Founder & CEO
Since Jun 2020 · 6 yrs 5 mos
Profile summary: Tesla Mechanical Eng.

Moonware provides HALO, an AI-powered Ground Traffic Control™ platform that automates and optimizes airfield ground operations in real time, from gate-in to gate-out. The platform integrates real-time telematics, flight schedules, and personnel locations to coordinate resources, capture digital service records, and improve on-time performance for commercial, defense, and advanced air mobility operations.
Raised to date
$9.5MRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.



Current airfield operations rely on outdated communication methods and disparate systems, leading to inefficiencies in ground support equipment (GSE) allocation, crew dispatch, and real-time situational awareness. This results in increased turnaround times, flight delays, and airfield congestion across commercial, defense, and advanced air mobility sectors.
Moonware offers HALO, an AI-powered Ground Traffic Control™ platform that automates and optimizes airfield operations by integrating real-time telematics data from GSE, flight schedules, and personnel locations. HALO senses what's happening, predicts what's next, and controls the operation in real time, providing a comprehensive common operating picture for ramp operations teams. The platform automatically adapts task assignments to schedule changes and crew availability, captures operational activity with timestamps and digital records, and generates billing items directly from verified service events. HALO operates independently of legacy systems, allowing for rapid implementation and seamless integration with existing infrastructure, and handles the complexity so teams can focus on execution.
Moonware's primary customers include commercial airlines, cargo carriers, ground handlers, airports, defense organizations, and advanced air mobility providers seeking to optimize ground operations, reduce delays, and increase resource efficiency.