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THIS GUY BUILT REAL FLYING SWORD DRONES AND CONTROLS THEM WITH HAND GESTURES fan shisan is a physics student in chengdu who coded and built flying drones shaped like actual swords he controls them entirely with hand gestures. no controller or a phone. just his hands wave your hand...

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Om Patel

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Ukraine has developed a prosthesis that controls drones with the "power of thought". The new MARS prosthesis control system uses special sensors and artificial intelligence to recognize muscle movements. The prosthesis can literally understand the user's intentions. This approach makes prosthesis control more natural, and in the future, opens up new opportunities for controlling technologies such as drones. The user will be able to control the drone by changing the position of the prosthesis in space and tensing different muscles. The principle is similar to a computer mouse: the hand movement controls the direction and angle of the drone, and muscle tension controls functions such as pressing buttons. Esper Bionics is already testing a prototype, and next year, they plan to produce a version for the market. Source: Mykhailo Fedorov/Minister of Digital Transformation of Ukraine/Facebook

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Germany’s Old Gun Beat a Modern Threat The Gepard 1A2 is a German self propelled anti aircraft system armed with twin 35mm cannons and advanced radar. Originally built during the Cold War, it has proven that gun based air defense still has a place in modern warfare. Designed to counter low flying aircraft and drones, the Gepard has become one of the most effective anti drone systems on the battlefield. But is it a long term solution, or just a stopgap in the age of missiles and mass drone warfare?

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THE STINGER: A TINY DEATH BOT BUILT TO KILL Facial recognition, micro ammo, dodge maneuvers, AI targeting…all in a drone that fits in the palm of your hand. It doesn’t just find you. It knows you. And yeah, it's real. Sleep tight. Source: AI TechNews

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A drone that flies through the sky — and swims underwater. Yes, you read that right. One student just built it. Andrei Copaci created this hybrid drone for his Bachelor’s project — 3D-printed, self-coded, and powered by variable-pitch propellers that adapt mid-flight to move seamlessly between air and water. And it actually works. To me, this isn’t just a cool gadget. It’s a wake-up call. We’re watching the line between “student projects” and “industry breakthroughs” disappear. One person, a laptop, and a printer can now do what once required millions in funding and government labs. So here’s the real question: If innovation is becoming this accessible — what happens to companies and industries that still think disruption comes only from big budgets? #AI #Innovation #Technology #Robotics #FutureOfWork #STEM
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A drone that flies through the sky — and swims underwater. Yes, you read that right. One student just built it. Andrei Copaci created this hybrid drone for his Bachelor’s project — 3D-printed, self-coded, and powered by variable-pitch propellers that adapt mid-flight to move seamlessly between air and water. And it actually works. To me, this isn’t just a cool gadget. It’s a wake-up call. We’re watching the line between “student projects” and “industry breakthroughs” disappear. One person, a laptop, and a printer can now do what once required millions in funding and government labs. So here’s the real question: If innovation is becoming this accessible — what happens to companies and industries that still think disruption comes only from big budgets? #AI #Innovation #Technology #Robotics #FutureOfWork #STEM

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THIS GUY LANDS AN AIRPLANE EVERY SINGLE NIGHT RIGHT FROM HIS BEDROOM. Three curved screens turn a wall into open sky. A real cockpit panel in front of him: yokes, throttle, a working GPS, switches exactly where the real aircraft has them. He wanted to fly since he was a kid. Flight school costs 10-20k more than most people's first car - so for years it was a poster, not a plan... He built the cockpit instead. Real instruments, real procedures, rehearsing the exact checklist an instructor will one day grade. Sometimes the workaround to a big dream is engineering the cheap version of the real thing. I did that with flying itself - not the plane, the ticket. Claude finds the cheapest way onto a real flight instead of paying full price. He built his way into the cockpit. I built my way into the seat. Here's how

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2:14

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