Methodology

Our proven seven-step approach ensures clear outcomes and measurable improvements:

1

Discovery

We start by understanding your operational context: property types, room counts, peak occupancy patterns, and device density expectations. For high-density venues, we calculate potential device counts (e.g., 1.8 devices per person in concert settings). We document ISP constraints, existing vendor relationships, multi-property dependencies, and environmental factors like saltwater exposure or industrial interference sources. This phase establishes baseline expectations and operational boundaries.

2

Assessment

Non-intrusive RF spectrum scans identify interference sources—from microwave ovens operating on guest Wi-Fi channels to neighboring networks. We review existing configurations for critical issues: VLAN segmentation gaps, unchanged vendor credentials, device-to-AP ratios (healthy: 50-100 clients per AP; critical: 300+), and single points of failure in ISP or switching infrastructure. Physical walkthroughs validate coverage assumptions and identify environmental challenges like corrosion, mounting limitations, or coverage dead zones.

3

Scoring

Each property receives an 8-pillar score (0–10) across RF Design, Switching, ISP/WAN, Uptime, Security, Documentation, Staffing, and Vendor Relations. Scores are evidence-based: Security 1/10 means no network segmentation with default credentials still active; Capacity 2/10 means critically overloaded APs (300+ devices per radio); Reliability 4/10 indicates single-ISP dependency with documented multi-hour outages. The one-page summary translates technical findings into business risk language.

4

Recommendations

We deliver a prioritized roadmap balancing quick wins, critical fixes, and strategic upgrades. Quick wins might include changing Wi-Fi channels to avoid interference (€0, <1 hour). Critical fixes address security gaps or capacity bottlenecks with specific hardware recommendations and per-device limits. Strategic upgrades cover high-density deployments (stadium-style AP placement with DFS channel support), dual-ISP failover with SD-WAN, or multi-property centralization. Every recommendation includes upfront cost, recurring cost, implementation timeline, and expected outcome metrics.

5

Implementation

We coordinate vendor schedules, configure hardware with production-ready settings (client limits, band steering, DFS channels, VLAN segmentation, secure credentials), and execute deployments with minimal disruption. High-density installations use low-power APs placed close to clients rather than high-power units mounted for coverage. Multi-property migrations happen during off-peak windows with zero-downtime cutover strategies. Environmental deployments use marine-grade enclosures (IP67 ratings) with corrosion-resistant mounting. All configurations are documented and backed up.

6

Verification

We measure before/after performance with objective metrics: peak concurrent clients, sustained throughput per device, uptime percentage, failed authentication attempts, and support ticket volume. High-density venues should sustain 3-6 Mbps per client even with 4,000+ simultaneous connections. Enterprise deployments should achieve 99%+ uptime with zero security breaches. Results are documented with comparison to baseline, demonstrating ROI in reliability, capacity, and operational efficiency.

7

Maintenance

Ongoing health requires simple, repeatable routines. Monthly: review authentication failure logs for security threats, apply firmware updates during maintenance windows. Quarterly: rotate vendor access credentials, audit VLAN assignments for sprawl, review capacity trends. Annually: re-score the 8 pillars to measure long-term improvement, plan capacity expansions for growth, and verify documentation accuracy. These routines prevent configuration drift and catch degradation before it impacts guests.

Management-friendly process designed for hospitality operations—technical rigor without technical jargon.