Rick Muller

This panel will explore the increasing recognition among national governments of the risks quantum computing poses to traditional cryptographic systems. It will examine how governments are proactively addressing these challenges to safeguard sensitive data and national interests. Attendees will learn about the policy frameworks, collaborative efforts, and investment strategies being employed to strengthen quantum cryptography capabilities. 

Key topics include: 

• What is the stance of federal institutions and governments on the "harvest now, decrypt later" threat? 
• How are governments collaborating to promote standardization and interoperability in quantum security? 
• What practical challenges do governments face when implementing quantum-resistant cryptographic techniques, and how are they addressing them? 
• What are the current complexities in transitioning to quantum-safe encryption and securing critical national infrastructure? 

As artificial intelligence (AI) and quantum computing continue to evolve, their combined potential offers transformative possibilities for both government and commercial sectors. This panel will explore how these two groundbreaking technologies are being harnessed together to drive advancements in national security, data analysis, and business innovation. 

Key discussion points include: 

• How are AI and quantum computing working in tandem to solve complex problems in government and commerce? 
• What are the specific use cases where AI enhances the power of quantum computing, and vice versa? 
• How can governments and industries leverage AI and quantum to improve decision-making, cybersecurity, and operational efficiency? 
• What are the challenges in integrating AI and quantum systems, and how are these being addressed in terms of infrastructure, talent, and regulation? 
• What is the future outlook for the combined impact of AI and quantum computing on global competitiveness, economic growth, and national security? 

This panel will provide insights into the emerging synergies between AI and quantum computing, and the profound implications they have for shaping the future of digital infrastructure and policy.