ABARnet™
The runway uptime platform
Actionable runway intelligence powered by braking data + AI
Actionable runway intelligence powered by braking data + AI
Actionable runway intelligence powered by braking data + AI
Actionable runway intelligence powered by braking data + AI
A complete picture of current + future runway performance
ABARnet™ is a cloud-based, AI-enabled reporting platform that shows airports and airlines what's happening on the runway now, what's coming next, and where performance is slipping.
Now – ABARs reveal the actual braking action from touchdown to taxi, for every landing aircraft
Next – Forecasts reveal how friction will change in the minutes ahead
Where – Hard-Brake Landing reports reveal the segments where performance is dropping
Together, these insights give operations the clarity to run airports and aircraft more efficiently, predictably, and profitably — even as conditions shift.
3 connected services for runway uptime
See current conditions.
Anticipate what's ahead.
Act where it matters most.
ABARs
Know real braking performance
Know real braking performance
Know real braking performance
Know real braking performance
Sensor-based, validated reports of how runways are performing right now — giving ops, pilots, and ATC a shared truth for runway selection, flight planning, and keeping traffic flow steady.
Sensor-based, validated reports of how runways are performing right now — giving ops, pilots, and ATC a shared truth for runway selection, flight planning, and keeping traffic flow steady.
Sensor-based, validated reports of how runways are performing right now — giving ops, pilots, and ATC a shared truth for runway selection, flight planning, and keeping traffic flow steady.
Sensor-based, validated reports of how runways are performing right now — giving ops, pilots, and ATC a shared truth for runway selection, flight planning, and keeping traffic flow steady.
Friction Forecasts
Know where performance is headed
Know where performance is headed
Know where performance is headed
Know where performance is headed
AI models project surface performance 30–180 minutes ahead so treatments and runway configurations can be timed precisely — preventing unnecessary closures and recovery delays.
AI models project surface performance 30–180 minutes ahead so treatments and runway configurations can be timed precisely — preventing unnecessary closures and recovery delays.
AI models project surface performance 30–180 minutes ahead so treatments and runway configurations can be timed precisely — preventing unnecessary closures and recovery delays.
AI models project surface performance 30–180 minutes ahead so treatments and runway configurations can be timed precisely — preventing unnecessary closures and recovery delays.
Hard-Brake Landings
Know where performance is slipping
Know where performance is slipping
Know where performance is slipping
Know where performance is slipping
Pinpoint the runway segments where aircraft are braking harder, rolling longer, or missing exits — so maintenance teams know exactly where to act to protect throughput and uptime.
Pinpoint the runway segments where aircraft are braking harder, rolling longer, or missing exits — so maintenance teams know exactly where to act to protect throughput and uptime.
Pinpoint the runway segments where aircraft are braking harder, rolling longer, or missing exits — so maintenance teams know exactly where to act to protect throughput and uptime.
Pinpoint the runway segments where aircraft are braking harder, rolling longer, or missing exits — so maintenance teams know exactly where to act to protect throughput and uptime.
Inside the network
How ABARs work
Science-based: Explore the physics and process behind precise, objective braking action reports.
Science-based: Explore the physics and process behind precise, objective braking action reports.
How to subscribe
Cloud-delivered: Getting started with ABARnet is faster than you may think.
Cloud-delivered: Getting started with ABARnet is faster than you may think.
Get started
Get started
Get started
Let’s explore how ABARnet™ can boost throughput, reduce disruption costs, and give your team stronger command of changing runway conditions.
ABARnet™
Improve runway maintenance and uptime
ABARs: Use approved data directly from aircraft
Friction forecasts: A crystal ball into the future
Hard-brake landings: Identify runway hotspots
Available for any aircraft type - Boeing, Airbus. etc.
Achieves a level of accuracy that others do not
let's CONNECT
Get on board with precise reports
ABARnet™
Improve runway maintenance and uptime
ABARs: Use approved data directly from aircraft
Friction forecasts: A crystal ball into the future
Hard-brake landings: Identify runway hotspots
Available for any aircraft type - Boeing, Airbus. etc.
Achieves a level of accuracy that others do not
let's CONNECT
Get on board with precise reports
ABARnet™
Improve runway maintenance and uptime
ABARs: Use approved data directly from aircraft
Friction forecasts: A crystal ball into the future
Hard-brake landings: Identify runway hotspots
Available for any aircraft type - Boeing, Airbus. etc.
Achieves a level of accuracy that others do not
let's CONNECT
Get on board with precise reports
ABARnet™
Improve runway maintenance and uptime
ABARs: Use approved data directly from aircraft
Friction forecasts: A crystal ball into the future
Hard-brake landings: Identify runway hotspots
Available for any aircraft type - Boeing, Airbus. etc.
Achieves a level of accuracy that others do not
let's CONNECT
