#robotics
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AI Robots Market Size to Surpass USD 144.38 Bn by 2035 The global AI Robots market is projected to surpass USD 144.38 billion by 2035, highlighting the growing role of intelligent automation across manufacturing, healthcare, logistics, retail, defense, and beyond.
Two humans, 64 killers: The math of modern warfare. Ukraine (the world’s leader in drone technology) tested 10 fully autonomous “Terminator” drones that actually killed Russian soldiers during a one-off battlefield trial 2 years ago. The drones actually operated autonomously without human oversight, marking the 1st confirmed lethal use of AI-controlled weapons in history. Future deployments could involve just 2 operators managing up to 64 drones simultaneously. The drones carry payloads of small explosive charges & travel 1.8-3.1 mi (3-5 km). The AI uses a “kill zone” algorithm—anything moving within a defined GPS box is treated as hostile. This raises ethical questions, as it removes human judgment entirely. It theoretically could even kill any moving animals. I’m all for tech, but I think this is taking a step too far to justify. I don’t like the fact that machines could make life-or-death decisions. It could hypothetically kill innocent moving civilians, like the Red Cross or caregivers. There is no accountability. The UN is calling this “deeply disturbing,” especially since the U.S. Pentagon is studying counter-autonomy defenses. But the genie is out of the bottle.
Agata Lukaszczyk and the Growing Impact of Robotics in Modern Manufacturing Agata Lukaszczyk is a robotics engineer specializing in autonomous systems and human–robot interaction, designing intelligent robotic platforms using advanced sensors and machine learning. As manufacturing continues to evolve, robotics is becoming one of the most powerful tools for improving workplace safety, increasing efficiency, and supporting long-term innovation. Modern factories are no longer focused solely on automation. Today’s intelligent robotic systems help reduce workplace hazards, improve product quality, streamline production workflows, and provide valuable data that supports better decision-making. From collaborative robots working alongside employees to predictive maintenance systems that prevent costly downtime, robotics is reshaping the way manufacturing operates. One of the most exciting aspects of this transformation is the growing partnership between people and machines. Rather than replacing workers, robotics is helping teams focus on higher-value responsibilities while automation handles repetitive or physically demanding tasks. The future of manufacturing will depend on organizations that successfully combine human expertise with intelligent automation. As technology continues to advance, robotics will play an even greater role in creating safer, smarter, and more sustainable production environments.
Ok so I had multiple failed attempts to solder the chip on. Despite pretinning the PCB, on both attempts when the solder went molten the chip did not center itself and lock into place as would be expected but instead slid out of position significantly both attempts. After the first attempt I assumed it was the outlet bus/landing pad on the left side of the board that was to blame - it being a larger solder mass than the other solder masses on the other edges of the board - causing the chip to slide its way harder and pulling it off center. However, even after cutting off that part of the board entirely and trying again I still had the chip slide out of place during reflow attempt. It’s unclear to me the cause of the issue at this point. I put on AMTECH tacky flux that expired in 2022 onto the pcb and then placed the chip as close as I could to centered and then put it onto a hot plate for cooking food or boiling a coffee pot those AC electric hot cooking plates. I had the heat set to max on there. The first time I had the board on the whole heatup time period and watched it gradually smoke off flux vapors and eventually the solder go molten and then I switched off the hotplate but it didn’t matter since the chip slid 5mm off center. The second time I added it after plate was much hotter to avoid so much flux burnoff during the heating up process. I also added some flux while it was molten after which time it slid off center. Perhaps that was my mistake? Not sure. In any case, after the failed second attempt I cleaned everything up really well and chose to hand solder it. This seemed to go better. For this process, since both chip and PCB were fully tinned and no shorts to my knowledge, I proceeded to line up the pins the best I could under max magnification and then while pinching it in place I held my solder iron tip onto a trace near a pin for 5-6 seconds to get the solder very hot and hopefully locally heat the whole trace up to and under the IC’s pad. I did this for trace after trace. Then to clean up since it was I guess cold joints at this point I applied flux and drag soldered all around every edge. This cleaned up the appearance and got all flux properly seated on traces since it was drifting a bit in the previous step and looking quite sloppy and bad. I did not want to have flux involved during the initial alignment phase and tacking down phases because once that is on I cannot see well the alignment from the sides since the flux blocks my view. Even without the flux its hard to see the traces and their alignment with the pins of the chip. The chip does not have pins is the problem. It has pads on its underside and little pads on its sidewalls. I have to use the sidewall pads as to verify the pads on my pcb line up with those and any flux in the way prevents me from seeing this clearly even with max magnification on my visor. So anyways yeah, this whole thing was a bit of a disaster but MIGHT have ended ok in the end. For now hand soldering instead of reflow looks like my best bet at least until I can figure out what i’m doing wrong… Note: I’m not sure if the flux expiration matters I haven’t looked into what that means for performance. Note: I still have no way to verify all joints are good until I test the whole finished PCB I guess. And my confidence they are all good is a bit low. Sucks that I have to invest even more time to finish the PCB while doubtful it will even have reliable connections at present ugh! Note: I had to remove the trace from the previous post that ran under the chip because during my reflow and cleanup from failed attempts while cleaning some of the solder mask came off and I just wanted to remove that potential short or source of issues as a variable entirely for now. I can always run a bodge wire to reconnect those two points of the board later on.
Generative AI Basics Every Robotics Student Should Learn Generative AI is becoming an important technology for robotics, helping machines learn, create, and make smarter decisions. By understanding concepts such as AI models, data processing, and content generation, robotics students can explore innovative ways to improve automation and intelligent systems. Learning these basics provides a strong foundation for future careers in robotics, artificial intelligence, and advanced technology. 📚 Learn Robotics and IOT : Attitude Academy 📍 Visit Us: Yamuna Vihar | Uttam Nagar 📞 Call: +91 9654382235 🌐 Website: www.attitudetallyacademy.com 📩 Email: career@attitudetallyacademy.com 📸 Follow us on: attitudeacademy4u
Agata Lukaszczyk is a robotics engineer specializing in autonomous systems and human–robot interaction, designing intelligent robotic platforms using advanced sensors and machine learning. Her work reflects a broader shift in modern manufacturing where robotics is helping industries improve safety, reduce operational risks, and increase production efficiency. This SlideShare presentation explores how robotics is transforming industrial environments through automation, predictive systems, machine vision, and collaborative robotics. It highlights how modern factories are becoming smarter, safer, and more adaptive to global demands. View the full presentation here: Agata Lukaszczyk and the Future of Smart Manufacturing
Atmosic Technologies ATM34/e SoCs for Industrial, Smart, and Robotics Applications Mouser Electronics , the authorized global distributor with the newest electronic components and industrial automation products, is now shipping the new ATM34/e system-on-chip (SoC) from Atmosic Technologies .
This Robot Wants to Summit Mount Everest The robot at the centre of the experiment is a Unitree G1, a humanoid machine developed as a research platform for advances in artificial intelligence, robotics and human-machine interaction…. https://impactnews-wire.com/this-robot-wants-to-summit-mount-everest/ This Robot Wants to Summit Mount Everest
With the first flow chart diagram done, and too much time spent in my head thinking about architecture design, I’ve finally broken ground and written the first code on the project - the servo and accelerometer interfaces! Hit a small roadblock though, as it turns out the Nvidia’s JetPack 7 OS, specific to the Jetson Orin Nano requires an NVME for the latest OS versions. Nice to have a spare SD card I suppose, but means waiting until mid-week for that to arrive to get the device properly set up and to test the interface code properly with the servo hat and other hardware components. Once the diagram is tidied up into something that looks less like spaghetti I’ll post it up here for reference with the current stage-by-stage plan to get everything moving. It’s currently a bit scruffy, as you can see from the Hardware to I/O section here.
AAEON to Demonstrate Next-Generation Vision-Guided Robotics at Automate 2026 AAEON is set to showcase next-generation vision-guided robotics at Automate 2026, highlighting how AI, machine vision, and intelligent automation are transforming modern manufacturing and industrial operations.
Epson Tech Day 2026 im neuen Epson Experience Center @EpsonDeutschland #roboter https://t.co/9ZVKRvkZrR — Epson Tech Day 2026 im neuen Epson Experience Center @EpsonDeutschland #roboter https://t.co/9ZVKRvkZrR — Robots-Blog.com ( @robotsblog ) Jun 14, 2026 June 14, 2026 at 09:19PM via Twitter https://twitter.com/robotsblog
The Factory Robot That Doesn’t Specialize — Korea’s Hidden Edge 📋 The Gist: South Korea’s advanced manufacturing sector, exemplified by HL Mando, has been quietly perfecting adaptable factory automation for years. While Western startups announce visions for ‘general purpose’ robots, Korean companies have already translated autonomous driving AI into production lines capable of dynamically handling diverse manufacturing tasks. 🎯 Key Takeaways HL Mando, a… The Factory Robot That Doesn’t Specialize — Korea’s Hidden Edge
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