We incorporate ironclad methods and processes in our methodology for UAM cyber-physical system design to streamline traffic flow, communications, and cybersecurity in and around UAM sectors.
We focus on the delivery of re-combinatoric edge processing aligned with regulatory and technological evolution informed by our active participation in NASA and FAA UAM advisories and the global UAM Community.
Design of planned UAM location 4DTRB: a multidimensional real-time airspace traffic trajectory optimization framework for UAM aircraft operating in the same airspace or sector.
Directing dataflows across the 4DTRB architecture operational procedural calls supporting digital sky lanes and efficient, predictive, safe flights through neighborhood.
Providing open and fee-based API access to UAM data utilities required by commercial operators (drone, air taxi, eVToL, vertiport), municipalities, and UAM systems suppliers.