Members Started Complaining at the Front Desk — Then the Spa Called to Say Their System Was Down
A private country club in Singapore, with over 5,000 members and a full suite of hospitality services including dining, wellness, golf, and event hosting, found itself facing a steady erosion in service quality. The club’s property management system, which linked front desk check-ins, spa reservations, F&B point-of-sale terminals, and membership databases, began experiencing intermittent outages and latency spikes. These disruptions occurred multiple times daily, often during peak hours. At first, staff attributed the issues to temporary glitches, but as transaction failures and delayed check-ins became routine, member frustration grew. The general manager received direct complaints about wait times, and incidents were logged where spa treatments were double-booked due to sync failures between terminals. With the club’s reputation built on seamless service and exclusivity, the reliability of its digital infrastructure had become as important as the quality of its facilities. The risk of reputational damage and member attrition made resolving the issue urgent.
Wireless Access Points Were Overloaded and VLAN Segmentation Was Missing
When TYPENT engineers arrived on-site, they found a network architecture that had evolved haphazardly over a decade. The club’s original PMS was designed for a smaller footprint and had been extended through bolt-on wireless access points and additional switches without a central design. Testing revealed packet loss of up to 18% between the front desk and backend servers, with latency spiking above 600ms during lunch and evening peak periods. The root cause was a flat network topology where guest Wi-Fi, staff devices, PMS terminals, and kitchen systems all shared the same broadcast domain. This lack of segmentation allowed non-critical traffic — particularly high-bandwidth guest usage — to saturate the same switches handling PMS data. Additionally, the existing Aruba access points were operating at 90% capacity during peak hours, with no load balancing or QoS policies in place. The club’s IT team had no visibility into traffic flows, and the existing switches lacked the capability to enforce traffic prioritisation. As a result, a single malfunctioning device or a surge in guest streaming could bring down critical reservation systems.
We Replaced Core Switching Hardware and Implemented a Segmented, QoS-Enabled Network
We began by replacing the aging core and distribution layer switches with HPE Aruba switches capable of deep packet inspection and dynamic VLAN assignment. All PMS terminals, front desk workstations, and back-office servers were migrated to a dedicated VLAN with strict access controls and end-to-end encryption using WPA3 on the wireless side. We deployed new Aruba 500 series access points with band steering and client matching to balance load across 5GHz and 2.4GHz spectrums, reducing contention. Each critical service — front desk, spa, F&B — was assigned a separate subnet with Quality of Service policies that prioritised PMS traffic using DSCP tagging. We installed a centralized Aruba AirWave management console to provide real-time monitoring of network health, device status, and traffic patterns. The backend PMS servers, hosted on-premises, were connected via dual 10Gbps uplinks to ensure redundancy. We also implemented automated failover to a cloud-based backup instance hosted on AWS, synchronised every 15 minutes using Veeam replication. The entire network was re-architected to follow a three-tier model with clear separation between access, distribution, and core layers, enabling scalability and fault isolation.
PMS Uptime Increased from 92% to 99.95% and Member Complaints Dropped to Zero
Within two weeks of the network overhaul, packet loss across PMS terminals dropped from 18% to less than 0.02%, with average latency stabilising at 38ms. The front desk check-in process, which previously took up to three minutes during outages, now completes in under 15 seconds. Spa booking errors disappeared, and F&B terminals no longer freeze during high-volume periods. Over the next six months, the club recorded zero member complaints related to system performance. The IT team, now equipped with AirWave dashboards, reduced incident response time from hours to under 10 minutes. The general manager reported a measurable improvement in staff efficiency, with front desk staff able to process 40% more check-ins per shift. The network’s new architecture also supported the club’s rollout of a mobile check-in app six months later, without requiring further infrastructure changes. The long-term outcome was not just technical stability, but a restored confidence in the club’s ability to deliver consistent, high-touch service.
For Hospitality Operators, Network Design Is Part of the Guest Experience
In Singapore’s competitive private club environment, where service expectations are exceptionally high, the performance of back-end systems directly shapes member perception. This case underscores that network infrastructure is not a behind-the-scenes concern — it is a frontline component of service delivery. A PMS that stutters during check-in does more than slow operations; it undermines the promise of exclusivity. For other clubs and hospitality operators, the lesson is clear: periodic upgrades are not enough. Networks must be proactively segmented, monitored, and engineered with service priority in mind, especially when multiple departments depend on a single system. Investing in visibility and traffic control pays back in both uptime and reputation.
When your check-in system starts failing during peak hours, it’s not just a technical issue — it’s a signal that your network can’t keep up. See how TYPENT approaches hospitality IT infrastructure with precision and operational awareness.