Evertisky, a NASA co-developer, merges NASA UTM's computational power with our SDA platform. The SDA advanced trajectory optimization, addressable altitude layers, deconfliction points, and obstacle identification to ensure safe and efficient flights within UAM corridors aligned with traditional airspace and the stakeholder's operational vision.
SOFTWARE DEFINED AIRSPACE (SDA)
Experience the future of UAM operations with our innovative SDA solution.
By utilizing software-defined boundaries and flight routes, we create designated airspace for eVTOLs, unmanned aerial vehicles (UAVs), and drones.
eVertiSKY’s SDA framework provides a safe and efficient environment for UAM operations within urban settings, optimizing navigation and unlocking new possibilities.
SDA SAFETY AND EFFICIENCY
Our SDA framework revolutionizes the efficiency and safety of UAV operations.
By seamlessly integrating with UAM systems, such as ground-based sensing nodes and USSPs (U-Space Service Providers), our SDA solution enables safe and efficient UAM flights in urban environments.
Experience enhanced operational efficiency and reduced air traffic control workload with our cutting-edge decision engines.
SDA SCALABILITY & FLEXIBILITY
Unlock the scalability and flexibility of UAM functional airspace with our dynamic coupling approach.
Our project empowers cities to deploy scalable UAM corridors that seamlessly harmonize with traditional airspace upon activation.
Coupling UAM corridors ensures optimization between contiguous Functional Airspace Blocks (FABs), and dynamically ensures optimized utilization of airspace and ground space with adaptability required for evolving UAM infrastructures.
SDA SIMULATION DRIVEN SUCCESS
Gain a competitive edge with our simulation-driven approach powered by the 4- Dimensional Trajectory Reference Box (4DTRB).
By constructing a digital representation of UAM geographies and scenarios, we enable comprehensive simulations of typical eVTOL and drone aircraft operations and various customer use cases.
Experience optimized UAM deployments, whether for cargo or passenger transportation, ensuring operational efficiency, and informed decision-making.
* NASA UTM commercial co-developer and licensee