HALO
The hive mind of our ecosystem
AI-powered Ground Traffic Control
Beat on-time performance targets, reduce turnaround times and increase flight throughput
HALO is an integrated software + IoT platform designed to streamline aircraft turnaround management
Turnaround Time Reduction
Meet and beat on-time performance targets by 3-7 minutes with automated task scheduling and dispatching for ground crew
Delay Minimization
Update ground crew tasks in real time with last-minute schedule changes & gate assignments and optimally allocate GSE to mitigate potential delays by 20%
Route Growth
Enable daily route expansion by 2% across your airport hubs thanks to faster turnarounds and minimized delays at a network scale
Improved Asset Utilization
Quantify GSE utility and proactively optimize fleet allocation in real time to increase flight punctuality
Crew Safety & Accident Prevention
Improve ramp agent safety with map-based airside visualization to avoid blind spots, and declutter the ramp by dynamically positioning GSE to reduce risk of foreign object damage (FOD)
Reduced Fuel Emissions & Costs
Reduce GSE vehicle fuel emissions by 30% through smart airfield routing and decreased turnaround idling time
Intelligently pair ground crew, aircraft, and GSE to efficiently service flights
Features
HALO’s proprietary optimizer fuses real-time flight data, vehicle & GSE telemetry, and ground crew tasks to generate optimal aircraft service missions in real-time
Automate ground crew scheduling & dispatching according to real-time flight plans
Assign GSE to desired ramp activities using asset location, availability, and aircraft compatibility constraints
Quickly and proactively position crew & assets for service with map-based smart airside routing
Track and visualize live interactions between GSE & aircraft, and monitor potential airside conflicts
Compile granular data on crew turnaround punctuality, GSE fleet performance, and individual turnaround process durations
Seamlessly & securely communicate with ramp teams, pilots, and turnaround managers through a centralized interface for collaborative airside decision-making