It goes on the tower you already have
AirGuard clamps onto your existing structure and hardware. Nothing gets ripped out, and the sectors you are running stay up while it goes on.
AirGuard Core / Edge RF intelligence
The noise was there for weeks. Nothing could hear it.
AirGuard Core bolts onto the towers you already own and listens to the whole band, continuously, in every direction. It works out what the interference is, which way it is coming from, and which channel to move to. All of that happens on the tower, before anyone gets in a truck.
What one tower can hear
↔ Swipe the figure
01 / The problem
Most outages start hours before anyone notices.
Interference does not wait for a ticket. It starts, it sits there, and the first thing on your network that actually reacts to it is a customer picking up the phone.
- 23:41Interference starts
Something on the band goes loud. Every radio on the tower is now working around it.
- 13:55The first customer calls
Fourteen hours later. That call is the first thing on your network that reacts to any of it.
- 17:20Somebody changes the channel
After a ticket, a truck, and an afternoon on the mast with an analyser.
By the time you know there is a problem, it is a truck roll, an SLA credit, and an afternoon on the tower with a spectrum analyser.
What finding out late actually costs02 / The device
One unit, built to be bolted onto what is already up there.
No new tower, no forklift upgrade, no downtime on the sectors you are already running. It clamps to the steel, draws its own power, and does its thinking where it stands.
AirGuard One
Drag to rotate
01
Hub and emblem
Caps the spider plate
02
Finned alloy core
Passive cooling, no moving parts
03
Spider plate
Eight arms at 45° spacing
04
Sensing enclosure ×8
IP rated, tilted outward and up
05
Status LED ×8
One on every arm bracket
06
Galvanised mast
Clamps to the tower steel you have
03 / Deployment
From bolted on to telling you what to fix.
Five things happen between the day it goes up and the morning it saves you a truck roll. None of them need you on the tower.
The sensing array comes online
Eight antennas wake up and start reading the band in every direction around the site, not just the arc your own radios happen to face.
The edge AI boots
An onboard Jetson Orin class module runs the model right there on the mast, so the analysis never has to leave the tower to be useful.
The scan goes live
The interference that was invisible a minute ago now has a name, a bearing and a strength above the noise floor.
You get told what to change
AirGuard names the channel to move to, or makes the change itself where your integrations allow. That is the outage that never happens.
04 / How it works
It listens, it decides, and it hands you the fix.
Three things have to be true before an alert is worth anything. It has to notice, it has to know what it is looking at, and it has to tell you what to do next.
Every direction
It hears every side of the tower
A multi antenna array reads the band continuously and works out the bearing of whatever it finds, no matter which way the interference is pointing.
On the tower
The thinking happens on site
Analysis runs on the unit itself, on Jetson Orin class hardware. Nothing waits on a backhaul link, and the raw spectrum never has to leave the site to be useful.
A next step
It ends with a channel, not an alarm
AirGuard classifies the source, locates it, and names the channel to move to. Where your vendor integrations allow it, it makes the change for you.
Built to live outdoors
Two field units, AirGuard One and AirGuard PTP. Each pairs with a Companion Device and runs on NVIDIA Jetson Orin class hardware, so the analysis holds up on a mast, on its own, in weather.
One place to watch every site
Our own model does the analysis on the device. The dashboard is where you watch the whole fleet at once and see how the network is behaving across every site you run.
05 / Why AirGuard
Why not just use your vendor’s NMS?
It is the first question every operator asks. AirGuard is not a replacement for the system you already run. It covers the part of the network that system was never able to see.
Your NMS sees devices. AirGuard sees the spectrum.
Vendor tools report on their own radios through device telemetry. Interference comes from everything else on the band: the operator next door, unlicensed gear, somebody's weather link. AirGuard reads the live RF environment, so the source shows up even when it is not yours.
It does not care whose hardware is on the tower.
Single vendor tools stop at their own equipment, and hardly any tower is single vendor now. AirGuard bolts onto whatever is already up there and works across vendors, so one view covers the whole site.
Answers, not just alerts.
The manual alternative is a spectrum analyser and a drive out after a customer complains. AirGuard detects, classifies and locates the interference as it happens, then names the channel to move to.
06 / From the field
The same story on every network.
These are the sentences that come up in almost every conversation we have with an operator. We have stopped being surprised by them.
Interference across our network was a constant battle. AirGuard's prototype was the first time we could actually see it, so we started fixing things before customers noticed.
07 / Team
The people building it.
A small team with the mix this needs: embedded AI, network security, product, and the commercial side of getting it onto real towers.
Ryan Kyrillos
Founder & CEOLeads AirGuard's strategy and growth, from scaling the company to building the partnerships that bring it to market.
Talk to RyanChristophe El Kareh
Co-Founder & CTOBuilds AirGuard's core technology, with a background in embedded systems, edge AI and network infrastructure.
Talk to Christophe6 more behind the scenes
Core teamThe people who actually build the thing: security, design, engineering, and the relationships that get AirGuard out into the world.
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08 / Go live
Cut the outages and the truck rolls.
We are opening AirGuard to a first group of networks. Tell us what you run and we will come to you.