Some of the most significant advances in commercial drone capability didn’t originate in commercial applications, but were forged in environments that demanded absolute reliability under the most challenging conditions imaginable. This session examines how technologies developed for demanding, complex operational environments are finding their way into everyday commercial UAV work, and what that means for operators today.
Presentations will cover the practical implications of GPS-independent navigation for commercial missions where jamming, spoofing, or signal degradation threaten operational continuity — a growing concern for cargo, agriculture, infrastructure monitoring, and autonomous operations — alongside a broader look at how advances in resilient communications, autonomy under degraded conditions, and scalable networking are directly improving reliability and performance in commercial use cases like urban inspection, long-range surveying, and BVLOS operations. For commercial operators pushing into more demanding environments, this session offers a grounded look at technologies that are already available and immediately relevant.
The following presentations will be shared in this session:
Commercial Drones in a New Era: What Today’s Advanced Technologies Enable
Presented by Ashish Parikh, Doodle Labs
Drone technology is often framed as either “commercial” or “defense,” but in reality, many of the most important advances are dual-use. Originally developed for demanding environments and later applied to civilian operations. Today, as defense programs receive outsized attention and investment, commercial operators are left wondering what that progress means for them.
This session reframes the conversation. We’ll explore how innovations initially driven by contested and complex environments like resilient communications, autonomy under degraded conditions, and scalable networking are directly impacting commercial use cases like urban inspections, long-range surveying, and beyond-line-of-sight operations.
Rather than blurring regulatory or ethical lines, the talk focuses on practical lessons commercial operators can adopt today to improve reliability, safety, and performance as operations move into more challenging environments.
The GPS Crisis: Why UAV Operations Face an Existential Threat
Presented by Kanwar Singh, Skyline Nav AI, Inc.
GPS-dependent UAVs face unprecedented vulnerabilities as jamming and spoofing attacks become increasingly sophisticated and widespread. With GPS signals operating at weak power levels around -130 dBm and lacking encryption or authentication mechanisms for civilian use, commercial drones deployed for cargo transportation, agriculture, infrastructure monitoring, and autonomous operations are highly susceptible to signal manipulation. Recent studies show spoofing attacks can increase positioning errors to over 100 meters, while jamming reduces mission completion rates by 40%, threatening the viability of autonomous UAV operations in contested or electronically noisy environments. This session explores the critical need for GPS-independent navigation solutions that enable UAVs to operate reliably across all terrains and conditions, ensuring mission continuity when traditional satellite positioning fails. Attendees will learn why transitioning from GPS-dependent systems to resilient, alternative positioning technologies is essential for the future of commercial UAV operations.
