Network Infrastructure Design Diagram

Network Infrastructure Design Diagram and Packet Tracer to that Diagram

Background: Kamehameha Institute is an organization that provides educational offerings to non-traditional students. The organization has tailored its unique educational offerings into the groups shown in Table 1 below:

Table 1. Kamehameha Educational Offerings.

Group Offering

Kamehameha Branded Focused on the general public/provides services directly to its students

Co-Branded Provides the same services as Kamehameha Branded but resold by a

third party and labeled as “…. Kamehameha Strong”

White Label Branded While the service offering is the same, these services are labeled solely

with the third parties’ information

Each of the facilities has three floors:

The first and second floor of each building requires 150 network connections each

The third floor of each building houses a data center and requires 75 network connections

The Honolulu location requires additional network connections for failover purposes

The Hilo location will be the primary data center and house redundant database servers

The Lihue location will serve as a failover data center and house the primary web servers (including the primary application and primary database servers)

A constant connection between the three locations, carrying at least 75 Mbps of data

All servers at all locations must have redundancy

Protection from intrusions is required and should be documented

A plan to verify security and failover measures is required

At a minimum, include the following elements:

Any necessary hardware

Site-to-Site (WAN) connections (e.g., leased line connectivity, satellite, etc.)

Annotate the following values for each of the Sites:

Network ID

Useable Range

Subnet Mask

CIDR Value

Broadcast Address

All devices require hostnames complying with the following naming conventions:

Routers: Rx; where x is the site number incremented by a value of 1 for each router

Switches: Sx; where x is the site number incremented by a value of 1 for each switch

Servers: SRVx where x is the server number incremented by a value of 1 for each server

Include the following:

management vlan

production vlan

High availability

Network Engineering Cisco Tietojärjestelmäarkkitehtuuri tekniikka

Projektin tunnus: #27916007

Tietoa projektista