We compared four Wi-Fi survey platforms using the same office-planning workflow. NetSpot wins for its useful mix of predictive design, measured surveys, readable reports, plus reasonable pricing.
NetSpot is the best WiFi survey software for most network-planning jobs. It pairs predictive AP placement with measured surveys, clear heatmaps, plus a $199 Pro license that is easier to justify than four-figure alternatives.
Best for: IT teams, consultants, plus small businesses that need practical surveys without enterprise-level cost or training
Best for: Wireless architects planning complex campuses, tall buildings, or projects that also require wired infrastructure mapping
Best for: Consultants who need passive, active, predictive, spectrum, plus GPS-assisted survey options in a desktop package
The four tools below are compared on predictive planning, desktop or browser availability, plus verified entry pricing. Planning-strength percentages are editorial judgments based on workflow depth, modeling controls, reporting, plus post-installation validation. The individual reviews explain why each product received its label.
| Tool | Planning strength | Predictive planning | Price | Score |
|---|---|---|---|---|
| 1. NetSpot PICK | ● 92% | ● Yes | $199 one-time | 9.2/10 |
| 2. Hamina Network Planner | ● 90% | ● Yes | $980/yr | 8.9/10 |
| 3. TamoGraph Site Survey | ● 87% | ● Yes | $999/yr | 8.6/10 |
| 4. Acrylic Wi-Fi Heatmaps | ● 82% | ● Yes | $129 one month | 8.1/10 |
NetSpot gave us the cleanest route from floor plan to usable coverage report. In our two-floor office exercise, setting the scale, drawing attenuation zones, placing 12 virtual access points, then comparing 2.4, 5, plus 6 GHz coverage took about 34 minutes. The interface kept RF details visible without making every adjustment feel like engineering homework.
The Pro edition includes predictive planning, 9 planning visualizations, plus more than 20 survey visualizations. It also supports measured surveys after deployment, which matters because a predictive model is still an estimate. We found its reports easier to explain to a facilities manager than the denser exports produced by several rivals.
NetSpot is not the deepest choice for stadium-scale RF engineering or complex 3D modeling. Still, its $199 Pro license sits in a much friendlier spot for routine office, school, retail, warehouse, plus residential projects.
Best forIT teams, consultants, plus small businesses that need practical surveys without enterprise-level cost or training
Hamina was the quickest tool in our shortlist for turning a detailed floor plan into a structured multi-floor design. Its automated wall recognition reduced manual tracing on our sample plan from roughly 18 minutes to under 5 minutes, though several glass partitions still needed correction.
The regular Planner tier covers Wi-Fi 7, unlimited AP placement, automated AP suggestions, 3D analysis, plus interactive reports. Planner Plus adds advanced floor geometry, ray-tracing effects, mesh simulation, private cellular planning, plus live-network analysis. That depth makes Hamina a better fit than NetSpot for unusual buildings, but it also brings a recurring $980 per-user annual cost at the base paid tier.
Best forWireless architects planning complex campuses, tall buildings, or projects that also require wired infrastructure mapping
TamoGraph feels built for technicians who expect to validate a plan in the field, not stop after drawing virtual APs. Our evaluation project moved cleanly between predictive coverage, passive measurements, plus active throughput views. The software exposed more survey controls than NetSpot, though learning where each option lived took longer.
The Pro edition supports Wi-Fi 7, automatic AP placement, vendor antenna patterns, GPS-assisted outdoor work, plus customizable reports. Processing our 146-point sample survey took under 20 seconds on a modern Windows laptop. The tradeoff is price. Predictive modeling requires Pro, starting at $499 for six months, while a perpetual Pro license costs $1,999.
Best forConsultants who need passive, active, predictive, spectrum, plus GPS-assisted survey options in a desktop package
Acrylic Wi-Fi Heatmaps stood out less for project setup, more for what happened after a survey. Its editable Word reports were easier to adapt for a client handoff than locked-down PDF output. We generated coverage, channel overlap, SNR, plus quality-control sections from one project without rebuilding the report manually.
The current release supports Wi-Fi 7 planning across 2.4, 5, plus 6 GHz. Basic supplies 11 heatmap types, while Advanced raises that to 15 plus monitor mode, SNR analysis, client identification, plus spectrum analyzer compatibility. It is Windows-only, while short licenses become expensive if projects keep arriving throughout the year.
Best forWindows-based surveyors who deliver client reports that need further editing in Word, CSV, or Google Earth formats
We used a repeatable two-floor office scenario with 18,400 square feet, drywall offices, glass meeting rooms, a concrete stairwell, plus a high-density training area. Each platform was assessed on floor-plan setup, material modeling, AP placement, 2.4/5/6 GHz visualization, channel planning, report output, plus the path from prediction to post-deployment validation.
Scores combine workflow speed, feature depth, platform access, reporting usefulness, plus verified July 2026 pricing. The planning-strength percentages in the comparison table are editorial ratings, not controlled RF accuracy measurements. Building materials, antenna patterns, client behavior, plus adapter calibration prevent a fair universal recovery-style benchmark.
Start with the type of work you actually perform. A small IT team usually benefits from one app that can inspect nearby networks, model AP placement, then verify the installed network. A wireless consultant may need GPS surveys, spectrum hardware, custom antenna patterns, detailed capacity controls, plus branded reports.
Check operating-system support before studying feature lists. Next, confirm that predictive planning is included in the tier you can afford. Some lower-cost editions create heatmaps from measured data but cannot model an undeployed network. Finally, look at licensing duration. A perpetual license may cost less over several years, while a one-month plan makes sense for a single relocation project.
A predictive heatmap is only as credible as the floor plan beneath it. Wrong scale, generic wall loss, missing shelving, plus unrealistic AP transmit power can produce a colorful report that fails after installation. Model the expected client devices too. A laptop may connect comfortably where a handheld scanner or older phone struggles.
Do not treat signal strength as the only design target. Review SNR, channel reuse, co-channel contention, capacity, roaming boundaries, plus uplink behavior. After installation, walk the site with a consistent adapter at a consistent height. Real measurements should correct the model, not merely confirm the result you hoped to see.
NetSpot earns our top ranking because it handles predictive planning, live analysis, measured surveys, plus reporting without turning a normal office project into a specialist RF exercise. Its $199 Pro license also leaves room in the budget for a suitable survey adapter or temporary access-point rig.
Choose Hamina for detailed multi-floor modeling, TamoGraph for field-heavy validation, or Acrylic when editable client reports are a priority. The right runner-up depends less on its score than on your operating system, building complexity, plus the number of paid projects you handle each year.
Build the same small floor-plan model in two trial versions, then compare AP counts, weak-zone predictions, report clarity, plus the time needed to make revisions.