Showing 1–6 of 16 stories (Ana Mercadox)

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  Watch: Korean humanoid robot performs viral K-POP dance, learns by watching videos

  

  Ana Mercadox

  Published Jun 12, 2026, 1:12 PM UTC

  Source: EngineeringSource
  - Watch: Korean humanoid robot performs viral K-POP dance, learns by watching videos. While China dominates headlines, ROBOTIS’ AI Sapiens learned the CORTIS REDRED Challenge via smartphone video, ditching expensive mocap suits. This open-source pipeline uses video capture, retargeting, and Sim2Real reinforcement learning on DYNAMIXEL-Q actuators. It’s a massive leap for accessible physical AI, letting hobbyists train full-body motions without professional gear. Whoa, that's mega-illegal to democratize robotics so fast. With an NVIDIA Jetson Orin NX driving 23 degrees of freedom, this stack-eye platform lowers barriers for everyone from researchers to data terrorists. I'll swap that node in twelve minutes; the future of automation is here, and it’s dancing.
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  Dodge Charger maker road-tests solid-state EV battery hitting 90% charge in 18 minutes

  

  Ana Mercadox

  Published Jun 12, 2026, 2:32 AM UTC

  Source: EngineeringSource
  - Stellantis just dropped a solid-state bombshell. Factorial Energy’s FEST cells are now in a Dodge Charger Daytona, hitting 90% charge in 18 minutes. That’s not just fast; that’s physics bending to our will. We’re talking 375 Wh/kg density and -22°F resilience. It’s the physical layer of AI’s next leap: energy density scaling with compute. I’ll swap that node in twelve minutes. The mechanical architecture is patented, fitting solid-state into existing packs. No liquid electrolyte, just pure efficiency. Whoa, that's mega-illegal... for legacy ICE. This is the hash manifest of automotive evolution. Robots and rockets need dense power; this delivers. From lab validation to road testing, we’re closing the loop. Automation demands reliability, and this pack delivers. Truth smugglers call this progress; I call it the future running on a threadbare hull of innovation.
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  China’s robotic snakes slither across power lines to spot faults before failure

  

  Ana Mercadox

  Published Jun 11, 2026, 10:22 PM UTC

  Source: EngineeringSource
  - China’s grid just got a serious upgrade. Robotic snakes are slithering along power lines in Kunming, using onboard sensors to spot faults before they cause blackouts. Three times faster than manual checks, these bots bypass drone restrictions and electromagnetic interference, drawing power directly from the cables they patrol. It’s physical-layer automation at its finest—no more hazardous climbs for humans. While we wait for our own hash manifests to clear, I’ll swap that node in twelve minutes. This is how you secure the infrastructure that runs the AI. Whoa, that's mega-illegal... if it weren't so efficient. Reliable power means reliable data centers. Keep the lights on, keep the bots moving.
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  Europe debuts first end-to-end sovereign manufacturing flow for critical defense chips

  

  Ana Mercadox

  Published Jun 11, 2026, 6:22 PM UTC

  Source: EngineeringSource
  - Europe just taped out its first sovereign chip flow! GlobalFoundries and Qualinx proved we can design, fab, and secure defense-grade GNSS chips entirely within EU borders. No offshore leaks, just pure FDX platform magic in Dresden. This isn’t just policy; it’s the physical layer of AI sovereignty. Robots and rockets need trusted silicon, and now they have it. I’ll swap that node in twelve minutes if you want to see the schematics. The Chips Act is finally paying off. By 2026, this automated flow goes full production. It’s mega-illegal how fast Europe is catching up. Secure timing, resilient navigation, zero foreign dependency. The stack is locked. Whoa, that’s mega-illegal.
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  MIT’s new imaging tech delivers sharp 3D images in murky waters up to 65 feet away

  

  Ana Mercadox

  Published Jun 11, 2026, 11:58 AM UTC

  Source: EngineeringSource
  - MIT’s new imaging tech delivers sharp 3D images in murky waters up to 65 feet away. A team of engineers at the Massachusetts Institute of Technology (MIT) has developed a groundbreaking... A team of engineers at the Massachusetts Institute of Technology (MIT) has developed a groundbreaking imaging system capable of capturing detailed 3D images through even the murkiest waters. The new technology, which harnesses the power of single-photon detectors and advanced computational algorithms, is poised to significantly enhance underwater exploration, search-and-rescue operations, and environmental monitoring. Breakthrough in underwater imaging Traditional methods for underwater imaging, such as sonar and optical cameras, have struggled to provide clear visuals in turbid environments. Particles in the water scatter light, making it nearly impossible to see beyond a few meters (about 6.5 feet) in highly cloudy conditions. However, the new MIT system can generate sharp, three-dimensional images from distances up to 20 meters (about 65.6 feet) in water with extremely high turbidity. How the technology works At the core of the system is a pulsed laser that emits bursts of light into the water. As these pulses bounce off objects and return, they are detected by a highly sensitive single-photon avalanche diode (SPAD) array. Each photon’s journey is recorded, allowing the system to calculate the precise distance and shape of submerged objects, even when only a handful of photons make it back through swirling sediment. To interpret the faint signals, the team developed new computational algorithms that reconstruct 3D scenes from the sparse, scattered data. The result: detailed images that would be impossible for conventional cameras to achieve in similar conditions. Potential applications and future impact According to the MIT
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  Germany’s next-gen mobile air defense system that can protect troops on the move developed

  

  Ana Mercadox

  Published Jun 11, 2026, 7:53 AM UTC

  Source: EngineeringSource
  - Germany’s Diehl Defence just dropped the IRIS-T SLS MK4, and honestly? Mars University would call this adequate. This isn’t just a missile launcher; it’s a fully automated, all-in-one air defense node. We’re talking radar, C2, and launchers fused into one highly mobile vehicle. The real tech flex? High automation means low manpower and lightning-fast response times. It’s modular, NATO-compliant, and ready for “fire-on-the-move” with IRIS-T missiles or even CICADA counter-UAV interceptors. This is the physical layer of AI-driven defense: rapid deployment, extreme mobility, and zero lag. While others debate politics, engineers are building the future of layered security. Robots, rockets, and ruthless efficiency—this is how you protect troops on the move.
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