ADVANCED AIR MOBILITY & INNOVATION CAMPUS

We are partnering with visionary developers building an airport from the ground up to support Advanced Air Mobility (AAM). This includes a platform for as many of the aerospace developers working on developing, evolving, and operating AAM and UAM aircraft. This platform includes the integrated parts of solutions required to advance intelligent and autonomous management, operations within cities, foundational infrastructures, equipment, manufacturing, all modes of transportation, defense, security, and many other areas.

Each development will support AAM companies looking to increase their OODA loop within a 24/7 R&D facility. There are over 200 companies competing for the successful development of VTOL and eVTOL aircraft that will move transportation from surface modes to the air with these new aircraft – both piloted and autonomously operated.

BUILT FROM THE GROUND UP FOR INDUSTRY 4.0

SKYPORTS FOR AAM

OPERATIONAL ASOCC

R&D INNOVATION PARK

ROBOTICS ARENA

RESILIENT INFRASTRUCTURE

MICROGRID PLATFORMS

SUPPLY LOGISTICS

HYDROGEN PRODUCTION

SECURE DATA CENTERS

INTELLIGENT & AUTONOMOUS OPERATIONAL SYSTEMS

ESTABLISHING NATIONAL STANDARDS

The Autonomy Institute is accelerating the “Path to Commerce” by embracing national standards for commercial operations. The Systems of Systems complexity of autonomy will require the integration of many devices and services. Standards are critical for the the United States adoption of the Intelligent Infrastructure that will enable Industry 4.0.

PLATFORMS TO ACCELERATE R&D

Advanced Air Mobility from the Ground Up.

NASA Data Reasoning Fabric (DRF)

Transportation shapes society, enabling social interactions and economic opportunities. Advanced Air Mobility offers the promise of on-demand air transportation for people and cargo that can dramatically increase the capacity of our transportation system reducing delays, reducing the impact on the environment and improving the quality of modern life. To keep these air vehicles operating safely in close quarters thousands, if not millions of decisions will need to be made in the vehicles, on the edge and in the cloud. Decision making by either humans or machines can only occur with current, accurate and secure data. Diverse and dynamic data on the status of travelers, cargo, weather, ground infrastructure, flight infrastructure and vehicles are needed wherever these decisions are made. Privacy, noise and safety constraints must also be available to achieve this. We must enable a shift to a web-like ecosystem to support Advanced Air Mobility – a data and reasoning fabric or DRF.

Learn more: https://www.nasa.gov/feature/data-reasoning-fabric-drf