Increase
runway uptime.
Decrease
runway spend.

Increase
runway uptime. Decrease
runway spend.

ABARnet™ Runway Uptime Platform

ABARnet™ Runway Uptime Platform

ABARnet™ Runway Uptime Platform

Raising the bar for runway performance

When airfield surface friction changes faster than teams react, the consequences can be dire: runway occupancy increases, delays stack up, and runways spend more time out of service than they should.

The ABARnet™ runway uptime platform uses aircraft braking data to show airport and airline operators exactly how runway performance is changing, now and in the hours ahead, so they can:

Maximize flow + uptime

Keep arrivals, turnoffs, and departures moving smoothly in all conditions.

Trim maintenance costs

Cut chemical waste and crew hours by treating only the runway segments that need it.

Speed up recovery

Return runways to service sooner after weather and contamination events impact schedules.

ABARnet™

Truth you can land on

Truth you can land on

Command operations with runway insights built on aircraft braking action data
What's happening on the runway now

Runway condition reporting on available braking action typically relies on pilot reports and manual airfield inspections — subjective snapshots, not certainty.

ABARnet™ replaces that uncertainty with Aircraft Braking Action Reports (ABARs): accurate, automatic friction measurements captured from every landing aircraft. This is the scientific truth that tells airports, airlines, and pilots the actual available braking action across all weather and contaminant scenarios.

Where runway performance is headed…

ABARnet doesn't stop at the moment of landing. Its 360° Runway Analytics show where performance is changing along each runway, section by section, while Friction Forecasts predict braking action up to 180 minutes ahead.

Operational impact: a machine-accurate picture of runway performance, now and in the near future.
Operational impact: a machine-accurate picture of runway performance, now and in the near future.

ABARnet currently records 7K+ new landing reports per day.

PLATFORM solutions

ABARnet:

From every landing to your next treatment decision

Three connected services give crews the evidence to time treatments, sequence runways, and confirm what worked.

ABARs

Objective aircraft braking action reports replace subjective pilot reports and airfield inspections — giving airports, airlines, pilots, and ATC a shared, data-driven view of runway conditions.

ABARs

Objective aircraft braking action reports replace subjective pilot reports and airfield inspections — giving airports, airlines, pilots, and ATC a shared, data-driven view of runway conditions.

360° Runway Analytics

Know how runways respond for every landing rollout, in 100-ft segments. This reveals performance patterns that airports can use to better target inspection, friction testing, and treatment.

360° Runway Analytics

Know how runways respond for every landing rollout, in 100-ft segments. This reveals performance patterns that airports can use to better target inspection, friction testing, and treatment.

Friction Forecasts

AI-driven models trained on 26M+ landings predict braking action 30–180 minutes ahead — helping airport crews plan treatments, schedule inspections, and return runways to service faster.

Friction Forecasts

AI-driven models trained on over 25M landings predict braking action 30–180 minutes ahead — helping crews plan treatments, schedule inspections, and return runways to service faster.

Friction Forecasts

AI-driven models trained on 26M+ landings predict braking action 30–180 minutes ahead — helping airport crews plan treatments, schedule inspections, and return runways to service faster.

HIGH BRAKE DEMAND

Where aircraft brake hardest on landing

A High Brake Demand (HBD) landing is one where braking demand ran high, mapped along the runway from start to finish. HBDs show where aircraft work hardest to stop, and they are common even at medium or better braking action.

Operational impact:

Operational impact:

See where braking workload concentrates, then use 360° Runway Analytics to tell a one-off from a repeatable pattern that warrants a closer look.

See where braking energy concentrates, then use 360° Runway Analytics to tell a one-off from a repeatable pattern that warrants a closer look.

SMART + CLOUD-BASED

A reporting network that learns with every landing

ABARnet is built on the analysis of over 26 million landings and grows more intelligent every day. Each landing feeds braking action data into the network to improve its predictive models.

Operational impact:

A continuously sharp, shared picture of current and future runway performance for more effective runway management.

*

ABARnet is self-learning, getting smarter with every new recorded landing.

26M+*

landings analyzed

7K+

new landing reports a day

30-180m

friction forecast windows

340+

airports with ABARnet data

*

ABARnet is self-learning, getting smarter with every new recorded landing.

*

ABARnet is self-learning, getting smarter with every new recorded landing.

faa RECOMMENDED

Future-proofed braking
action reports

Future-proofed
braking action reports

Future-proofed braking action reports

Reporting the actual braking action of landing aircraft, in real-time, is a top priority for the FAA.

The solution: Aircraft Braking Action Reports (ABARs) from AST, the only ABAR provider for any type of aircraft regardless of manufacturer.

Recommended by the FAA in its latest directive about braking reports.

"Runways don't file reports. Aircraft do. Our platform makes sure the airport can read them, so crews know which runway to treat next, where, and to what extent the last treatment worked."

Joe Vickers, CEO

Aviation Safety Technologies

"Runways don't file reports. Aircraft do. Our platform makes sure the airport can read them, so crews know which runway to treat next, where, and to what extent the last treatment worked."

Joe Vickers, CEO

Aviation Safety Technologies

"Runways don't file reports. Aircraft do. Our platform makes sure the airport can read them, so crews know which runway to treat next, where, and to what extent the last treatment worked."

Joe Vickers, CEO

Aviation Safety Technologies

Complies with industry standards

ABARnet reports use standard industry terminology and are compliant with ASTM International braking action standards.

Augment outdated FICONs with precise braking data.

FICONs
PIREPs
NOTAMs
RCAMs

Augment outdated FICONs with precise braking data.

FICONs
PIREPs
NOTAMs
RCAMs

ABARnet™

Improve runway maintenance and uptime

ABARs: Use approved data directly from aircraft

Friction Forecasts: Anticipate runway closures with AI

360° Runway Analytics: Read every 100-ft section

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: Anticipate runway closures with AI

360° Runway Analytics: Read every 100-ft section

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: Anticipate runway closures with AI

360° Runway Analytics: Read every 100-ft section

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