Moonware

Next-generation eVTOL aircraft require upgraded infrastructure to support their unique operational needs, from advanced charging systems to autonomous ground handling. Moonware’s products streamline operations and enhance coordination, ensuring airports and vertiports are equipped for next-gen eVTOL integration and advanced airfield automation. Click below to discover the steps being built for the future of air travel.

Moonware will be at the World Aviation Festival in Amsterdam from 8-10 October 2024. You can visit us at booth 5.S1 to learn more about our advanced airfield automation products!

Airports are upgrading their master plans and infrastructure to prepare for the integration of next-generation aircraft, including eVTOLs. However, efficient ground operations--essential to this this transition--remain underdeveloped. Moonware is proactively addressing this gap with HALO, an advanced software platform that optimizes airfield coordination and management, preparing airfields from the onset to seamlessly accommodate multimodal air travel. Click below to learn more.

Airports are evolving by integrating new technologies like autonomous cargo movers and robotic exoskeletons to boost efficiency, augment staff, and enhance safety. Despite these advancements, there still is an overwhelming amount of manual organization in coordinating airport operations. Moonware’s HALO streamlines ground operations by facilitating real-time communication between autonomous vehicles and crew, optimizing task allocation, and ensuring efficient coordination. Platforms like HALO are essential to successfully integrate these new technologies, driving the shift toward fully autonomous airfield operations.

We are thrilled to welcome Cecilia Guillen to Moonware! With her wealth of expertise in ground operations and business strategy, she is eager to drive the advancement of next-generation airfield technologies and propel Moonware’s mission forward.

As commercial travel demands and Air Force mission requirements evolve, the need for advanced, adaptable airfield ground solutions is clear. Moonware’s integrated platforms optimize airport and air base operations, enhancing communication, safety, and efficiency. Click below to see how Moonware is advancing ground support for both military and commercial aviation. https://lnkd.in/gXYa8uhp

As the military modernizes its aircraft fleet, the need for upgrading ground service systems to sustain and maximize operational readiness becomes increasingly clear. Moonware’s NOVA platform streamlines and automates air base ground operations, leveraging real-time data to ensure precise resource allocation and seamless coordination, reinforcing mission-critical airfield efficiency. Click below to learn about the next generation of military aircraft.

As airports adopt facial recognition and biometric technologies to streamline passenger processing, the need to improve other areas of airport transit becomes essential. Moonware leads this effort with advanced coordination technology that reduces delays and enhances the passenger experience where it matters most. By optimizing ground operations through advanced software and hardware, Moonware improves real-time coordination, reducing disruptions and boosting efficiency

On June 13th, the FAA and EASA renewed their commitment to address aviation’s emerging challenges over the next decade. The goal is to enhance cooperation on safety, sustainability, and AI technologies, pivotal as the sector experiences rapid changes. Aligned with these goals, Moonware is developing the ecosystem for advanced ground operations, promoting safer, more efficient, and sustainable aviation. Click below to learn more.

New airport infrastructure such as Airfield Ground Lighting (AGL) is essential for safe and efficient airport operations. Concurrently, technological upgrades require equally advanced software for seamless airfield management. Moonware’s HALO complements smart airport design with optimized operational control. Click below to explore the future of airfield infrastructure.