AirGuard finds the RF interference behind your outages, so your team knows what's wrong before anyone drives to the tower.
AirGuard mounts onto your existing tower and hardware. Nothing gets ripped out, and nothing goes down.
Eight antennas wake up and start reading the band in every direction around the site.
An on-board NVIDIA Jetson Orin-class module runs the model right there, so the analysis never has to leave the tower.
AirGuard keeps watching the band, and the interference that was invisible a minute ago now has a name and a direction.
AirGuard recommends the channel change, or makes it for you where integrations allow. That's the outage that never happens and the truck that stays parked.
Wireless networks keep getting denser, and the band keeps getting louder. Your NOC can see links going up and down, but not what is actually causing it, so troubleshooting turns into guesswork and a drive out to the site.
By the time you know there's a problem, it's a truck roll, an SLA credit, and an afternoon on the tower with a spectrum analyzer.
AirGuard mounts on the towers you already have and reads the RF environment around them, so the noise that used to be invisible turns into something your team can act on.
A multi-antenna array reads the band continuously and works out where interference is coming from, no matter which side of the tower it's on.
Analysis happens on the unit itself, on NVIDIA Jetson Orin-class hardware, so problems get flagged on site instead of after the fact.
AirGuard classifies the interference and locates it, then recommends the channel change, or makes it for you where integrations allow.
Two field units and the software that runs them. Everything that matters happens on site, where your network actually is.
Two field units, AirGuard One and AirGuard PTP. Each one pairs with a Companion Device and runs on NVIDIA Jetson Orin Nano/Super-class hardware, so the analysis holds up outdoors and on its own.
Our own model does the analysis on the device. The cloud dashboard is where you watch the whole fleet and see how the network is behaving across every site.
It's the first question every operator asks. AirGuard isn't a replacement for the system you already run. It covers the part of the network that system was never able to see.
Vendor tools report on their own radios through device telemetry. But interference comes from everything else on the band: the operator next door, unlicensed gear, someone's weather link. AirGuard reads the live RF environment, so the source shows up even when it isn't yours.
Single-vendor tools stop at their own equipment, and hardly any tower is single-vendor these days. AirGuard bolts onto what's already up there and works across vendors, so one view covers the whole site.
The manual alternative is a spectrum analyzer and a drive out to the site after a customer complains. AirGuard detects, classifies and locates the interference as it happens, then recommends the channel change or makes it for you where integrations allow.
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.
A small team with the mix AirGuard needs: embedded AI, network security, product, and the commercial side of getting it deployed.
Leads AirGuard's strategy and growth, from scaling the company to building the partnerships that bring it to market.
ContactBuilds AirGuard's core technology, with a background in embedded systems, edge AI, and network infrastructure.
ContactThe people who actually build the thing: security, design, engineering, and the relationships that get AirGuard out into the world.
Tell us about your network and we’ll show you what AirGuard picks up on it.