Wi-Fi Engineering & Heat-Mapping
Enterprise Wi-Fi design, site surveys, heat-mapping, and deployment for NY/NJ offices, restaurants, warehouses, and multi-building campuses.
What's included
- Pre-deployment site survey with Ekahau or AirMagnet
- Wi-Fi 6, 6E, and Wi-Fi 7 design
- Heat-map modeling with proper AP placement
- Capacity planning for high-density environments
- Cisco Meraki, Ubiquiti UniFi, Aruba, Ruckus, and Cambium
- Mesh and point-to-point bridging
- Cloud-managed Wi-Fi deployments
- Post-deployment validation surveys
Wi-Fi that works everywhere it needs to
Wi-Fi is the most-complained-about IT system in most businesses. The reason is almost always that the Wi-Fi was bought and installed without being designed. We design first, install second, and validate third — so when we hand it back, it works in the conference room, the warehouse, the freezer, and the corner office.
What an engineering engagement includes
Pre-deployment site survey. Walk-through with Ekahau or AirMagnet to map signal, interference, and obstruction. Capture every wall, AP candidate location, and source of interference. Document neighboring networks (especially in dense buildings). Output is a heat map that shows what coverage will look like with the proposed design.
Design. AP placement, model selection, antenna selection (omni vs directional in warehouses), channel and power planning, capacity sizing for the actual density of users and devices. Wi-Fi for 50 employees in an open office is a different design than 50 forklift terminals in a 30,000 sq ft warehouse, even though the AP count might be similar.
Deployment. Cabling coordination (PoE+ where appropriate), AP installation at proper heights and orientations, controller or cloud-management configuration, SSID and VLAN setup, security and segmentation policies. We label and document everything.
Post-deployment validation. A second survey with the deployed network, measuring against the predicted heat map. Adjustments where reality differed from the model. Final documentation delivered.
Vendors we deploy
Cisco Meraki for cloud-managed enterprise Wi-Fi. Ubiquiti UniFi for cost-effective enterprise Wi-Fi where centralized cloud management is valuable but Meraki licensing is overkill. Aruba and Ruckus for high-density and outdoor deployments. Cambium for point-to-point bridges and outdoor coverage. We are not a single-vendor shop — the right answer depends on the use case and budget.
Common projects
Office build-outs and relocations. Warehouse and distribution-center coverage including freezer and dock areas. Restaurant Wi-Fi with separate guest, POS, and back-of-house networks. Multi-floor offices in older buildings where existing cabling and pathways are constrained. Multi-building campuses with point-to-point wireless bridges. Hotel and event-space high-density deployments. Outdoor coverage for yards, lots, and event spaces.
What it costs
A typical Wi-Fi engagement for a 5,000–10,000 sq ft office is $4,500–$12,000 for design, deployment, and validation, plus hardware. Larger spaces and more complex environments scale linearly. The design is documented and yours regardless of who installs.
Wi-Fi Engineering & Heat-Mapping — questions we get
Why do I need a site survey?
Wi-Fi is invisible. Without measurements, every "design" is a guess. A site survey measures actual signal strength, interference, and capacity in your space — accounting for walls, metal, glass, neighboring networks, and what your devices actually need. Most "the Wi-Fi is bad" complaints we are called in to fix are coverage problems caused by guessing rather than surveying.
UniFi vs Meraki vs Aruba — which one?
Depends on the use case and budget. UniFi (Ubiquiti) is the best dollar-per-watt for small and mid-sized offices and the right answer for many of our clients. Meraki is more polished, has stronger cloud management, and is the right answer when central management at scale matters more than CapEx. Aruba and Ruckus shine in high-density environments. We are vendor-fluent and pick what actually fits, not what we resell most.
What is Wi-Fi 6E and Wi-Fi 7? Should I care?
Wi-Fi 6E adds the 6 GHz band — much less crowded, better for dense environments. Wi-Fi 7 adds higher throughput and better real-world performance under load. For most SMBs in 2026, Wi-Fi 6 is still the sweet spot for cost vs benefit. New deployments where the device fleet supports it lean toward 6E. Wi-Fi 7 is becoming relevant for high-end deployments where the budget supports the upgrade and the use case justifies it.
Can you fix our existing Wi-Fi without ripping it out?
Often, yes. Most "bad Wi-Fi" comes down to misplaced APs, wrong channel and power settings, or one or two coverage gaps. A short survey usually surfaces fixes that take a few hours and dramatically improve performance. Sometimes the answer is "your existing gear is fine, just configured wrong." We are honest about that.
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Fractional IT and security leadership: roadmaps, budgets, QBRs, risk assessments, and compliance strategy.
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Wi-Fi Engineering & Heat-Mapping across the NY & NJ metro
Local pages with neighborhood-specific detail for wi-fi engineering & heat-mapping.
Ready for IT that does not surprise you?
A 30-minute call. No slide deck. We will tell you what looks healthy, what looks risky, and what we would do first.