Panel
AI & The Future of Modern Warfare
- Skydio aims to embed expert pilot skills into autonomous drones, enabling a single operator to manage fleets ranging from five or ten systems to potentially thousands while maintaining human judgment and creativity for safety and effectiveness.
- AI is projected to transform warfare by enabling scale and mass with precision and accountability, allowing for rapid OODA loop execution that outpaces the slower planning cycles of traditional counterterrorism and addresses the tyranny of distance through space and hypersonics.
- Strategic competition is expected to intensify as China targets AI leadership by 2025, prompting adversaries like Russia, China, Iran, and North Korea to expand electronic warfare capabilities such as GPS and communications jamming.
- Defense strategies are anticipated to shift toward distributed risk via large numbers of smaller, lower-cost drones that can replace large fleets of traditional assets like helicopters, a trend validated by recent conflicts in Ukraine.
- Commercial self-driving technology is viewed as directly transferable to defense for operating in contested electronic environments, supporting a positive outlook for affordable, easy-to-use small drones despite adoption timelines that may not match immediate expectations.
- Significant challenges remain in the defense sector, including slow government procurement cycles (15-year aircraft refreshes versus Silicon Valley rapid iteration) and the historical difficulty of establishing workable software-on-weapon-systems business models.
- The adoption of new technologies in the Department of Defense is expected to take decades, potentially evolving toward a model where companies assume development risk while the government purchases the most effective products.
- National security risks associated with consumer drones, including DJI units, have transitioned from theoretical concerns to life-and-death issues due to the availability of targeting vectors in both military and civilian contexts.