US Marines' latest anti-drone toy is an AI turret that uses regular machine guns

Summary

offbeat US Marines' latest anti-drone toy is an AI turret that uses regular machine guns Don't worry - it can autonomously attack ground targets, too The US military is adding autonomous gun-based counter-drone systems intended to reduce its reliance on expensive interceptor missiles. They also have the potential to kill humans.Defense robotics firm Allen Control Systems (ACS) announced a deal with the US Marine Corps on Monday to get its Bullfrog autonomous weapon system attached to the Light Marine Air Defense Integrated System (L-MADIS) expeditionary counter-drone platform. L-MADIS consists of pairs of off-road vehicles, one carrying a suite of sensors and the other slated to be outfitted with a Bullfrog autonomous weapon station.Videos on ACS’ YouTube page demonstrate the Bullfrog in action, taking down a number of small drones in demonstrations over the past couple of years. While we didn't hear back from ACS about the Bullfrog's capabilities to target manned vehicles and troops, a short video on the company's channel also shows a Bullfrog unit switching from targeting aerial drones to ground targets with ease. This suggests that Bullfrog systems aren't just capable of knocking drones out of the sky. They are also fully capable of - and lack any software protections against - the fully autonomous targeting and killing of humans with complete autonomy. Bullfrog systems are a little different from your typical AI-controlled counter-drone systems in that they’re not built with an attached weapon, but are designed to slot in “any legacy or modern firearm” in order to turn them into systems able to “detect, track, and defeat incoming threats at a fraction of the cost of even the least expensive kinetic interceptors.” In other words, ACS claims it's cheaper to build a system that can adapt existing military firearms than to invest in a purpose-built counter-drone weapon system. Bullfrog units provide the AI, computer vision, and precision aiming robotics to take out ...