Practice Area Overview
Wireless is where most user experience problems originate — and most of them trace back to design, not hardware. QVIA designs wireless networks using predictive RF modeling and post-deployment validation surveys, with access layer integration designed alongside the wireless network rather than separately. From dense corporate campuses to clinical environments to warehouse and distribution facilities, we design for actual RF conditions and real user density — not theoretical maximums from a vendor spec sheet.
Technical Capabilities
Predictive RF site survey and coverage modeling
Post-deployment validation surveys
High-density wireless design (conference rooms, clinical, auditoriums)
Controller and cloud-managed WLAN platforms (Cisco, Aruba, Meraki)
SSID architecture and wireless security policy
Wired access layer switching integration
Guest and IoT network segmentation
Wireless security (WPA3, 802.1X, NAC integration)
Outdoor and warehouse coverage design
Wireless performance baselining and troubleshooting
Why It Matters
Wireless problems are RF problems. We survey before we deploy and validate after — not the reverse. An AP placed in the wrong location based on a floor plan will perform worse than one placed correctly based on actual RF data.
Most vendors sell wireless design alone. We design the wired access layer and wireless together because they're the same system. PoE capacity, port density, uplink sizing — these decisions affect wireless performance directly.
A wireless network designed for 20 users per AP will fail at 50. We design for your actual concurrent user density — based on what the space is used for — not the maximum figure in the hardware data sheet.
Part of Our Service
QVIA's Network Infrastructure service covers the design, implementation, and support of enterprise network environments — from routing and switching through WAN architecture, wireless, and physical data center infrastructure.
View Service →Your goals, your constraints, and what better outcomes look like for your team — that's where we begin.
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