Protocol, V4) a protocol for transferring e-mail

between servers. (TCP port 143)

• SNMP – (Simple Network Management Protocol) used mostly in network management

systems to monitor network-attached devices for conditions that warrant administrative

attention. (UDP port 16)

• SSH – (Secure Shell) a network protocol that allows data to be exchanged using a secure

channel between two networked devices. (TCP port 22)

• HTTP – (Hypertext Transfer Protocol) the data transfer protocol used on the World

Wide Web. (TCP port 80)




• HTTPS – (Hypertext Transfer Protocol Secure) a secure version of HTTP that encrypts

and decrypts user page requests as well as pages that are returned by the Web server.

(TCP port 443)

Workstation Configurations:

Certain computers may require different configurations based on the applications and operating

systems. Provided is a list of the basic configuration steps for a data center workstation. There

are no pre-installed business critical applications on these machines. Standard procedural steps

are as follows:

• Data Center Workstation:

1) Connect the iMac or MacBook Pro (if an iMac, plug in Ethernet cable to

back of machine) and boot to on.

2) Standard OS X Lion is pre-installed, go to the system preferences tab, then

accounts and set Full Name to “Admin.” Make the new password “Smile.”

3) Next, go back to system preferences and choose Network. Makes sure you

are connected to the LAN using the network username and password

provided by the Network administrator.

4) Join the correct user group (Data Center) under the network tab.

5) Once connected, open the web browser and type 192.169.0.1 into the URL.

6) This will take you to the Data center Sharepoint page. Click the “groups” tab

on the upper left hand corner of the screen and then click “Network

Administrator.”

7) This will prompt you for your employee ID number and password. Once

entered it will take you to a document storage page.




8) Above all the listed applications on the page, click the “Actions” tab at the

top and select “Bulk Download.”

9) A window will pop-up prompting you to verify the computer user name and

password (Admin Smile).

10) It will then ask where to store your downloads, select HD (hard drive).

11) Once the install package finishes, open your applications folder through the

finder window. Select Line Printer Daemon.

12) Configure the application by using the correct IP address and Proxy (both

can be found in terminal using the function “ipconfig /all”)

13) Once complete, open and configure the remaining applications including

Outlook Server 2003, OS X Lion Server User, MySQL Community Server,

Directory Utility, Workgroup Manager, Xgrid Administator and XSAN

Administrator.

14) Once all processes are complete, log out of the computer and “power off.”

Network Device Placement:

Network devices will all be placed in appropriate places within each facility. Access will

be restricted to only authorized users.

In the data center’s main server room, there will be four MacPro Servers and a Linksys

switch to connect it to all the local workstations through multiple CAT5e-RJ45 cables. All

external connections will be through the VPN, which is operational through the Airport Extreme

connected to the main switch. All these hardware components are located in the secured server

room.




At the medical facility, there will also be a server room, though much smaller than the

one at the data center. This room will serve strictly as the “hub” to connect the LAN to the VPN

at the data center. This server room will have a switch where workstations and routers connect

to it using CAT5e-RJ45 cables. The switch is then connected to another Airport Extreme which

connects to the data center through the VPN. The medical facility will also house the Apple

Mini quad core server for use as a File and Print server. All workstations can access this

because they are all wired to the work group switches (“hubs”).

Environmental Issues:

The server rooms will be kept locked at all times. The only entrance into the server

rooms will be monitored via surveillance cameras. Security cards will verify entrance into the

data center and server rooms. An armed security officer will guard the entrance into the data

center 24/7/365. The two server rooms will have extra air ducts to keep them a cool 68°F with

50% humidity.

The off-site business continuity data center will house warm mirror servers that provide

twice daily backup of all medical database servers and file servers. The exact location of the

data center will be disclosed once a contract is legally abiding.

Power Configurations:

The implementation of the Advanced Configuration and Power Interface (ACPI)

provides an open standard for device configuration and power management by the operating

system. The standard brings power management under the control of the operating system.

Because every machine in the medical facility and data center are powered by alternating




current, a separate server power supply will be needed. This will control any voltage spikes or

low frequency current that could damage the hardware and cause data loss.

Patches:When updating software on the servers, only hot patches will be applied. This will keep

the server fully operational during the install period so access to important data will not be

compromised while updating.

IV. Security Policies

This section includes the policies of the security in place at the medical facility.

IDS/IPS & Regular Vulnerability Assessments:

● Overview




○ Intrusion Detection System (IDS) is used to monitor the network for malicious activity

and creates a report based on data retrieved. Intrusion Prevention System also monitors

the network for malicious activity and attempts to prevent said activity from occurring.

● Purpose

○ The purpose of these policies is to ensure the overall security of the network.

● Scope

○ These policies must be followed by all network administrators.

● Policies

○ Cisco ASA 5500 Series IPS Solution will be used

○ Provides services such as URL blocking, anti-virus, anti-phishing, etc.

○ Logs must be checked daily for suspicious activity.

○ Network administrators will assess the overall vulnerability of the system every 6

weeks.

○ All logs must be kept for a minimum of two years.

● Enforcement

○ Any employee who does not follow these policies is subject to disciplinary actions.

User Account Access:

● Overview

○ Users are accountable for all usage on their accounts.

● Purpose




○ The purpose of this policy is to acknowledge the importance of user responsibility.

● Scope

○ All users are subject to these policies.

● Policies

○ All users are accountable for any usage on their account.

○ Users must log off their accounts when away from the computer.

○ Users must not allow anyone else to access their account.

○ User access is based on the principle of least privilege.

○ All users are given limited access based on what they need to do their job.

● Enforcement


Physical Security:

● Overview

○ Physical security is crucial in keeping the hospital personnel and patient information

secure.

● Purpose

○ The purpose of this policy is to ensure the protection of employees, patients, and

sensitive information.

● Scope

○ These policies must be followed by all hospital employees.

● Policies

○ All employees are given badges upon employment.




○ All employees must scan their badges before entering a secure room.

○ Employees who do not have permissions to be in a room will not have badge access.

○ Each time an employee scans their badge, their location is logged (time, date, and

location).

● Enforcement

○ Any employee who does not follow these policies is subject to disciniplanary actions.

Audit Policy:

● Overview

○ Audit policies are used to track and monitor changes in the system. This is important

because it helps identify any corruptions or malicious activity through the medical

systems.

● Purpose

○ The purpose of audit policies is to monitor and deter

● Scope

○ All employees are accountable for their activities on hospital computers and networks.

● Policies

○ Each time a user logins to a computer the time, date, and location is logged.

○ Each time account information is changed the information is logged.

○ This includes, but is not limited to password changes, account creation, disabled

accounts, new accounts, and group changes.

○ Each time a computer is rebooted or turned off the time, date, and location is logged.

○ When files or folders are accessed on a computer the user, date, time, and located is

logged.




● Enforcement


Virtual Private Network Policy:

● Overview

○ The virtual private network (VPN) provides remote access to the medical facilities’

network.

● Purpose

○ The purpose of these policies is to identify the acceptable usage of the VPN in order to

protect the network and patient data.

● Scope

○ All employees are subject to facilities VPN policies.

● Policies

○ Users must ensure that they are using a secure network connection prior to remotely

accessing the virtual private network.

○ Only authorized users and employees may connect to the VPN.

○ All devices connecting to the VPN must comply with the facilities’ rules and

procedures.

○ Users must disconnect from the VPN when the device(s) is no longer being used.

● Enforcement

○ Any employee who does not follow these policies are subject to disciplinary actions.

Password Policy:

● Overview




○ Passwords are an important part of computer and network security. By choosing a

poorly rated password, it could compromise the company.

● Purpose

○ The purpose of these policies is to ensure the protection of the medical facilitie’s

computers and networks.

● Scope

○ In order to ensure the security of the company every employee is required to follow the

password policies.

● Policies

○ All administration users must change their account passwords every 60 days.

○ All users must change their account password every 4 months.

○ Passwords must contain lower-case, upper-case letters and numbers (a-z, A-Z, 0-9).

○ Passwords must end with four numbers (RuUz 7aK4 6325)

○ Passwords must be at least 12 characters.

○ Passwords may not contain dictionary words.

○ Passwords may not be sent through email, or through any other means.

● Password Protection

○ Do not trust anyone with your password.

○ Do not use familiar names for your password.

○ Don’t use a family name or pet’s name.

○ Do not write your password down.

● Enforcement





Information Sensitivity:

● Overview

○ Federal law protects patient health information and it may only be given out to patient

designated individuals. This is to ensure the privacy and safety of patients.

● Purpose

○ The purpose of information sensitivity policy is to help health care professionals and

employees determine what information can be released to non-employees.

● Scope

○ All hospital employees are required to abide by these policies

● Policies

○ Each healthcare professional must be aware of and follow HIPAA regulations.

○ All employees are required to keep all patient information private.

○ Sensitive data must be discarded appropriately using HIPAA standards.

● Enforcement


Wireless Policies:

● Overview

○ Wireless Internet is offered throughout the hospital for the use of employees and

authorized guests.




● Purpose

○ This policy is designed to ensure the protection of the wireless network and patient

information.

● Scope

○ All employees and guests with access to the wireless network must abide by these

policies.

● Policies

○ Only Wi-Fi enabled devices may connect to the wireless network.

○ The SSID must not contain any characters that reveal the location of the wireless.

○ The SSID broadcast must remain disabled.

○ The wireless network must be WPA encrypted.

● Enforcement


V. Disaster Recovery Policy

Back up Procedures:

The system will perform several different types of backups including full, differential,

and incremental. The system will perform a full back up once a month. These backups will be

performed on the last Sunday of every month at 3:00am. These backups will be kept for one




year. The system will perform a differential back up once a week. This is also a full back up of

files, but only backs up new data from the previous 6 days. These backups are kept for one

month. The system will perform an incremental backup twice a day. This will back up files that

have changed or been created since the last differential backup. These backups will be kept for

one week. All backups will be stored on magnetic data tapes.

Full and differential backups will be stored off site. Incremental backups will remain on

site and used for quick restoration of data. Full and differential backups will be stored with one

copy in a safety deposit box and another copy on an out of state. This will ensure that if a

natural disaster occurs the medical facility will still have a majority of its data backed up.

Virus management:

The medical facility will deploy McAfee VirusScan Enterprise to all computers and servers that

are connected to the network. This will help prevent any malicious attacks to the network. If an

employee believes their computer has been compromised please follow these steps:

● Disconnect your computer from the internet

○ If connected wirelessly, disable all wireless connections.

○ If wired connection, disconnect Ethernet cord from computer.

● Call the IT department as soon as possible to decrease the risk of further

infections.

Disk/fault tolerance:

Fault tolerance refers to the ability of a system to function after part of the system fails.

Without this feature, data loss and software corruption could cause significant problems

throughout the medical facility. Servers will be equipped with RAID 5. This will ensure that




servers remain functional regardless to if one disk fails. Raid 5 includes the feature of error

detection and recovery that could potential prevent soft errors. At the detection of a failed disk,

it must be replaced immediately to prevent any damage or data loss.

Power failure:

All computers, monitors, and servers will be connected to a UPS (uninterruptible power

source) to help eliminate data loss from power failure. Computers do not need to be shut down

at this time. The UPS will supply enough power until the generator starts up. In the case of

generator failure, all computers and servers must be manually shut down to decrease the risk of

data loss. UPS’ must be replaced 2-months prior to the warranty expiration.

All other electronic devices (such as printers, scanners, faxes, etc.) must be connected to

a surge protector. This will ensure the safety of devices in case of voltage spikes. Surge

protectors must be replaced 2-months prior to the warranty expiration.

VI. Budget Spreadsheet

Product Name Cost # Total Cost Annual

Cost




Cisco SPA 504G VoIP Phone 126.43 20 $2,526.80 $0.00

Apple Mac Mini with Lion Server 959.45 1 $959.45 $0.00

Apple Mac Pro w/ Lion Server $3,699.00 4 $14,796.00 $0.00

Apple Time Capsule 3TB 489.00 2 $978.00 $0.00

Airport Extreme 802.11N 179.00 2 258 $0.00

Apple iMac21.5- Inch: 27 GHZ $1,499.00 14 $20,986 $0.00

Verizon Mobile Broadband Plans 10GB data @$80/ month

19.99 200 $3,998 $192,000

Apple MacBook Pro 13 Inch 2.4 GHZ $1199.00 212 $254,188 $0.00

iPhone 3gs 8GB $74.99 monthly36.99 one time fee

225 $8,322.75 $202,473

20FT 24AWG Cat6 550MHz UTP Ethernet BareCopper Network Cable - Black

$3.16 20 $63.20 $0.00

1000FT 24AWG Cat6 550MHz UTP Stranded, In-Wall Rated (CM), Bulk Ethernet Bare Copper Cable - Red

$110.30 1 $110.30 $0.00

High Quality 8P8C RJ-45 Network Cable Crimper $5.23 9 $47.07 $0.00

RJ-11 and RJ-45 Modular Plug Tester $6.89 3 $20.67 $0.00

RJ-45 MODULAR PLUGS RJ45 - 100 PACK FOR SOLID

5.25 3 $15.75 $0.00

Acer S200HLAbd Black 20" 5ms LED BacklightWidescreen LCD Monitor

$89.99

6 $539.94 $0.00

XEROX WorkCentre 4260/XF MFC / All-In-OneUp to 55 ppm Monochrome Laser Printer

$4,954.98 1 $4,954.98 $0.00

Brother MFC-5490CN Up to 35 ppm 6000 x 1200 $131.99 1 $131.99 $0.00

http://www.monoprice.com/products/product.asp?c_id=102&cp_id=10232&cs_id=1023211&p_id=5008&seq=1&format=2













dpi Color Inkjet All-in-One Printer with Networking

Athena Power Zippy R2W-6500P 2 x 500WRedundant 2U Server Power Supply

$389.99 2 $779.98 $0.00

Router: Cisco Systems 2821H.Vsec AIM-VPN2/SSL-Ccme/SRST AIS 256F/512D

$5131.48 1 $5131.48 $0.00

ZyXEL ZyWALL USG20 Internet SecurityFirewall with 4 Gigabit LAN/DMZ Ports, 2 IPSecVPN, SSL VPN, and 3G WAN Support

$158.99 1 $158.99 $0.00

Cisco-Linksys EZXS16W EtherFast 10/100 16-Port Workgroup Switch

$62.75 3 $188.25 $0.00

McAfee VirusScan Enterprise 25.59 225 5757.75 5757.75

IBackup 1000GB Plan $1999.50 / year 1 $1999.50 $1999.50

Total Cost: $326,912.85Recurring Cost: $402,230.25

Cost Justification

1. Cisco SPA 504G VoIP Phone (20 @ $126.43 each)




a. Durable, multi-function phone necessary for internal and external office communication.

Multiple calls can be made throughout the office at the same time. Provides contact

between sites.

2. Apple Mac Mini MC936LL/A with Lion Server (One @ $959.45)

a. The purpose of this Mac Mini Server will be to handle file and print requests. Systems that run

Mac Lion Server are less prone to system compromises such as malware and trojans.

2. Apple Mac Pro w/ Lion Server (Four @ $3,699.00 each)

a. Hosted at data center. Will be the main server for both the medical facility and data center. Will

manage all client requests on the network. Three, 1TB hard drive on each server.

2. Acer S200HLAbd Black 20" 5ms LED Backlight Widescreen LCD Monitor (Six @ 89.99)

a. Monitors for servers

2. Apple Time Capsule 3TB (Two @ $489.00 Each)

a. 6TB of on-site storage for all the file sharing and mail server needs.

2. Airport Extreme 802.11N (Two @ $179.00)

a. Wireless solution for the medical facility and data center.

2. Apple iMac 21.5 Inch: 2.7 GHZ (14 @ $1,499.00)

a. There will be 11 desktops used at the medical facility for medical staff and three at the data

center for staff use.

2. Verizon Mobile Broadband Plans 10GB data ((200 @ $19.99) + $80/ month per device)

a. Essential for all staff to be able to connect their laptops to the network off-site.




2. Apple MacBook Pro 13 Inch 2.4 GHZ Laptop (212 @ $1,199.00)

a. Provide all staff with laptops and wireless access to the network and files via the mobile

broadband cards.

2. iPhone 3gs 8GB ((225 @ $36.99 one time fee) +$74.99 monthly fee)

a. Cell phones chosen to provides reliable communication for all employees on and off site.

2. 20FT 24AWG Cat6 550MHz UTP Ethernet Bare Copper Network Cable (20 @ $3.16 each)

a. Ethernet cables to provide all desktop nodes, printers, and fax machines with network access.

2. 1000FT 24AWG Cat6 550MHz UTP Stranded, In-Wall Rated (CM), Bulk Ethernet Bare

Copper Cable - Red ($110.30)

a. Cat 6 network cable used for all internal office wiring.

2. High Quality 8P8C RJ-45 Network Cable Crimper (Nine @ $5.23)

a. Used to crimp RJ-45 to Cat6 network cable

2. RJ-11 and RJ-45 Modular Plug Tester (Three @ $6.89)

a. Test cables that have been crimped

2. RJ-45 MODULAR PLUGS RJ45 - 100 PACK (Three @ $5.25)

a. RJ-45 plugs for Cat6 cable.

2. XEROX WorkCentre 4260/XF MFC / All-In-One Up to 55 ppm Monochrome Laser Printer

($4954.98)










a. Commercial printer, copier, scanner and fax machine that will connect to network. Used to print

medical documents and other print requests.

2. Brother MFC-5490CN Up to 35 ppm 6000 x 1200 dpi Color Inkjet All-in-One Printer with

Networking ($131.99)

a. Basic ink-jet printer for single office print needs.

2. Athena Power Zippy R2W-6500P 2 x 500W Redundant 2U Server Power Supply (Two @

389.99)

a. Will be server power source to prevent voltage spikes that could potentially harm the servers.

2. Router: Cisco Systems 2821H.Vsec AIM-VPN2/SSL-Ccme/SRST AIS 256F/512D ($5131.48)

a. This router intelligently embeds data, security, voice, and wireless services into a single,

resilient system for fast, scalable delivery of mission-critical business applications

2. ZyXEL ZyWALL USG20 Internet Security Firewall with 4 Gigabit LAN/DMZ Ports, 2 IPSec

VPN, SSL VPN, and 3G WAN Support ($158.99)

a. Comprehensive threat protection firewall, vpn, and content filtering. Offers bandwidth

management for traffic prioritization for VoIP or mission critical applications.

2. Cisco-Linksys EZXS16W EtherFast 10/100 16-Port Workgroup Switch (Three @ $62.75)

a. 16 port workgroup switch.

2. McAfee VirusScan Enterprise (225 @ $25.59/year)

a. Virus scanner for all computers.

2. IBackup 1000Gb/month Plan




a. Can plan incremental backups to a secure off-site location.

VII. Appendix A Physical




VIII. Appendix B Logical

VIIII. Distribution of Work




EXECUTIVE SUMMARY - Matthew Howard

WRITTEN DESCRIPTION - Eric Bis, Evan Miller

NETWORK POLICIES - Matthew Howard

SECURITY POLICY - Stephanie Mears

DISASTER RECOVERY POLICY - Stephanie Mears

BUDGET - Alex Johnson

APPENDIX A: PHYSICAL NETWORK DIAGRAM - Eric Bis, Evan Miller

APPENDIX B: LOGICAL NETWORK DIAGRAM - Evan Miller, Alex Johnson, Eric Bis

network group project

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