🖧 Vic Modern Hotel Network Design – Project #3

Design and Implementation of a Hotel System Network
https://gurutechnetworks.otombenard.com/assetsProject/project3

📝 Project Description

Design and implement the Vic Modern Hotel network using Cisco Packet Tracer with the following requirements:

• Three floors:
  • 1st Floor: Reception, Store, Logistics
  • 2nd Floor: Finance, HR, Sales/Marketing
  • 3rd Floor: IT, Admin
• Each floor has one switch and an access point.
• Each department has its own VLAN and printer.
• Three routers connect the floors (all in IT server room) using serial DCE connections:
  • R1-to-R2: 10.10.10.0/30
  • R2-to-R3: 10.10.10.4/30
  • R1-to-R3: 10.10.10.8/30
• OSPF is the routing protocol.
• Devices obtain IP via DHCP.
• SSH is configured on all routers for remote management.
• Port-security is configured for IT-Test-PC using sticky MACs and violation shutdown.

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🗂️ VLANs & IP Addressing

Floor	Department	VLAN	Network	Default Gateway
1st Floor	Reception	80	192.168.8.0/24	192.168.8.1
1st Floor	Store	70	192.168.7.0/24	192.168.7.1
1st Floor	Logistics	60	192.168.6.0/24	192.168.6.1
2nd Floor	Finance	50	192.168.5.0/24	192.168.5.1
2nd Floor	HR	40	192.168.4.0/24	192.168.4.1
2nd Floor	Sales/Marketing	30	192.168.3.0/24	192.168.3.1
3rd Floor	Admin	20	192.168.2.0/24	192.168.2.1
3rd Floor	IT	10	192.168.1.0/24	192.168.1.1
All Floors	Wireless VLAN	77	192.168.77.0/26	Varies by floor

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🔌 Router Interfaces

R1

Interface	Description	IP Address	Subnet Mask
Gig0/0/0.60	R1-to-Logistics VLAN60	192.168.6.1	255.255.255.0
Gig0/0/0.70	R1-to-Store VLAN70	192.168.7.1	255.255.255.0
Gig0/0/0.77	R1-Wireless VLAN77	192.168.77.1	255.255.255.192
Gig0/0/0.80	R1-to-Reception VLAN80	192.168.8.1	255.255.255.0
Serial0/1/0	R1-to-R2 Serial	10.10.10.1	255.255.255.252
Serial0/1/1	R1-to-R3 Serial	10.10.10.10	255.255.255.252

R2

Interface	Description	IP Address	Subnet Mask
Gig0/0/0.30	R2-to-Sales VLAN30	192.168.3.1	255.255.255.0
Gig0/0/0.40	R2-to-HR VLAN40	192.168.4.1	255.255.255.0
Gig0/0/0.50	R2-to-Finance VLAN50	192.168.5.1	255.255.255.0
Gig0/0/0.77	R2-Wireless VLAN77	192.168.77.65	255.255.255.192
Serial0/1/0	R2-to-R1 Serial	10.10.10.2	255.255.255.252
Serial0/1/1	R2-to-R3 Serial	10.10.10.5	255.255.255.252

R3

Interface	Description	IP Address	Subnet Mask
Gig0/0/0.10	R3-to-IT VLAN10	192.168.1.1	255.255.255.0
Gig0/0/0.20	R3-to-Admin VLAN20	192.168.2.1	255.255.255.0
Gig0/0/0.77	R3-Wireless VLAN77	192.168.77.129	255.255.255.192
Serial0/1/0	R3-to-R1 Serial	10.10.10.9	255.255.255.252
Serial0/1/1	R3-to-R2 Serial	10.10.10.6	255.255.255.252

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🛠️ Technologies Implemented

• Cisco Packet Tracer network topology
• Hierarchical Network Design
• VLANs and Inter-VLAN Routing (Router-on-a-Stick)
• DHCP Server configuration on routers
• Wireless Access Points (VLAN77)
• SSH for remote router access
• Port-security on IT switch (sticky MAC)
• Subnetting and IP Addressing
• Host device configuration and testing

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✅ Testing & Verification

Inter-VLAN Communication

• Ping tests between PCs in different VLANs
  -

Router Configuration Verification

• OSPF routing tables checked with show ip route

• VLAN and interface assignments verified using show vlan brief

• DHCP bindings verified with show ip dhcp binding

• SSH login tested from Test-PC to Router - All working

📁 Files in Repository

• Configs – Router and Switch Configs
• Diagrams – Network Diagrams
• PKT – Packet Tracer Project File
• Test_Results – Test Screenshots

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Author

Ryan – Network Engineer Aspirant / CCNA Prep