Scope of Works:
Network Equipment Procurement:
- Procured enterprise-grade Aruba switches and Wi-Fi access points, along with Cat6a and fibre optic cabling. These devices were chosen for their reliability, performance, and scalability.
Structured Cabling Installation:
- Installed Cat6a and fibre optic cabling throughout the museum to support high-speed data transfers. This included wiring for network access points, exhibits, and staff areas.
- The cabling was structured to ensure minimal latency and optimal data flow across the museum’s expansive network.
Wi-Fi Solution Implementation:
- Designed a high-density Wi-Fi network using Aruba wireless controllers and APs, ensuring seamless and stable wireless coverage for the museum’s public areas, administrative offices, and gallery spaces.
- This included configuration for separate networks, such as a guest network for visitors and a secure internal network for staff.
Firewall Upgrades and High-Availability Configuration:
- Upgraded the museum’s firewall to enhance protection against cyber threats and data breaches.
- The firewall was configured with high-availability (HA) features to ensure failover protection and uninterrupted network services in case of hardware failures.
Consulting Services and Testing:
- Metwide provided consulting services on the network’s architecture, including planning for future expansions and compliance with industry standards.
- Comprehensive testing was conducted to verify network performance, including load testing and Wi-Fi heat mapping to ensure strong, consistent coverage.
Key Outcomes
Seamless Connectivity:Enhanced network performance with extensive Wi-Fi coverage across public and operational areas, supporting both the museum’s daily activities and high-traffic events.Improved Security:Upgraded firewall with high-availability features ensured that the museum’s network was well protected from external threats, with failover systems in place for continuous operation.Future-Proofed Infrastructure:The structured cabling and Wi-Fi solutions were designed for scalability, allowing the museum to expand its network capacity in the future.