Reimagining the Future of Flight
CNA is energizing the national airspace ecosystem with cutting-edge research for government and industry stakeholders seeking transformative, feasible solutions.
The Center for Enterprise Systems Modernization has a long history of partnership with government clients including the FAA, FEMA, NIST, and NASA, solving problems in areas ranging from transportation and aviation to cybersecurity and crisis management.
Transforming information systems with cutting-edge solutions to support the client’s mission is a primary focus of our center. Recent examples include strategies for the future regulatory environment for uncrewed aircraft systems and cybersecurity measures for artificial intelligence software.
The Center combines best practices in systems engineering and design methodologies with emerging technologies to find operational solutions for client challenges and business problems.
The Port Security and Emergency Response Using Autonomous Systems (UxS) project was a two-year collaborative effort to advance the use of autonomous vehicles from concept to real-world demonstrations. We tested innovative UxS solutions to enhance the safety, security, and operational effectiveness of the Port of Virginia. The project deployed five air, ground, and maritime autonomous solutions to demonstrate UxS capabilities to detect potential public safety or emergency response events at the port. The findings revealed synergies that suggest a holistic solution for port security and emergency response and serve as an implementation model for other states and port authorities.
CNA partnered in this project with the Virginia Innovation Partnership Corporation, Virginia’s Homeland Security Division, the Virginia Department of Emergency Management, the Virginia Institute for Spaceflight and Autonomy, and the Virginia Port Authority.
Over 25 years of data-driven analysis and engineering support for the Federal Aviation Administration, helping to ensure the National Airspace System infrastructure is clearly defined and communicated.