Network Infrastructure Deployment Project Report

1. Introduction

In response to the increasing demand for robust and reliable network connectivity and enhanced security monitoring, our team successfully completed the deployment of a comprehensive network infrastructure. The project was aimed at upgrading the existing network to support higher bandwidth requirements, improve wireless coverage, and enhance surveillance capabilities throughout the facility.

The scope of the project involved the installation of:

• 70 Wireless Access Points (APs)

• 10 Cisco Switches

• 2 MikroTik (MKT) devices

• 1 Cisco Router dedicated to PFX

• Approximately 150 Surveillance Cameras

This deployment ensures seamless connectivity, optimized network performance, and robust security monitoring to meet the organization’s current and future needs.

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2. Project Objectives

• Enhance Wireless Coverage: Deploy 70 strategically placed Access Points to ensure full wireless coverage across the entire facility, eliminating dead zones and improving user experience.

• Upgrade Wired Network: Install 10 Cisco switches to facilitate high-speed wired connections, support network segmentation, and ensure scalability.

• Network Routing and Security: Implement a Cisco router for PFX (likely prefix filtering or policy enforcement) to manage traffic efficiently, improve security, and maintain network integrity.

• Connectivity and Management: Utilize 2 MikroTik devices to support network routing, load balancing, and network management for secondary or backup operations.

• Surveillance Integration: Install around 150 cameras integrated into the network to provide comprehensive monitoring and enhance security protocols.

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3. Equipment Overview

3.1 Wireless Access Points (70 Units)

• Model: [Specify Model if available]

• Features: Dual-band, PoE support, high client capacity, advanced security protocols.

• Purpose: To provide seamless Wi-Fi coverage with high throughput and low latency.

3.2 Cisco Switches (10 Units)

• Model: [Specify Model if available]

• Features: Gigabit/Ethernet ports, PoE support for APs and cameras, VLAN support, advanced QoS.

• Purpose: To interconnect wired devices, provide power to connected APs and cameras, and manage network traffic efficiently.

3.3 MikroTik Devices (2 Units)

• Model: [Specify Model if available]

• Features: Routing, firewall, load balancing, VPN support.

• Purpose: To offer routing flexibility, backup connectivity, and manage network policies.

3.4 Cisco Router (1 Unit for PFX)

• Model: [Specify Model if available]

• Features: High-performance routing, policy-based routing, security features.

• Purpose: To manage traffic routing, enforce network policies, and provide secure connectivity.

3.5 Surveillance Cameras (~150 Units)

• Type: IP Cameras (varied types - dome, bullet, PTZ)

• Features: High resolution, night vision, motion detection, PoE support.

• Purpose: To monitor and record activities across the facility, enhancing security.

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4. Installation Process

4.1 Planning and Site Survey

• Conducted comprehensive site surveys to determine optimal AP placement ensuring maximum wireless coverage.

• Assessed locations for camera installation based on security needs and network accessibility.

• Mapped switch and router placement to optimize cabling and minimize signal loss.

4.2 Cabling and Physical Installation

• Installed structured cabling across the facility to connect APs, cameras, switches, and routers.

• Deployed cable trays and conduits to protect and organize cabling infrastructure.

• Mounted APs and cameras at predetermined strategic locations.

4.3 Network Device Configuration

• Configured Cisco switches with VLANs to segment traffic and prioritize critical data.

• Set up MikroTik devices for load balancing and failover support.

• Programmed Cisco router with prefix filtering (PFX) policies for enhanced security and efficient routing.

• Configured wireless SSIDs, security protocols (WPA3/WPA2), and guest networks.

4.4 Testing and Optimization

• Conducted extensive testing to verify AP signal strength and coverage.

• Tested wired connections for speed and reliability.

• Validated router policies and routing efficiency.

• Verified camera feeds for clarity and coverage.

• Optimized network settings based on test results for best performance.

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5. Challenges and Solutions

• Challenge: Physical obstacles reducing wireless signal strength in some areas.
  Solution: Adjusted AP placement and added additional APs in critical areas to ensure full coverage.

• Challenge: Managing power requirements for 150 cameras and 70 APs.
  Solution: Used PoE-capable switches and injectors to simplify installation and reduce wiring complexity.

• Challenge: Ensuring seamless integration between Cisco and MikroTik devices.
  Solution: Carefully configured routing protocols and firewall rules for interoperability.

• Challenge: Network congestion during peak usage hours.
  Solution: Implemented QoS and traffic shaping to prioritize critical applications.

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6. Outcomes and Benefits

• Improved Wireless Coverage: Users experience strong, consistent Wi-Fi signals throughout the facility with minimal interference.

• Scalable Network Infrastructure: The upgraded switches and routing equipment support future expansion and additional devices.

• Enhanced Security: The network design, along with extensive camera coverage, significantly boosts physical and digital security.

• Reliable Connectivity: Backup routing via MikroTik devices ensures minimal downtime.

• Centralized Management: Simplified network and security device management reduces operational complexity and maintenance costs.

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7. Conclusion

This project represents a significant upgrade in the facility’s network and security infrastructure. The strategic installation of 70 access points, 10 Cisco switches, 2 MikroTik devices, a dedicated Cisco router, and around 150 cameras has created a robust, secure, and scalable network environment. The deployment addresses both current operational needs and future growth, providing a strong foundation for technological advancement.

 

The collaboration between the technical team, network engineers, and security personnel was essential in delivering this comprehensive solution on time and within budget.