Autonomous Mobility Corridors and Autonomous City

Supporting the deployment of autonomous systems within a city will require corridors of operations to be defined. These corridors will leverage easements within cities to support the Intelligent Infrastructure required by autonomous cars, trucks, shuttles, rovers, drones and other vehicles that can provide sustainable value to the city operations. In the initial phase the focus will be on ground based delivery solutions and small, under 10 lbs, drones that can provide valuable insights to both public and private industry. These small drones will also provide a tremendous amount of data to Universities and Federal testing centers to define the critical standards needed to support autonomy.
In order to support the deployment of rovers and drones at scale, aviation easements will be defined. Avigation easement is an easement or right of overflight in the airspace above or in the vicinity of a particular property. It also includes the conditions on the impact traversing or overflight may have from the lawful operation.

Intelligent, Autonomous and Electrified Grids and Corridors

Autonomous Vehicles and Unmanned Systems

Autonomous Systems Operations Control Center (ASOCC)

The Autonomy Institute is establishing an “All-Up” Digital Edge Program within the United States.

State of Texas ASOCC, the Nations First Control Tower for Autonomous Systems and Supporting Infrastructure
Universal Control Center: It will be critical to have an integrated view of autonomous systems within each city, region, and state.
Central Texas Autonomous Mobility Corridor

Explosive Growth of Edge Applications

Intelligent and Autonomous Infrastructure will accelerate the creation or support of real-time applications, such as video processing and analytics, self-driving cars, artificial intelligence and robotics, to name a few.