Blog Series: Critical Factors to Enable Innovative Aviation Technology
Series Introduction
This discussion highlights a core reality that many investors, startups, and technology companies entering aviation underestimate: getting an innovative technology into the aviation system is not primarily an engineering problem. It is a system-adoption problem shaped by regulatory complexity, stakeholder alignment, cultural resistance to change, and the fundamental difference between a technology that works in isolation and one that can survive contact with a fully operational national airspace.
Our panel emphasizes that success in aviation innovation depends less on how impressive the technology is in a demonstration and more on whether the team behind it understands how the system actually works, who has to say yes before anything moves, and why collaborating with the regulator, not just educating them, is not a peripheral task but a core part of the job. They argue that the companies most likely to stall or fail are those that treat certification, regulatory engagement, and stakeholder alignment as late-stage housekeeping rather than building them into the development process from the beginning.
The companies most likely to succeed are those that start with a clear problem statement, bring the right people into the conversation early, and understand that in aviation, a not-no is often more valuable than a yes.
A promising technology enters the aviation market every week. The engineering is often genuinely impressive. The investment thesis is usually coherent. The team has credentials. And then, more often than most people outside the industry realize, the program stalls. Timelines stretch. Regulatory approvals take longer than the business plan assumed. Key hires leave. Investors get impatient.
It rarely happens because the technology was wrong. It happens because the system the technology had to enter was more complex, more resistant to change, and more dependent on human buy-in than anyone had modeled.
Three experienced aviation practitioners know this pattern well, because they have spent their careers on the other side of it, watching technologies come through the system, some successfully and some not, and understanding exactly where and why they get stuck. We sat down with all three, with Jim Barry moderating:
Stephen Creamer - a 45-year air traffic management veteran and former senior official at both the FAA and ICAO, who has led international efforts to modernize ATM systems across more than 190 member states.
Nancy Graham - a former FAA Director of Oceanic Airspace and long-time ICAO Director, who has spent the last decade advising new entrants across aviation, drone operations, and advanced air mobility on how to navigate the regulatory environment they are entering.
John Illson - a former airline captain with 18,000 flight hours, former safety leader at IATA, ICAO, Uber, and Supernal, and former FAA Senior Advisor, who has spent his career working at the intersection of operational reality and regulatory frameworks for new aviation technologies.
Their discussion centered on the critical factors that determine whether innovative aviation technologies move successfully from concept to operational adoption, and what new entrants, investors, and industry leaders most need to understand before they begin. We are publishing this discussion as a three-part series:
Part 1: The Problem With "Build It and They'll Come" - 12:00 PM ET on July 14th, 2026
Part 2: Why Good Technology Stalls, and How to Get It Moving - 12:00 PM ET on July 15th, 2026
Part 3: The Positive Shift: Capital, Autonomy, and the Global Opportunity - 12:00 PM ET on July 16th, 2026
