• Perspective on developments in 6th generation aircraft, and how cutting-edge technologies will support the Italian Air Force’s future capabilities
• Demonstrating the F-35 fleet’s Joint Air Power capabilities and growing proficiency with large-scale and international exercises
• Instilling a fifth-generation mindset with advanced training to achieve operational success
• Gap analysis on NATO Air Power Developments against Russia
• Importance of rapidly increasing airborne electromagnetic warfare capabilities in Europe to bolster Western airpower
• Key observations from the conflict in Ukraine as allies offer air suppor
• How the Chinese Air Force are combining speed, power and agility to enhance performance and combat capabilities
• Strategic implications of Chinese 6th Generation aircraft development on NATO and the Indo-Pacific
• Keeping pace with advancements in AI-powered drones and loyal wingman to enhance force flexibility
• Overview of Canada’s Air Forces’ defense strategy for the air domain and how a next-generation fighter would fit in
• Updates on Canadian Air Force’s current initiatives, program status, and anticipated timelines for implementation
• Adopting common operational and communication strategies and standards for effective collaboration with allies
• Increasing Air Combat mass, lethality, and survivability with increased force size, and supplementing squadrons with autonomous aircraft
• Challenges of integrating CCAs with the existing combat air fleet
• Enhancing combat readiness to respond to new and evolving threats
- How will the successful integration of combat air autonomy fundamentally affect the employment of air power and help deliver air superiority?
- What missions and roles do air forces foresee Autonomous Collaborative Platforms (ACPs) and CCAs undertaking? How will they alter the risk calculus for combat air operations and develop novel combat air operational concepts and tactics?
- How will the successful integration of ACPs / CCAs drive the future combat air force mix between crewed and uncrewed capabilities?
- How do we ensure that AI agents flying ACPs/CCAs stay competitive?
- What’s the biggest challenge to moving autonomous platforms from the laboratory to real-world environments? What are the technical and human challenges that need to be considered?
- What policies, ethical frameworks, or guardrails are most urgently needed to ensure autonomy is harnessed responsibly without slowing down innovation?
- As we field autonomous uncrewed systems across different domains and with allied forces, how do we ensure interoperability, common standards, and effective command-and-control integration?
• Exploring the evolving threat landscape and its implications for airpower, agility, resilience, and multi-domain integration
• Swedish Air Force research initiatives into autonomy and MUM-T, with a focus on the development and operational integration of CCAs
• Identifying capability gaps and future force structure requirements shaped by emerging technologies, peer-level threats, and joint operational demands
• Insights into USAF’s Collaborative Combat Aircraft (CCA), updates on progress, building and fielding CCA
• Exploring CCA, an affordable, capable aircraft that complements the existing force
• Updates on acquisition and operations, working together to build, test, and integrate this new capability
• How artificial intelligence can support NATO’s future force and capability development, and what is the timeline for implementation in fixed-wing aircraft
• Ethical considerations for increasing reliance on automation, and potential disadvantages of adversaries use of AI without ethical considerations
• Current priorities for the 16th Air Force
• Importance of information sharing with allies to collectively address global challenges
• Challenges of persistently engaging and responding to threats today and in the future
• Observations from Polish air activities as the Ukraine conflict continues
• Integrating systems such as UAVs into air combat capabilities to enhance operations
• Ensuring interoperability between multiple systems as they continue tobe developed
• Priorities for plans & programmes
• Enhancing interoperability
• Strategies for air dominance
• Strategic direction: Understand how the 2025 SDR shapes the trajectory of UK weapon development
• Armaments Resilience: Explore the need to diversify and reinforce armaments production to meet current demands
• Impact on future effectors: examine how the current strategic picture is impacting the development of future weapons
• Strategies to maintain and support combat aircraft during both development and deployment
• Supporting the phase-in of remotely piloted aircraft
• Priorities for sustaining weapon capabilities for aircraft currently in deployment
• Associated technical challenges with supporting weapon systems fornext-generation aircraft