BNATCS represents a generational modernization of air traffic control, redefining how the FAA plans, integrates, and sustains system-of-systems capabilities across the NAS. This panel will focus on the strategic execution of BNATCS, including architectural design considerations, phased capability introduction, and the integration of new subsystems into a complex operational environment. Panelists from the FAA, system integrator, and industry will discuss early planning, safety assurance frameworks, and decision-making processes that guide the modernization effort. Attendees will gain insight into how BNATCS is transforming ATC delivery at a programmatic and system-of-systems level while maintaining the FAA’s uncompromised safety mandate.

Artificial intelligence is being introduced into BNATCS as a decision-support capability to enhance situational awareness, predictive safety, and operational efficiency. This panel will examine the pathway for transitioning AI-enabled tools from research and development into operational use within a safety-critical ATC environment. Discussions will focus on assurance and governance frameworks, human–AI teaming concepts, and the validation activities required to support operational approval. Panelists will address how AI-enabled decision support is evaluated, constrained, and monitored to ensure it augments controller decision-making without eroding safety, accountability, or trust. Attendees will gain insight into the technical and regulatory considerations necessary for deploying trusted AI within the NAS.

BNATCS execution requires a disciplined approach to test, evaluation, and certification that supports incremental capability delivery while maintaining uncompromised safety. This panel will examine how continuous verification and validation, digital test environments, and operational evaluations are being applied to support phased deployment under a performance-based contract. Discussions will address the integration of systems engineering, Safety Risk Management, and certification activities, with a focus on managing risk acceptance and operational readiness decisions. Attendees will gain practical insight into how adaptive T&E frameworks are enabling timely deployment of BNATCS capabilities while preserving certification rigor and operational confidence.

BNATCS is underpinned by a modern, resilient architecture that must support safety-critical operations, deterministic performance, and coexistence with legacy NAS systems. This panel will examine the architectural patterns supporting BNATCS deployment, including hybrid cloud and edge computing, service segmentation, and interoperability mechanisms. Discussions will focus on managing latency-sensitive functions, isolating safety-critical services, and enabling phased integration during the transition period. Attendees will gain a clearer understanding of how BNATCS architectural decisions support operational reliability, scalability, and safety assurance across the evolving NAS.

The introduction of new automation and decision-support capabilities under BNATCS is reshaping the role of ATC toward increased supervisory and strategic functions. This panel will examine how human performance considerations are integrated into system design, training, and safety assessments to preserve situational awareness and manage cognitive workload. Discussions will focus on human-centered interface design, advanced simulation and training approaches, and the role of human factors evidence in certification and operational approval. Attendees will gain insight into how human–system integration practices are being applied to ensure BNATCS enhances controller performance and sustains NAS safety.

Tomorrow’s NAS will rely on timely, high-quality data to drive predictive analytics, strengthen safety assurance, and guide operational decisions that maximize airspace efficiency without compromising safety. This panel will explore how high-quality, real-time aviation data supports predictive analytics, proactive risk management, and integrated decision-making, while addressing governance, interoperability, and safety assurance. Panelists will discuss the expanding use of real-time data exchange, collaborative platforms, and advanced analytics, while addressing the challenges of data integration and governance with a focus on safety-critical metrics and airspace optimization. Attendees will gain insight into how data-centric strategies improve NAS decision-making, reinforce FAA leadership, and advance modernization goals through intelligent safety monitoring and airspace optimization.

BNATCS enables the integration of high-quality, near–real-time data across the NAS to support safety assurance and operational decision-making. This panel will examine data management strategies that ensure data integrity, traceability, and fitness for safety-critical use. Discussions will focus on data governance, validation of analytical outputs, and the use of integrated data streams to support Safety Risk Management and continuous operational monitoring. Attendees will gain a practical understanding of how BNATCS data capabilities are being applied to strengthen safety oversight and improve operational performance.

The expanded connectivity and digital integration introduced by BNATCS require cybersecurity to be treated as an integral element of system safety. This panel will examine how cyber-resilient architectures, Zero Trust principles, and supply chain risk management are being incorporated into BNATCS design, development, and sustainment. Discussions will focus on continuous monitoring, incident response, and governance mechanisms that protect mission-critical ATC functions. Attendees will gain insight into how cybersecurity controls support safety assurance, operational continuity, and trust in a digitally enabled NAS.