The 2026 Field Guide to iOS Wi-Fi Tools

By Keith Parsons, CWNE #3

Apple’s iOS has a hard wall around its Wi-Fi radio. That one architectural fact determines everything in the iOS Wi-Fi tools market. No public API allows any third-party app to put the radio into monitor mode, enumerate neighboring networks, or capture frames from other devices. Your budget matters. Your workflow matters. But the platform constraint is upstream of all of it, and any tool comparison that buries that fact is doing you a disservice.

The tools available to you on iPhone fall into three distinct buckets, each defined by how they route around that wall:

Bucket	What it can do	Examples
Standalone iOS	Inspect the network you’re already on; visualize signal as you walk; query the LAN.	Wi-Fi Check, nOversight, WiFiMan, AirPort Utility
iOS + sensor (consumer / field-tech)	Validate installs, single-test diagnostics, off-channel scan on supported bands.	WiFiMan + WiFiMan Wizard, Ookla Speedtest Pulse
iOS + sensor (pro)	Full scan + 6 GHz + spectrum + packet capture + survey.	WLAN Pi Go + WFE Pi, Ekahau Analyzer + Sidekick 2, Hamina Clip + Onsite, Hamina Clip + WFE Pi

Choose by use case and budget. For quick client-perspective diagnostics at no cost, Wi-Fi Check and nOversight are the right choices. Wi-Fi Check has an extra feature, showing the difference between Wi-Fi connection speeds and Internet tested speeds. But for much greater details, go with nOversight.

For a neighbor scan without hardware, AirPort Utility is your only option and its limitations are real.

For full passive analysis in the field, the WLAN Pi Go or the Hamina Clip paired with WiFi Explorer Pi is where a professional belongs. For spectrum, Ekahau with a Sidekick 2 is the only answer, and it costs accordingly.

If you are in the Hamina ecosystem, you have two choices of hardware, the Oscium Nomad (with or without a spectrum analyzer), or the Hamina Clip. Both work with either the Hamina Onsite app or Intuitibits WiFi Explorer Pi.

Below is each tool and combination, then a decision matrix, then a bands-and-cost summary, and finally what’s genuinely new in 2025-26.

The Platform Wall and What Gets Past It

Every tool in this comparison handles the iOS restriction in one of four ways. Understanding the mechanism tells you exactly what data you are and are not getting.

Shortcuts-based (Wi-Fi Check, nOversight). The iOS 17 “Get Network Details” Shortcuts action exposes SSID, BSSID, RSSI, noise, channel, and Rx/Tx rates for the currently associated network. Both apps exploit this mechanism. nOversight also parses iOS internal diagnostic logs, which adds roaming history: the complete BSSID-level record of which access point the device was associated to and when. Neither app can see neighboring networks. What you get is a precise picture of the device’s own connection, nothing else.

Apple private entitlement (AirPort Utility). Apple granted its own AirPort Utility app a private Wi-Fi scanning entitlement that no third-party developer can touch. No other free app can do what AirPort Utility does: show a passive neighbor list with SSID, BSSID, RSSI, and channel without any external hardware. No information element detail, no security type, no channel utilization. It produces a list. A professional can work with a list, but not much more.

External USB-C probe (WLAN Pi Go, Hamina Clip via USB-C). These devices carry their own Linux-based Wi-Fi radio in monitor mode. iOS is not doing the scanning. The probe does. The iPhone is a display and maybe a power source. This is the architecture that unlocks full passive scan: all neighboring BSSIDs across 2.4, 5, and 6 GHz; complete information element breakdowns per BSSID; channel utilization; and, with the right app, packet capture.

External BLE probe (WiFiMan Wizard, Hamina Clip via BLE). These connect via Bluetooth LE. The probe scans; the app receives. The WiFiMan Wizard covers 2.4 and 5 GHz only, no 6 GHz. The Hamina Clip in its BLE mode, paired with Hamina Onsite, is a different class: tri-band (2.4/5/6 GHz), Wi-Fi 7-capable, passive survey with real-time heatmap.

1. Wi-Fi Check (wificheck.net)

Wi-Fi Check was built by Ken Fernandes. It is the first iOS app I’ve seen that can tell you whether the slowdown is the Wi-Fi or the internet, which most iOS “Wi-Fi” apps cannot answer at all.

What it does:

• Wi-Fi vs Internet Speed Check: separates Wi-Fi-side throughput from upstream internet throughput. First tool of its kind on iOS.
• Wi-Fi Signal Check (Pro): signal strength, noise, SNR, and PHY rates from the iPhone’s own radio.
• Wi-Fi Roaming Check (Pro): timestamps BSSID transitions and presents them in a timeline. For diagnosing a user’s connectivity complaint after the fact, that is useful data. Most software-only tools on iOS do not surface roaming events at all.
• Local Network vs Internet Quality Check: ping, jitter, packet loss, and DNS response time, measured separately to the router and to the internet.
• Live Network Connectivity Map: real-time traffic-light visualization of connectivity status.
• Application Check (Pro) and Live Ping Check (Pro).

Hardware: iOS device only. Works with any network equipment. Some functions use an iOS Shortcut.

Cost:

• Free: 2 checks/day, Wi-Fi vs Internet Speed, Internet Quality, Connectivity Map.
• Personal: $9.99/yr (or $0.99/month): unlimited checks, same feature set as Free.
• Pro: $79.99/yr (or $7.99/month): adds Signal Check, Roaming, Application Check, Live Ping, and Local vs Internet Quality.

Best for: Field techs and home users who need to prove whether the Wi-Fi or the internet is the problem, without carrying any extra hardware. The Pro tier pays for itself on a single support call where it correctly identifies that the problem is the internet circuit.

2. nOversight (Numerous Networks Ltd, UK)

Ben Toner at Numerous Networks built this around a genuinely clever approach: iOS writes detailed Wi-Fi diagnostic logs internally, and nOversight reads them. The result is real RSSI in dBm, link rates, retry rates, and a roaming history that shows BSSID-level transitions over time. This is the deepest client-perspective view available on iOS without hardware.

What it does:

• Walk-around visualization of signal strength, performance, and coverage in real time.
• AR mode: overlay Wi-Fi data on the live camera view to show where Wi-Fi works and where it does not.
• Map view: trace your route on a floor plan to see where performance changes.
• Timeline of system logs: replay the last hour, find the network that caused an issue, pinpoint the area.

The roaming history is nOversight’s distinguishing feature. It shows not just that the device roamed, but exactly which BSSID it was on and when it left. For roaming forensics on a complaint from a specific user, that data goes straight to work.

Hardware: iOS 17 or later, device only.

Cost: Free for capture and overview; paid tiers unlock extended log analysis and history depth. At around $3/yr for the Analyzer subscription, the cost objection does not exist.

Best for: Helping non-engineers see where their Wi-Fi is bad. The AR mode is the best client-demo tool I’ve seen in this category. Use nOversight when you need a precise picture of what one device experienced.

3. WiFiMan (standalone, Ubiquiti)

Ubiquiti’s free iOS app. The most useful free iOS tool when you do not have an external sensor.

What it does:

• Subnet scan using Bonjour, SNMP, NetBIOS, and Ubiquiti discovery, good for finding what is on the LAN.
• Download/upload speed test with history and sharing.
• Signal tab: real-time monitoring of signal, throughput, latency, and AP roaming as you walk.
• Floorplan Mapper: on LiDAR-equipped iPhones and iPads, records signal in different rooms.

Hardware: iOS device only.

Cost: Free, ad-free.

Best for: Quick coverage walks, LAN device discovery, throughput baselining. A generalist IT tool that does its defined job well. It is not a Wi-Fi analysis tool for professionals who need passive scan or survey capability.

4. Apple AirPort Utility (with Wi-Fi Scanner enabled)

The only app Apple has allowed to touch its raw scan API since they locked it down. After installing AirPort Utility, go to Settings > AirPort Utility > enable “Wi-Fi Scanner.” No Airport hardware required. Open the app and tap Wi-Fi Scan in the top right.

What you get: A passive neighbor list with SSID, BSSID, RSSI, and channel. That is it. No information element detail means no BSS load, no RSN IE, no supported rates. No channel utilization. CSV export exists but produces a basic list.

Hardware: iOS device only.

Cost: Free.

The practical use case: you need a quick neighbor list in the field and do not have hardware with you. AirPort Utility is the only option on iOS for this without any external device. For professional deliverables, this is a starting point, not a conclusion. Apple has not materially updated the app in years. It still works, but its long-term support is uncertain.

Best for: Free, fast, on-device. The fallback when you have nothing else.

5. WLAN Pi Go + WiFi Explorer Pi (Oscium/MetaGeek + Intuitibits)

This combination delivers the deepest Wi-Fi analysis on iOS without a full survey platform. The WLAN Pi Go is a USB-C dongle carrying a Wi-Fi 7-capable Linux radio in monitor mode. It draws power from the phone. WiFi Explorer Pi connects to it and presents complete passive scan results: all neighbors across 2.4, 5, and 6 GHz; full information element breakdowns per BSSID; channel utilization visualization; configurable validation checklists; and a BSSID finder mode with live RSSI graphing and audio feedback for physical access point location work.

Hardware: WLAN Pi Go

• Intel BE200 Wi-Fi 7 radio + Raspberry Pi CM4 with eMMC.
• 2.4 / 5 / 6 GHz monitor-mode capture, up to 320 MHz channels.
• USB-C, no battery, MagSafe-attachable.
• Optional Wi-Spy Lucid USB tri-band spectrum add-on. Spectrum analysis confirmed working via the Oscium Lucid.
• Approximately $550 USD.

Software: WiFi Explorer Pi

• Full nearby-network scan: security, channel, signal, supported rates, modes, spatial streams, country, beacon details, airtime, intervals, full information element breakdowns.
• Packet capture available via the separate Airtool Pi app (same hardware, one channel at a time on the WLAN Pi Go).
• Approximately $27 average in-app subscription.

The same Pi sensor also works with Wireshark, inSSIDer, Airtool 2/Pi, Acrylic Wi-Fi, and MetaGeek App.

One important architecture note: WiFi Explorer Pi is not locked to the WLAN Pi Go. The app also officially supports the Hamina Clip or Oscium Nomad over USB-C. The hardware you choose changes the form factor and connection method; the analytical depth from WiFi Explorer Pi stays the same.

Best for: Day-to-day WLAN pro work on iPad without lugging a laptop. Scans, deep IE inspection, captures. The most flexible “one sensor, many apps” choice. At approximately $550 for hardware plus a $27 app subscription, it is the clear entry point for professional-grade passive scan on iOS.

6. Ookla Speedtest Pulse

Ookla’s new Speedtest Pulse is a pocket-sized sensor that attaches to a smartphone and turns it into a single-test validation tool, engineered with Ekahau measurement IP. Ookla and Ekahau are both Ziff Davis companies; this is a distinct product, not a rebranded Ekahau device, though the community sometimes calls it “Ekahau Pulse.”

What it does:

• Active Pulse mode: a single, guided test that validates a new install or pinpoints where a network issue is (Wi-Fi vs LAN vs internet vs DNS).
• Continuous Pulse mode (on the 2026 roadmap): the device stays connected to a router for persistent monitoring, intermittent-problem detection, and SLA enforcement.
• Positioned to compete with Fluke Networks, Viavi, and Exfo for field-tech and ISP workflows.

Hardware: Pocket-sized Pulse device, smartphone-attached (MagSafe form factor for iPhone). Built on Ekahau’s measurement IP.

Cost: Not publicly listed at launch; positioned as an enterprise and ISP field-tech tool, not consumer.

Best for: ISPs, MSPs, and field techs doing high-volume install validation and break-fix, where you want a one-button, repeatable, pass/fail result you can hand to a customer. The Continuous Pulse roadmap mode is the feature to watch.

7. Ekahau Analyzer + Sidekick 2 (Ekahau / Ookla)

This is the highest-cost combination in this comparison and the one with no practical equivalent for what it does.

The Ekahau Analyzer app is a free iOS download, but it requires an Ekahau Sidekick 2 and an active Ekahau Connect subscription. Without both, the app does not function. iOS 17 is the minimum supported version. The Sidekick 2 is the only compatible hardware; the original Sidekick (Gen 1) is not supported.

The hardware is the reason for the price. The Sidekick 2 carries 4 independent tri-band radios (2.4, 5, and 6 GHz), 9 antennas, and a dedicated spectrum radio running 50 sweeps per second, covering 2,400 to 7,125 MHz. These radios are discrete USB-attached hardware outside the iOS Wi-Fi sandbox entirely. Apple’s API restrictions do not apply to them. The iPhone is a display terminal; the Sidekick 2 is doing the work.

What it does:

• Auto Test: diagnoses Wi-Fi network quality against predefined profiles and delivers a clean pass/fail.
• Network Overview: see SSID/BSSID/channel/security details for nearby APs. This is an iOS-exclusive feature not available on Android.
• Simultaneous 4-channel packet capture across all 3 bands: also an iOS-exclusive feature not available on Android.
• Integrated Speedtest by Ookla with simultaneous real-time spectrum analysis while the Speedtest runs.
• Client Analysis: proximity-based device capability assessment with live performance data.
• Full Wi-Fi 6E and Wi-Fi 7 validation, troubleshooting, and spectrum analysis.

Hardware: Ekahau Sidekick 2

• Four enterprise-grade tri-band Wi-Fi radios + dedicated spectrum analyzer.
• 2.4 / 5 / 6 GHz (Wi-Fi 6E); spectrum coverage 2,400 to 7,125 MHz.
• Lab-calibrated for accuracy and repeatability.
• USB-C.

Cost:

• Software: bundled in Ekahau Connect subscription (~$1,995/yr).
• Hardware (Sidekick 2): $4,995 MSRP.

If you already carry an Ekahau Sidekick 2 and maintain an Ekahau Connect subscription, the Ekahau Analyzer iOS app extends that investment to iPhone at no additional hardware cost. If you do not already have the Sidekick 2, verify the business case before committing at $6,990 and up.

Best for: Enterprise Wi-Fi engineers doing on-site validation, troubleshooting, and spectrum analysis in commercial deployments. Ekahau Analyzer is for validation and troubleshooting, not passive heatmap surveying. Floor-plan survey work is done by the companion Ekahau Survey app on the same hardware. Two apps, two workflow phases, one hardware investment.

8. Hamina Clip + Hamina Onsite (Hamina Wireless)

Hamina Wireless has built a sensor-and-software combination that is earning real traction among pros who want a hands-free walking survey below the Ekahau price point. The Hamina Clip is currently shipping.

Hardware: Hamina Clip

• Four antennas, dual Wi-Fi radios.
• 2.4 / 5 / 6 GHz, Wi-Fi 6E and Wi-Fi 7.
• Belt- or strap-mountable. IP64, 1.5 m drop-rated, 5+ hours battery, 282 g.
• Connects via USB-C or Bluetooth Low Energy (auto-pair, no manual BLE pairing).

Software: Hamina Onsite (iOS, iPadOS, macOS)

• Real-time heatmapping as you walk. Heatmaps update live during the survey pass, not after processing.
• Pairs with the Hamina design platform so plan, survey, and validation run as one project.
• Spectrum analysis when paired with Oscium Nomad or NetAlly NXT-2000.

The Clip’s BLE mode with Hamina Onsite is one configuration. The same hardware has a second operating mode described in Tool 10 below.

Cost: $990 (Clip + 6-month Onsite subscription) or $1,180 (Clip + 12-month subscription + 1-year warranty).

Best for: Pros who want a one-piece, hands-free walking sensor. Hamina design-suite shops. Modern Wi-Fi 6E/7 environments. The $990 entry point positions it meaningfully below where Ekahau enters.

9. WiFiMan + WiFiMan Wizard (Ubiquiti)

Adding the $99 to $130 Wizard to the free WiFiMan app gives iOS users a neighbor scan the app alone cannot provide. The Wizard scans via its integrated radio and streams SSID, BSSID, RSSI, and channel to the app over BLE. The Floorplan Mapper feature uses LiDAR to build a rough floor plan and overlays signal strength as you walk.

Hardware: WiFiMan Wizard (WM-W)

• 2.4 / 5 GHz portable scanner.
• No 6 GHz. This is the ceiling, and it is a hard one.
• MagSafe attach for iPhone.
• Approximately 4 hours continuous scanning.

Ubiquiti markets this as a “spectrum analyzer.” It is NOT. It is a WLAN scanner. A real spectrum analyzer produces FFT power-over-frequency output and detects non-802.11 interference sources. The Wizard shows 802.11 beacons. No 6 GHz, no FFT output, no non-802.11 interference detection, no data export. The gap between the marketing label and the actual function is wide enough to matter if you are purchasing based on the marketing.

Best for: Budget-conscious pros, fast pre-checks on 2.4/5 GHz deployments, training environments. In any Wi-Fi 6E or Wi-Fi 7 deployment, a tool blind to 6 GHz is incomplete by definition. If you must see 6 GHz, the Wizard is not the answer.

10. Hamina Clip + WiFi Explorer Pi

Intuitibits added Hamina Clip support to WiFi Explorer Pi and Airtool Pi in 2025. The connection is USB-C, not BLE. The same Clip that drives Hamina Onsite over BLE connects to WiFi Explorer Pi over USB-C.

Why this exists: Many WLAN pros already own the Intuitibits stack on Mac or iPad and have invested in a Hamina Clip for surveys. This combination lets you point WiFi Explorer Pi at the Clip’s radio instead of buying a second sensor.

What you get:

• Full Wi-Fi 6E/7 scanning over USB-C from a rugged, battery-powered Clip.
• WiFi Explorer Pi’s IE inspection, scan modes, and capture workflow.
• The same Clip can still drive Hamina Onsite for heatmapping over BLE.

The use cases do not overlap; they complement. Use Hamina Onsite for survey passes, WiFi Explorer Pi for deep analysis and AirTool Pi for packet captures. A professional deploying or troubleshooting in the field would use both app modes at different points in the same workflow.

The analytical depth via WiFi Explorer Pi is functionally equivalent to what you get with a WLAN Pi Go. The practical difference is form factor and power: the WLAN Pi Go is a compact dongle that draws power from the phone; the Hamina Clip is a larger, battery-powered device with its own runtime.

Cost: $990 to $1,180 (Clip + Onsite subscription) plus approximately $27 average in-app for the WFE Pi subscription.

Best for: Pros who already own a Hamina Clip and prefer the Intuitibits analysis experience. Pros who want one sensor but two workflows: Hamina Onsite for surveys, WiFi Explorer Pi for deep analysis and captures.

Quick Decision Matrix

If you need to…	Pick
Prove whether it’s Wi-Fi or the internet that’s broken	Wi-Fi Check
Help a friend or relative figure out why Wi-Fi is slow	nOversight or WiFiMan
Confirm channel/RSSI in the field with zero kit	AirPort Utility
Demo Wi-Fi visually to non-technical decision-makers	nOversight (AR mode)
Field-tech install validation, one-button pass/fail	Ookla Speedtest Pulse
Formal pass/fail validation reports	Ekahau Analyzer + Sidekick 2
Pre-install BSSID/channel survey, cheapest external sensor	WiFiMan + WiFiMan Wizard (no 6 GHz)
Full Wi-Fi 6E/7 walking survey on iOS	Hamina Clip + Hamina Onsite
Day-to-day “WiFi Explorer Pro for iPad” with packet capture using AirTool Pi	WLAN Pi Go + WiFi Explorer Pi
Same as above, but with a rugged battery-powered sensor	Hamina Clip + WiFi Explorer Pi
Spectrum analysis on iOS	Sidekick 2, Hamina Clip + Nomad/NXT-2000, or WLAN Pi Go + Wi-Spy Lucid
Speedtest + simultaneous live spectrum on the same screen	Ekahau Analyzer + Sidekick 2 (unique workflow)
6 GHz and a budget below $500	You cannot do both yet. 6 GHz still requires a real sensor.

Bands and Cost at a Glance

Tool	2.4	5	6	Approx. total cost (USD)
Wi-Fi Check	△	△	△	Free / $9.99/yr / $79.99/yr (Pro)
nOversight	△	△	△	Free / ~$3/yr
WiFiMan (standalone)	△	△	△	Free
AirPort Utility	✓	✓	△	Free
WiFiMan + Wizard	✓	✓	✗	~$130
Ookla Speedtest Pulse	✓	✓	✓	TBD (enterprise / ISP)
WLAN Pi Go + WFE Pi	✓	✓	✓	~$580 + sub
Hamina Clip + Onsite	✓	✓	✓	~$990–$1,180/yr
Hamina Clip + WFE Pi	✓	✓	✓	~$990–$1,180/yr + WFE sub
Ekahau Analyzer + Sidekick 2	✓	✓	✓	~$1,995/yr (Connect) + $4,995 (Sidekick 2)

△ = depends on iPhone radio for the connected SSID; cannot off-channel scan that band ✗ = not supported ✓ = full off-channel scan on that band

The Cost-to-Capability Ladder

Tier	Tools	Hardware Cost	App Cost	What You Get
Client perspective only	Wi-Fi Check, nOversight, WiFiMan standalone	None	Free to $79.99/yr	Connected network diagnostics, roaming history, speed test
Passive neighbor scan, no hardware	AirPort Utility	None	Free	SSID/BSSID/RSSI/channel list; no IE detail
Entry-level neighbor scan with hardware	WiFiMan + Wizard	~$99–$130	Free	2.4/5 GHz scan; no 6 GHz, no export, no IE detail
Full passive scan and IE analysis	WLAN Pi Go or Hamina Clip + WiFi Explorer Pi	~$550–$990	~$27/yr	All bands, full IE breakdown, AP finder, packet capture
Mobile passive survey with heatmap	Hamina Clip + Hamina Onsite	~$990 bundle	~$780/yr ongoing	Real-time heatmap survey, 2.4/5/6 GHz, cloud sync
Spectrum analysis + 4-channel capture	Ekahau Analyzer + Sidekick 2	~$4,995	~$1,995/yr (Ekahau Connect)	FFT spectrum, simultaneous 4-channel capture across all 3 bands, interferer detection, health validation; requires Sidekick 2 + Connect subscription; iOS 17 minimum

The jump from “free, connected network only” to “neighbor scan without hardware” costs nothing in dollars but loses you the information element layer that AirPort Utility cannot access. The jump from AirPort Utility to the WiFiMan Wizard costs $99 to $130 and adds a neighbor scan, but loses 6 GHz entirely. The jump to a full external radio at $550 to $990 is where professional-grade data begins. Spectrum analysis is a separate category at a separate price: the Ekahau Sidekick 2 at approximately $4,995 hardware plus $1,995 per year for Ekahau Connect is the only path on iOS to real FFT spectrum output and simultaneous 4-channel packet capture across all three bands. (Or you can go with an Oscium Nomad with an attached Oscium Lucid or attached NetAlly NXT-2000 spectrum analyzer.)

What’s Actually New in 2025-26

• Wi-Fi Check (wificheck.net) is the first iOS app to cleanly separate Wi-Fi-side from internet-side speed and quality, and the first to use an iOS Shortcut to surface real signal, noise, SNR, and PHY rate on iPhone and iPad without external hardware.
• Ookla Speedtest Pulse — a pocket Ekahau-engineered sensor that turns a smartphone into a single-test validation tool, with Continuous Pulse persistent-monitoring mode on the 2026 roadmap.
• Ekahau Analyzer + Sidekick 2: Analyzer added Sidekick 2 support which brought 6 GHz validation, troubleshooting, and spectrum analysis to iOS. Sidekick 2 refreshed to USB-C and now covers 2,400 to 7,125 MHz natively.
• WLAN Pi Go (Oscium/MetaGeek) made Wi-Fi 7 monitor-mode capture accessible on iPad for the first time, and it is the first credible full-featured “WiFi Explorer Pro on iPad” experience.
• Hamina Clip shipped, then opened up to WiFi Explorer Pi and Airtool Pi in 2025, decoupling Hamina hardware from Hamina-only software.
• nOversight (iOS 17+) introduced the AR overlay. The first genuinely original UX in this category in years.
• WiFiMan Wizard is still the only sub-$150 way to off-channel scan from an iPhone, but its 2.4/5-only ceiling is a bigger problem every quarter as Wi-Fi 6E and Wi-Fi 7 APs become the norm.
• iOS itself keeps exposing more signal data through Wi-Fi Quality APIs and iOS Shortcuts. Third-party passive scanning remains locked. That has not changed.

The Bottom Line

iOS gives you less access to your own radio than any other serious platform. Every tool in this comparison is defined by how it routes around that limitation, and the routing method determines the data you get. The tools themselves are, in most cases, good at what they do within those constraints. The constraint is Apple’s, not the developers’.

For a Wi-Fi professional, the practical sequence is this: deploy nOversight and Wi-Fi Check for client-perspective diagnostics at no cost. Add a WLAN Pi Go or Hamina Clip when the work requires passive scan. Confirm 6 GHz coverage in your hardware before you need it on a site with Wi-Fi 6E or Wi-Fi 7 APs. Reach for the Ekahau Sidekick 2 when the work requires spectrum and the budget supports it.

You may want to travel light and work software-only, but you must carry external hardware when the work requires passive scan. There is no software-only path past the platform wall for that job.

Keith Parsons is CWNE #3 and founder of WLAN Pros. Pricing figures are approximate as of May 2026 and should be verified at purchase time.