Numerous FPV videos illustrate a consistent challenge: drone links failing in the terminal phase due to electronic jamming. The video demonstrates a target acquisition algorithm on an FPV drone (source linked in comments) that enhances reliability in this critical stage by increasing the drone's autonomy. It is important to note that this technology is still very embryonic. NATO militaries face a dilemma regarding adoption of the technology: while there's a desire to invest early to capitalize on compounding benefits, there's also the risk of rapid technological innovation rendering the technology obsolete quickly. The future of military power undoubtedly lies in weapons with greater autonomy. The uncertainties and dehumanization associated with weapons and algorithms are concerns I deeply share. That's why I find it enlightening to read about how previous generations contended with the horrors of industrial warfare at the turn of the 20th century. Regarding regulation, I strongly advocate for increased diplomatic efforts to establish international controls over more autonomous weapons. The main challenge with current regulatory approaches is their tendency to propose broad bans rather than adopting smaller, more incremental steps. Such measured regulations are not only more pragmatic but are also more likely to gain acceptance in today's strained international climate marked by intense great power competition. #MilitaryTechnology #AutonomousWeapons #NATO
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Institute for Robotic Warfare | MSc Student in Cyber Security
8moVideo source: https://t.me/wild_hornets/1142