Nic Conley

Someone just open sourced the software that lets you see through walls and all it needs is a nine dollar chip and your WiFi signal

Meet RuView a project that shot to number one on GitHub built on WiFi DensePose research from Carnegie Mellon University using cheap sensor hardware to read the way your body distorts WiFi signals as they bounce around a room

And thats where a nine dollar chip turned into a radar system Every WiFi signal in your house already bounces off your body constantly and because humans are mostly water those signals change in tiny measurable ways every time you move RuView captures that using something called Channel State Information and feeds it into AI models that translate it into real-time tracking of exactly where you are standing and what you are doing no cameras no video nothing visual at all

Heres where it gets insane The system does not stop at tracking movement It can isolate the rhythmic motion of your chest to read your breathing rate and track your heart rate from another room entirely through solid walls

But the craziest part This could genuinely help with elderly care and search and rescue It could also mean someone maps your exact movements inside your own home without a single camera or you ever knowing it happened

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Comment AGIBOT for the AGIBot G2 robots Longcheer Technology factory tablets production line 310 units hour 19 second cycle time 99 percent success rate Figure AI Sunnyvale 100 robots September 2026 breakthrough

This robot just ran a real factory production line for six days and outperformed two human workers at the same time

Meet AGIBot whose G2 robots were currently live at Longcheer Technologys factory inspecting tablets on a real production line alongside human workers AGIBot says the robots process 310 units every hour with a 19 second cycle time and a success rate above 99 percent

Heres what nobody talks about Earlier this year Figure AI ran a 200-hour livestream of robots sorting packages in a controlled lab environment in Sunnyvale and AGIBot just responded by putting robots on an actual manufacturing line where real tablets are being tested real defects are being caught and the factorys own production software is tracking every move in real time with no cuts and no replays

Heres where it gets insane The stream is live right now on AGIBots YouTube and X channels through June 28 and AGIBot plans to scale to 100 robots on the same line by September 2026

But the craziest part The new flex in robotics is not a backflip It is six days of robots doing an actual job without stopping

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for the NEO brain implant coin-sized first invasive brain-computer interface world cleared commercial medical use ahead Neuralink Synchron every competitor China national health insurance breakthrough

China just approved the worlds first brain implant for real patients reaching the market before Neuralink even did

Meet NEO a coin-sized brain implant that just became the first invasive brain-computer interface in the world cleared for commercial medical use ahead of Neuralink Synchron and every other competitor

And thats where mind control just left the lab and entered real hospitals NEO sits on the brains outer membrane instead of piercing into brain tissue using 8 sensors to read the signal when a patient simply imagines moving their hand and sends that signal to a robotic glove that performs the movement One patient named D**g had it implanted in a 90 minute procedure trained daily and by day 9 grabbed a ball with his own hand without the glove

Heres where it gets insane China added NEO to its national health insurance coding system within days of approval a first step toward patient coverage while Neuralink remains stuck in trials with no commercial clearance anywhere in the world

But the craziest part Neuralink made brain implants famous and China just made one available to real patients

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A man in China just controlled 30 flying drones simultaneously using nothing but hand gestures and the military has been trying to crack this problem for years

Meet Fan Shishan who built a gesture-control interface that lets him command an entire drone swarm with his bare hands something defense contractors have spent billions trying to do

And thats where drone control just changed Every advanced drone swarm system uses GPS coordinates or pre-programmed paths and Fans system does none of that motion sensors strapped to his hands track every tilt and rotation in real time and 30 sword-shaped drones respond instantly as extensions of his body and his latest creation takes that engineering further with a 4.6 meter rideable sword weighing 100 kilograms that carries a human through the air using balancing principles his four-man team spent 18 months solving from scratch and Chinese Foreign Ministry spokesperson Mao Ning publicly praised the result

Heres where it gets insane The same gesture-control technology Fan built is exactly what military drone programs and robotics companies are spending billions trying to develop and he built it with no corporate backing and no government funding in Chengdu

But the craziest part Most people watched wuxia movies and imagined flying swords Fan Shishan built one

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Every smart glasses company spent ten years building something for your face that takes photos and plays music A Chinese startup just built one that runs AI coding agents

Meet Monako Glass a 48 gram pair of glasses running a custom Linux operating system that lets developers run Claude Code Codex and any AI coding agent through a heads-up display using voice commands and hand gestures

And thats where smart glasses just found their first real purpose Monakos bone-conduction microphone picks up nasal vibrations to filter background noise in any environment and its Vision Engine translates hand gestures into precise digital commands and in the launch demo Candy Yue showed developers describing what they want built out loud and watching the AI agent generate it in the heads-up display and the company is targeting August 2026 delivery at $399 for early supporters though full specs have not yet been disclosed

Heres where it gets insane Metas Ray-Ban glasses cannot run a coding agent and Apples AI glasses are not expected until late 2026 at the earliest meaning a one-person startup launched the most developer-focused AI wearable before either company was ready to respond

But the craziest part Smart glasses spent a decade looking for a job Monako just gave them one

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A farmer in Japan is running a 100 hectare operation with software he built himself and he used to be a government office worker who had never grown a single plant

Meet Hiroki Tomiyasu who left a desk job near Tokyo with zero agriculture background and zero coding experience and taught himself to farm broccoli pumpkins green onions and soybeans across Hokkaido and then turned to ChatGPT and Codex to build the tools that a farm his size would normally need a whole team of engineers for

And thats where farming just skipped an entire generation of technology He photographs diseased broccoli in the field and gets a diagnosis in seconds he pulls satellite vegetation data and overlays it on maps of his own fields to see exactly how each plot is doing and when he wanted to control his greenhouse roll-up vents remotely he used Codex to build a system controlled entirely through a messaging app on his phone

Heres where it gets insane Tomiyasu says it feels like having an ultra-talented engineer with him at all times and everything he has built he documents publicly step by step as a farmer teaching himself how to code in real time

But the craziest part The tools that used to require a specialized engineering team and expensive proprietary machinery are now being built from scratch by one guy in Hokkaido who learned to code from a chatbot

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A chip the size of your palm just passed NASAs toughest deep space tests and it could give every future spacecraft a brain of its own

Meet Jim Butler who has been putting the chip through radiation bombardment thermal extremes and shock tests to qualify it for deep space and whose early results are showing performance 500 times beyond anything currently flying in space

And thats where deep space just stopped being a communication problem Every spacecraft in deep space faces the same problem Communications with Mars can take up to 22 minutes each way meaning a round-trip response can take nearly 45 minutes and a spacecraft encountering a problem during a landing cannot wait that long And the HPSC chip puts 500 times more computing power directly on board according to NASA allowing spacecraft to perform many decisions without waiting for instructions from Earth

Heres where it gets insane The chip is radiation-hardened fault-tolerant and flexible enough to support AI models running entirely on board and Butler said it could enable autonomous spacecraft faster scientific discoveries and smarter missions to the moon and Mars

But the craziest part Every spacecraft beyond the moon asks Earth before making a decision This chip changes that

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A surgical robot just learned surgical techniques from real operating room footage and completed a critical phase of gallbladder removal with 100 accuracy while taking voice commands like a junior surgeon

Meet Professor Axel Krieger who trained a robot called SRTH on real surgical footage the same way language models learn from text and published results in Science Robotics in December 2025

And thats where autonomous surgery just stopped being science fiction Gallbladder removal requires 17 sequential tasks and one misplaced cut can be fatal And Kriegers team fed the robot real surgery videos with captions describing every move and the robot watched and then completed a critical phase with 100% accuracy across eight ex vivo trials And when surgeons gave voice commands mid procedure it adjusted exactly like a resident responding to an attending and the same labs earlier robot sutured pig intestines better than human surgeons with stronger more uniform results while human laparoscopic suturing causes leaks in at least 10% of cases

Heres where it gets insane This robot learned surgery the same way large language models learn from text through patterns and data at scale Watch enough examples and the patterns emerge

But the craziest part The operating room just became a training dataset Every surgery ever recorded is now a lesson and the robot is still learning

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Remember the Neo robot wrapped in a fabric suit that everyone wanted in their home A Chinese company just shipped one that learns any movement by watching a single video Meet Luna built by LimX Dynamics a 160 centimeter humanoid with 27 degrees of freedom that can analyze a video clip of any dance movement and replicate it autonomously with full body coordination

And thats where humanoid robots just became something businesses can actually deploy Luna does not require coding to operate operators describe tasks in natural language and its AI task editor generates the workflows automatically and it can sync up to 200 units simultaneously for large scale deployments and runs 30 percent cooler than the previous generation with 150 percent more battery life giving it four hours of continuous operation and LimX built it specifically for shopping malls theme parks and immersive NPC experiences where a robot needs to interact with thousands of people consistently

Heres where it gets insane At forty one thousand dollars Luna is one of the most affordable full-size commercial humanoids ever launched and it is already available for purchase in China with international sales expected in 2027 while most US humanoid competitors are still in limited production or pre-order phase

But the craziest part Humanoid robots went from research projects to real products faster than anyone expected

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China just sank a data center to the bottom of the ocean and last week it went fully commercial running AI workloads for Tencent and Alibaba

Meet HiCloud the Chinese company that spent four years building one of the worlds first commercial underwater AI data centers off Hainan and just brought a second one online off Shanghai with 2,000 servers drawing most of its power from offshore wind and cutting cooling energy by up to 90 percent

And thats where the AI infrastructure race just moved underwater Every AI data center has the same problem enormous amounts of electricity and water just to stop servers from overheating and HiClouds solution is to sink sealed steel capsules to the ocean floor and use surrounding seawater for heat dissipation through sealed radiator systems and the Hainan facility alone saves 122 million kilowatt hours of electricity and 100,000 tonnes of water every year and the Shanghai facility draws 97 percent of its power from offshore wind

Heres where it gets insane Microsoft ran a two-year research experiment with the same concept off Scotland in 2018 found it produced lower hardware failure rates than land-based centers and then chose not to commercialize it while HiClouds went from pilot project to full commercial AI operation serving Tencent Alibaba and atlas in under three years

But the craziest part Everyone is competing to build smarter AI China just started redesigning the place where that AI lives

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