Observability for your wireless infrastructure
Datadog for RF. Always-on probes sit permanently in your space and measure the real wireless environment 24/7 — so you catch coverage drops, interference, and roaming problems before users ever file a ticket. Not a one-time survey. Not the AP's guess. The actual air, continuously.
From box to continuous visibility in three steps
No survey walk, no scaling, no guesswork — place RF probes once and they measure the air for as long as the network is live.
Upload your floor plan
Drag in a picture of the building for each location. No measuring or scaling — just the map.
Place your RF probes on the map
Drop each probe where it physically sits — permanent, always-on points that measure the air from where your users actually are.
Watch the real RF, live and forever
Probes measure the air continuously and the coverage fills in between them. Green is strong, red is weak — updating in real time, 24/7.
The measured foundation
Everything you need to see, prove, and fix wireless coverage across every site — measured continuously, not surveyed once.
Live coverage heatmap
A physics-based heatmap of real coverage, client density, and interference from just a few probes — refreshing as it happens, with history you can scrub.
Automatic AP discovery
Probes find every access point in the space and localize it on your map — then click an AP to see its measured coverage footprint.
Spectrum analyzer built in
A WiFi-Explorer-grade spectrum view per probe — channels, width, utilization, and interference, measured from the real environment.
Fleet, multi-tenant, OTA
Every location and probe in one tenant-isolated console. Probes self-claim on first boot and self-update over the air — roll out sites in minutes.
Independent, measured RF — not a snapshot, not the AP's guess
Most “Wi-Fi tooling” either takes a one-time picture or trusts the access point to grade its own homework. Mapper does neither.
Survey tools
One-shot snapshots. Ekahau and Hamina capture the building the day an engineer walks it — then go stale the moment a forklift, wall, or channel change moves the RF.
AP / controller telemetry
Only the AP's own view. Meraki and Mist report what the access point thinks it's doing — they never measure the independent RF in the space where your devices actually are.
Mapper probes
Always-on, independent, measured. Fixed RF probes measure the real environment 24/7 from the points your users occupy — so you see what the network truly delivers, not what it claims.
Purpose-built RF hardware
A compact, always-on sensor that lives where your users are — measuring the real air 24/7. Drag to spin it.
- Wi-Fi 6E radio — Intel AX210 — full 2.4 / 5 / 6 GHz monitor-mode capture.
- Dual antennas — High-gain diversity for clean, far-reaching measurement.
- Wired + PoE — Gigabit Ethernet uplink; USB-C power. Set it and forget it.
- Self-claiming — Boots, claims to your tenant, and self-updates over the air.
Know before the ticket
Continuous measurement turns into continuous answers — visibility, uptime, and root cause without a single survey walk.
RF Health score
ShippingA live 0–100 score for every site and floor — coverage, air quality, stability, security, and probe health — each with a plain-English “why” and the exact action to take. Your wireless, graded continuously.
Historical RF playback
ShippingA DVR for Wi-Fi. Scrub back to any past moment and replay the exact wireless conditions — stop trying to reproduce a problem that already happened.
Change detection & timeline
ShippingA continuous baseline of “normal,” so the moment the air changes — new AP, channel/width change, security downgrade, power drop, AP vanishes — you see exactly what changed and when.
AP drift monitoring
ShippingTrack every AP over time — channel, width, power, best/avg/worst signal, reboot and disappear patterns. Catch the controller bug or misconfig before it becomes an outage.
Neighbor Wi-Fi intelligence
ShippingWatch the external networks fighting you for airtime — strongest interferers, the channels they’re crowding, and the 7/30-day trend as the neighborhood gets busier.
Channel occupancy
ShippingSee how busy every channel really is — APs heard and utilization per channel and band — so you pick clear channels with data, not guesswork.
Roaming analytics
ShippingRoam failures, sticky clients hanging onto a far AP, and RSSI by zone. Find the handoff problems that drop calls and stall scanners.
Wireless intrusion detection
ShippingPassive WIDS on every probe — evil-twin, rogue AP, Karma, deauth/auth floods, beacon floods, weak/open security. Threats surfaced the instant they appear.
Root-cause & prediction
ShippingNot just an alert — an explanation, and a warning. “Coverage dropped because AP-22 moved 36→149,” plus degradation trends that flag risk days before an outage.
Your probes have been watching for weeks. Ask them what happened.
A survey tool tells you what Wi-Fi looked like the day someone walked the building. Mapper's always-on probes tell you what changed, when it changed, why it matters, what likely caused it, and whether it's getting worse — the questions that actually close a ticket.
- What changed?
- When did it change?
- Why does it matter?
- What likely caused it?
- Will it get worse?
- What should I do?
Coverage dropped 13 dB — AP-17 disappeared and a neighbor (NETGEAR_45) lit up channel 149.
Do this: check AP-17's power/uplink; move it off the now-congested channel 149.
Where blind Wi-Fi is an operational risk
When wireless is load-bearing for the business, “we think it's fine” isn't good enough.
MSPs
Manage hundreds of sites and know about a problem before the customer's help desk does. Proactive accounts, a sticky recurring line item.
Warehouses & logistics
Forklifts, pallets, and metal racking shift RF by the hour. Catch the dead zones that strand scanners and AGVs before a shift grinds to a halt.
Retail chains
An AP dies in store #214 and nobody knows until POS goes down. Mapper tells you which store, which AP, right now.
Hospitals
Infusion pumps and telemetry roam where a coverage gap is a patient-safety event. Make wireless coverage an auditable, monitored asset.
Schools & universities
Lecture halls, dorms, and stadiums that flood with devices on cue. See capacity and coverage as it really behaves under load.
Your network is load-bearing too.
If users complaining is your monitoring system, you're already behind.
See exactly what each probe measures
Tap an RF probe on the map and a panel opens with every Wi-Fi network it can measure — name, router brand, channel, signal strength, and security — with the full technical detail underneath.
- SSID, BSSID, vendor, channel & band
- Per-network signal (RSSI) and security
- Clients and co-channel neighbors
- Full beacon detail on demand
Upload a map. Drop your probes. See your Wi-Fi.
See your wireless infrastructure — let's talk
Tell us a bit about your sites and we'll show you what continuous, measured RF looks like across your network — and how fast you can roll it out.
- Deploy in minutes — probes self-claim on first boot
- No commitment — see it on your floor plan first
- Response within 1 business day
Tell us about your setup
We'll get back to you with next steps.