Four Wi-Fi Planning Tools Checked · July 2026

Best WiFi Network Planning and Heatmap Software

The right tool depends on whether you are fixing a home dead zone, designing several offices, or validating a large deployment. We compared planning depth, survey workflows, platform support, hardware needs, plus real pricing.

By Babelgum Magazine Editorial Team Published · Updated
Download NetSpot Compare all 4
⚡ TL;DR · Quick answer

NetSpot is the best WiFi network planning plus heatmap software for most buyers. It pairs approachable floor-plan tools with 20+ survey visualizations, predictive modeling, cross-platform projects, plus a $199 one-time Pro license.

★ Best overall
1

NetSpot

9.2/10

Best for: Home users, IT generalists, plus smaller MSP teams that need usable heatmaps without enterprise-level costs

  • Predictive planning plus measured site surveys in one license
  • More than 20 survey visualizations in Pro
  • Runs on Windows or macOS without proprietary survey hardware
  • Projects can move between supported desktop or Android versions
Visit Site →
2

Hamina Network Planner

8.8/10

Best for: Wireless consultants or distributed teams producing predictive plans across many buildings

  • Runs in a browser with no heavy desktop installation
  • Strong 2D plus 3D predictive modeling
  • AI-assisted wall drawing saves setup time on clean floor plans
  • Includes switches, cable paths, plus other wired design elements
Visit Site →
3

TamoGraph Site Survey

8.5/10

Best for: Network engineers who need passive, active, predictive, spectrum, or outdoor GPS survey options

  • Passive, active, predictive, spectrum, plus GPS survey support
  • Compatible with Windows or macOS
  • Wi-Fi 7 plus 6 GHz planning support
  • Customizable reports in several useful formats
Visit Site →

WiFi Network Planning and Heatmap Software Compared

This table compares predictive planning, supported work environments, current entry pricing, plus our overall scores. Scores reflect editorial judgment based on workflow breadth, accessibility, hardware requirements, plus cost. They are not RF accuracy benchmarks.

Tool Predictive Planning Platform Price Score
1. NetSpot PICK ● Yes Windows, macOS $199 one-time 9.2/10
2. Hamina Network Planner ● Yes Web browser $980/yr 8.8/10
3. TamoGraph Site Survey ● Yes Windows, macOS $999/yr 8.5/10
4. Acrylic Wi-Fi Heatmaps ● Yes Windows $879/yr 8.1/10

The 4 Best WiFi Network Planning and Heatmap Tools, Reviewed

01

NetSpot

Windows, macOS, Android / Etwok

9.2/10

NetSpot offers the most balanced route from a floor plan to a useful Wi-Fi report. Its three core workflows cover live network inspection, measured site surveys, plus predictive planning. The Pro edition includes 20+ survey visualizations, alongside 9 predictive views, so it can show more than a basic signal-strength map.

The practical advantage is that routine jobs do not require a dedicated survey appliance. A technician can import or sketch a plan, model walls, place simulated access points, then validate the installed network with a laptop. Cross-platform project support also helps when one person works on macOS while another uses Windows or Android.

NetSpot is less specialized than high-cost wireless engineering suites, particularly for complex spectrum work. Still, at $199 one-time for Pro, it covers planning, surveys, throughput checks, troubleshooting views, plus report export at a price that makes sense for occasional commercial work.

Best forHome users, IT generalists, plus smaller MSP teams that need usable heatmaps without enterprise-level costs

Standout featurePlanning, measured surveys, plus live Wi-Fi inspection sit inside one approachable desktop app
NetSpot Pros
  • Predictive planning plus measured site surveys in one license
  • More than 20 survey visualizations in Pro
  • Runs on Windows or macOS without proprietary survey hardware
  • Projects can move between supported desktop or Android versions
  • Much lower entry price than specialist WLAN planning suites
NetSpot Cons
  • Free edition is mainly useful for inspection plus evaluation
  • Detailed spectrum analysis may require separate hardware or software
  • Large multi-engineer operations may want deeper project controls
Free $0 Wi-Fi inspection plus limited feature evaluation
Pro $199 One user, commercial use, planning, full survey visualizations
Download NetSpot
02

Hamina Network Planner

Web browser / Hamina Wireless

8.8/10

Hamina Network Planner is built around predictive design rather than a traditional laptop walk-through survey. The browser interface handles Wi-Fi 7, multi-floor modeling, performance heatmaps, automatic AP placement, plus cabling elements such as switches, IDFs, MDFs, or PoE clients.

Its free account is unusually useful for learning the workflow. It permits up to 3 simulated access points, 5 AI wall-drawing runs, plus one switch. Paid Planner removes those small-project limits while adding automated AP placement, broader reporting, plus vendor exports.

The catch is easy to miss. The regular $980-per-year Planner subscription handles predictive work, not measured walk-through surveys. Field validation needs Hamina Onsite plus supported hardware, so buyers should price the whole workflow rather than the browser planner alone.

Best forWireless consultants or distributed teams producing predictive plans across many buildings

Standout featureFast browser-based 3D modeling includes automated wall recognition plus wired infrastructure planning
Hamina Network Planner Pros
  • Runs in a browser with no heavy desktop installation
  • Strong 2D plus 3D predictive modeling
  • AI-assisted wall drawing saves setup time on clean floor plans
  • Includes switches, cable paths, plus other wired design elements
  • Free account supports small evaluation projects
Hamina Network Planner Cons
  • Standard Planner subscription does not include on-site surveys
  • Annual cost is harder to justify for one small deployment
  • Full field workflow requires separate hardware plus an Onsite subscription
Free Account $0 Up to 3 simulated APs plus limited AI wall drawing
Planner $980/yr Unlimited Wi-Fi design, reports, 3D analysis, plus wired planning
Planner Plus $1,560/yr Adds advanced 3D, live integrations, plus private cellular planning
Try Hamina Planner
03

TamoGraph Site Survey

Windows, macOS / TamoSoft

8.5/10

TamoGraph has a broad field toolkit. It supports passive surveys, active throughput measurements, predictive RF models, spectrum surveys with compatible hardware, plus GPS-assisted outdoor collection. Heatmaps cover signal level, interference, data rates, AP coverage, noise, plus other WLAN conditions.

The Pro edition supports Wi-Fi 7, Wi-Fi 6E, older standards, vendor-specific AP models, plus PDF, HTML, or ODT reporting. This makes it a better fit than simpler heatmap apps for engineers who alternate between warehouse walk-throughs, outdoor coverage checks, or pre-deployment modeling.

Pricing starts at $999 for one year of Pro. A perpetual Pro license costs $1,999. That is reasonable beside premium survey ecosystems, though compatible adapters or a spectrum analyzer can raise the real project cost.

Best forNetwork engineers who need passive, active, predictive, spectrum, or outdoor GPS survey options

Standout featureOne desktop package supports five distinct survey approaches, including GPS-assisted outdoor mapping
TamoGraph Site Survey Pros
  • Passive, active, predictive, spectrum, plus GPS survey support
  • Compatible with Windows or macOS
  • Wi-Fi 7 plus 6 GHz planning support
  • Customizable reports in several useful formats
  • Perpetual licensing remains available
TamoGraph Site Survey Cons
  • Pro features carry a sizable upfront cost
  • Spectrum analysis requires separate compatible equipment
  • Standard edition excludes predictive modeling plus GPS support
Pro, 6 Months $499 Time-limited full-feature license
Pro, 1 Year $999 Time-limited full-feature license
Pro, Perpetual $1,999 Full-feature one-user license
Get TamoGraph
04

Acrylic Wi-Fi Heatmaps

Windows / Tarlogic Research

8.1/10

Acrylic Wi-Fi Heatmaps combines predictive design with measured site surveys, automatic coverage validation, Wi-Fi 7 support, plus editable reports. Basic provides 11 heatmap types. Advanced raises that to 15, adding monitor mode, spectrum analyzer integration, client identification, plus SNR analysis.

The strongest reason to choose it is hardware flexibility on Windows. Advanced lists compatibility with more than 250 Wi-Fi adapters, which can be useful for teams that already own suitable survey equipment or prefer replaceable USB radios.

Licensing is flexible but not cheap. The Basic annual license is $879, while shorter terms suit occasional projects. Mac users should look elsewhere, since Acrylic Wi-Fi Heatmaps is centered on Windows.

Best forWindows-based technicians who need monitor-mode capture with a wide selection of compatible Wi-Fi adapters

Standout featureAdvanced supports monitor mode across 2.4, 5, plus 6 GHz with more than 250 compatible adapter models
Acrylic Wi-Fi Heatmaps Pros
  • Predictive design plus unlimited measured surveys
  • Basic includes 11 distinct heatmap types
  • Advanced supports monitor mode across all three modern Wi-Fi bands
  • Broad selection of compatible Windows Wi-Fi adapters
  • Monthly, annual, plus perpetual licensing options
Acrylic Wi-Fi Heatmaps Cons
  • Windows-focused workflow excludes Mac field laptops
  • Advanced radio features cost more than Basic
  • Perpetual pricing is steep for occasional use
Basic, 1 Month $129 Short-term access for an occasional survey project
Basic, 1 Year $879 Planning, unlimited surveys, 11 heatmap types, plus reports
Basic, Perpetual $1,959 Lifetime license with first-year support purchased separately
Explore Acrylic Wi-Fi

How We Assessed WiFi Network Planning and Heatmap Software

We compared each product's current documented workflow across four common tasks: importing or drawing a floor plan, creating a predictive model, collecting measured survey data, plus exporting results. We also checked desktop or browser support, Wi-Fi 6E or Wi-Fi 7 coverage, required hardware, licensing limits, plus prices shown by each vendor in July 2026.

Scores do not claim that one app measures radio signals more accurately than another. A fair RF accuracy test would require the same calibrated radios, AP placement, building materials, drivers, plus repeatable collection paths. Our ranking focuses on practical capability, purchase friction, plus suitability for the stated audience.

How to Choose WiFi Planning and Heatmap Software for Your Network

Start by separating predictive planning from measured surveying. Predictive software estimates coverage from a floor plan, wall materials, AP radios, antennas, plus power settings. A measured survey records the network that exists. Most serious deployments need both, since a polished model cannot see unexpected metal shelving, neighboring interference, or a poorly mounted antenna.

Next, price the required hardware. Some tools work with the laptop radio for ordinary signal maps, while monitor mode, spectrum analysis, 6 GHz collection, or mobile surveying may need a supported adapter or dedicated device. Also check whether your license covers commercial use, multiple technicians, report viewing, plus future major upgrades.

Common WiFi Heatmap and Network Planning Mistakes to Avoid

A bright coverage map can still describe a bad network. Signal strength alone does not reveal capacity, channel contention, roaming behavior, noise, or slow uplinks. Set requirements first, such as minimum signal, SNR, secondary AP coverage, channel width, plus expected client density. Then review several visualizations rather than judging the project by one colorful image.

Floor-plan scaling is another quiet source of bad results. A slightly wrong scale shifts wall distances throughout the model. Use a known measurement, verify wall materials, plus confirm AP mounting height. After installation, walk the same route at a steady pace, collect enough points near room edges, then compare the measured survey against the predictive plan.

Which WiFi Planning Tool Should You Choose?

NetSpot earns first place because it handles the jobs most people actually need: inspecting nearby networks, drawing predictive coverage, walking a measured survey, then exporting clear results. Its one-time Pro price also leaves room in the budget for a good USB adapter or a temporary AP test rig.

Hamina is the sharper choice for browser-based design across many sites. TamoGraph suits field engineers who need several survey methods, while Acrylic makes sense for Windows teams with compatible monitor-mode hardware. Pick based on your field workflow, not the longest feature list.

Top pick NetSpot
Build one small project with the trial or free tier, then check how easily you can scale the floor plan, adjust wall loss, isolate access points, plus export a report before buying.

WiFi Planning and Heatmap Software Questions

What is the best WiFi network planning software for designing a new office in 2026?
For a new office, Ekahau is still the most common pick for professional WiFi design because it handles predictive planning, heatmaps, AP placement, plus channel planning well. If you want a lighter option, NetAlly AirMagnet Survey can work for smaller teams that need simpler workflows.
How do I create a WiFi heatmap before installing access points?
Start with a floor plan, trace the walls plus major obstructions, then place access points in the software to simulate coverage. Run predictive heatmaps for signal, capacity, plus interference so you can adjust the design before any hardware is mounted.
Which WiFi planning tool is best for large warehouses or industrial spaces?
Look for software with strong RF modeling, support for long aisles, high ceilings, plus external antennas. Ekahau, Hamina Wireless, plus iBwave Wi-Fi are common choices because they let you test coverage in dense, unusual environments more realistically.
Is free WiFi heatmap software good enough for small businesses?
Sometimes, but usually only for basic coverage checks. Free tools can help you visualize rough signal zones, yet they often miss capacity planning, roaming behavior, plus detailed interference analysis that small businesses still need when uptime matters.
What is the difference between predictive heatmaps plus survey-based heatmaps?
Predictive heatmaps are built from a floor plan plus modeled AP locations before installation. Survey-based heatmaps come from real measurements after deployment, so they show what users actually experience in the building.
How accurate are WiFi heatmaps from planning software?
They are useful for direction, not perfection. Accuracy depends on the quality of your floor plan, wall materials, AP specs, mounting height, plus how closely the software matches real-world RF conditions.
Can I use WiFi planning software to reduce dead zones in my home?
Yes, especially if your home has thick walls, multiple floors, or tricky layouts. A planner can show where a mesh node or access point should go, which is often faster than guessing with a phone app alone.
What should I compare when choosing between Ekahau, Hamina, plus iBwave?
Compare license cost, ease of use, predictive modeling quality, reporting depth, plus whether the tool matches your building type. Ekahau is broad plus mature, Hamina is often praised for speed, while iBwave is strong in enterprise plus multi-technology environments.
Do WiFi heatmap tools support 6 GHz planning for WiFi 6E plus WiFi 7?
Yes, many top tools now support 6 GHz modeling, but the quality varies by vendor. Make sure the software lets you account for reduced range, channel availability, plus the impact of newer AP radios before you buy.
How much does professional WiFi network planning software usually cost?
Pricing ranges widely depending on whether you buy subscription, perpetual license, or hardware bundled with software. Expect basic survey tools to cost less than full enterprise planners, especially if you add spectrum analysis or reporting modules.
What is the easiest WiFi heatmap tool for a non-engineer to use?
Hamina Wireless is often considered more approachable for fast predictive work, while some users prefer simple survey apps from mobile-first vendors. The easiest tool is usually the one that lets you import a floor plan, drag APs, then generate a clear report without extra steps.
How do I test if my AP placement plan will handle video calls plus roaming?
Use a capacity model, not just a signal map. Set minimum target rates, place users where they actually sit or move, then check overlap between cells so clients can roam without dropping voice or video sessions.
What are the best alternatives to Ekahau for WiFi site surveys?
Hamina Wireless, iBwave Wi-Fi, plus NetAlly AirMagnet are the main alternatives people compare. Your best choice depends on whether you care more about fast planning, deep reporting, or field survey workflows.
Can WiFi heatmap software help with multi-floor buildings?
Yes, that is one of its biggest strengths. You can model floor-to-floor leakage, stairwells, elevator shafts, plus vertical overlap, which matters a lot in hotels, campuses, plus office towers.
What files do I need to import before I start a WiFi planning project?
A clean floor plan PDF or image is the most important file. If you also have wall materials, ceiling height, AP models, plus switch port locations, the predictions will be much more useful from the start.
Get NetSpot $0 to Start · #1 Pick