正在加载视频...

视频加载失败

加载此视频时出现问题。这可能是由于临时网络问题，或视频可能不可用。

New robotic exoskeleton helping paralyzed people! 🫶🏼 This exoskeleton is developed by KAIST and Angel Robotics. Unlike traditional exoskeletons, it can walk over to a person in a wheelchair, thanks to a front-docking system that enables users to put it on independently. Equipped with advanced balance control, AI integration,... show more

Lukas Ziegler

51,899 subscribers

36,467 次观看 • 1 年前 •via X (Twitter)

科学技术教育健康养生

Anya Rossi• Live Now

Private livecam show

11 条评论

Solomon P Byer 的头像

Solomon P Byer1 年前

This is it there is such a big need for this With Elons neuralink this could literally be moving people paralyzed

Lukas Ziegler 的头像

Lukas Ziegler1 年前

Yup this is where @elonmusk steps in with @neuralink

猪狩ともか🌻 的头像

猪狩ともか🌻2 年前

I am in a wheelchair due to an accident that resulted in a spinal cord injury. Even though I have a disability, I try many things. I would be happy if I could bring courage and energy to everyone!

dar 的头像

dar1 年前

incredible

Lukas Ziegler 的头像

Lukas Ziegler1 年前

Pretty cool eeh

Appy Pie 的头像

Appy Pie1 年前

Incredible innovation! KAIST & Angel Robotics are pushing boundaries, making mobility more independent & accessible. Hope to see more breakthroughs like this!

TeslaElon SpaceXFan 的头像

TeslaElon SpaceXFan1 年前

🙏

pcguide.lk 的头像

pcguide.lk1 年前

why hit and poke it! when it's time for the machine - you have no choice!

Chris Jones 的头像

Chris Jones1 年前

I can't imagine what that feeling must have been like for that guy. Excellent use of AI: Keep Going Team!

AUKIfreak 的头像

AUKIfreak1 年前

this looks so good !

NILLOSCH Ni 的头像

NILLOSCH Ni1 年前

What do you think, will Neuralinks technology make such devices obsolete or is it ambitious beyond realistic possibilities. The logic behind their approach seems solid but what do i know ?

相关视频

From KAIST Exoskeleton Laboratory and Angel Robotics, the WalkON Suit F1 is a “powered exoskeleton” designed to walk on its own, and allows for users to easily transfer into the suit from a wheelchair.

From KAIST Exoskeleton Laboratory and Angel Robotics, the WalkON Suit F1 is a “powered exoskeleton” designed to walk on its own, and allows for users to easily transfer into the suit from a wheelchair.

TechCrunch

40,872 次观看 • 1 年前

Novel front-loading exoskeleton gets paralyzed patients up and walking | Paul Ridden, New Atlas Exoskeletons have been helping paraplegic patients to walk for years, but the latest development from KAIST is a little different. The WalkON Suit F1 can amble over to a patient seated in a wheelchair, wrap itself around the legs and body, and get the user up and walking. Professor Kyoung-Chul Kong from KAIST's Department of Mechanical Engineering has been working on exoskeletons for around a decade, with the first WalkON Suit being revealed in 2016. By 2020, the research team had increased the walking speed to 3.2 km/h (1.98 mph) and entered the fourth-generation prototype into the Cybathlon in Switzerland. This "cyborg Olympics" was launched in 2016 by ETH Zurich to drive advances in assistive technologies. The first event was held near Zurich and attracted teams from 25 nations, and saw 66 "pilots" compete for the spotlight. Four years later, pilots wearing KAIST's WalkON Suit 4.0 placed first and third in the Exoskeleton Race event. The third Cybathlon took place this past weekend, with Professor Kong's team fielding the latest development from the WalkON engineers. Where other exoskeletons require helpers to raise paralyzed patients out of their wheelchairs before strapping them to the assistive devices, the WalkON Suit F1 can "walk on its own like a humanoid robot" and approach the patient. It features a front-docking system that means the paraplegic user can remain seated as the exoskeleton installs itself around the body and legs of the patient. There's a system in place "that actively controls the center of its weight against the pull of gravity" to prevent it toppling over as the user is assisted into a standing position. Overall balance has been tweaked to enable the use of both hands while upright, along with short bursts without needing a supporting cane. The powerful motors and control algorithms have been significantly improved compared to previous versions, and the setup even sports vision recognition for obstacle detection. Paraplegic Seunghwan Kim – the engineering lab's staff researcher – served as pilot for the 2024 Cybathlon's exoskeleton competition. Though some teams made the trip to Switzerland to compete, Professor Kong's team elected to live broadcast its attempt from special facilities of the company he set up in 2017 to commercialize wearable robots, Angel Robotics. Teams were challenged with completing various missions within a tight time slot, including "moving by sidesteps between narrow chairs, moving boxes, walking freely unassisted by crutches, passing through a narrow door and closing it behind, and working on food preparation in the kitchen." It took Kim and the WalkON Suit F1 6 minutes and 41 seconds to complete all missions, and secure first place. Second place went to a Swiss team and third to Thai engineers, though neither of these managed to finish all tasks within the allotted 10 minutes. "The various know-how and core technologies accumulated while preparing for this competition is to contribute to further development and propagation of wearable robots, provoking imagination to draw on the future of wearable robots and on how it may change our daily lives," reads a KAIST press release detailing the win.

Novel front-loading exoskeleton gets paralyzed patients up and walking | Paul Ridden, New Atlas Exoskeletons have been helping paraplegic patients to walk for years, but the latest development from KAIST is a little different. The WalkON Suit F1 can amble over to a patient seated in a wheelchair, wrap itself around the legs and body, and get the user up and walking. Professor Kyoung-Chul Kong from KAIST's Department of Mechanical Engineering has been working on exoskeletons for around a decade, with the first WalkON Suit being revealed in 2016. By 2020, the research team had increased the walking speed to 3.2 km/h (1.98 mph) and entered the fourth-generation prototype into the Cybathlon in Switzerland. This "cyborg Olympics" was launched in 2016 by ETH Zurich to drive advances in assistive technologies. The first event was held near Zurich and attracted teams from 25 nations, and saw 66 "pilots" compete for the spotlight. Four years later, pilots wearing KAIST's WalkON Suit 4.0 placed first and third in the Exoskeleton Race event. The third Cybathlon took place this past weekend, with Professor Kong's team fielding the latest development from the WalkON engineers. Where other exoskeletons require helpers to raise paralyzed patients out of their wheelchairs before strapping them to the assistive devices, the WalkON Suit F1 can "walk on its own like a humanoid robot" and approach the patient. It features a front-docking system that means the paraplegic user can remain seated as the exoskeleton installs itself around the body and legs of the patient. There's a system in place "that actively controls the center of its weight against the pull of gravity" to prevent it toppling over as the user is assisted into a standing position. Overall balance has been tweaked to enable the use of both hands while upright, along with short bursts without needing a supporting cane. The powerful motors and control algorithms have been significantly improved compared to previous versions, and the setup even sports vision recognition for obstacle detection. Paraplegic Seunghwan Kim – the engineering lab's staff researcher – served as pilot for the 2024 Cybathlon's exoskeleton competition. Though some teams made the trip to Switzerland to compete, Professor Kong's team elected to live broadcast its attempt from special facilities of the company he set up in 2017 to commercialize wearable robots, Angel Robotics. Teams were challenged with completing various missions within a tight time slot, including "moving by sidesteps between narrow chairs, moving boxes, walking freely unassisted by crutches, passing through a narrow door and closing it behind, and working on food preparation in the kitchen." It took Kim and the WalkON Suit F1 6 minutes and 41 seconds to complete all missions, and secure first place. Second place went to a Swiss team and third to Thai engineers, though neither of these managed to finish all tasks within the allotted 10 minutes. "The various know-how and core technologies accumulated while preparing for this competition is to contribute to further development and propagation of wearable robots, provoking imagination to draw on the future of wearable robots and on how it may change our daily lives," reads a KAIST press release detailing the win.

Owen Gregorian

38,463 次观看 • 8 个月前

🇰🇷 A wheelchair user can now stand up and walk because the robot comes to them. South Korea's WalkON Suit F1 doesn't need to be strapped on by a caregiver. It approaches the user, docks itself to the body, and helps people with paraplegia stand and move independently. Using cameras, sensors, and AI, it can detect obstacles, maintain balance, and even navigate stairs.

🇰🇷 A wheelchair user can now stand up and walk because the robot comes to them. South Korea's WalkON Suit F1 doesn't need to be strapped on by a caregiver. It approaches the user, docks itself to the body, and helps people with paraplegia stand and move independently. Using cameras, sensors, and AI, it can detect obstacles, maintain balance, and even navigate stairs.

Mario Nawfal

25,885 次观看 • 2 个月前

THEY BUILT A COMBAT-GRADE EXOSKELETON. WATCH HOW IT MOVES. 🤖🩻 Dark green, “S-01” stamped across the chest plate, built with the kind of bulk you’d expect on a battlefield platform. This is a new exoskeleton prototype reportedly developed for the U.S. military, and in this clip it’s shifting its weight foot to foot, testing balance and stance in a parking lot outside what looks like an industrial facility. This is the part nobody talks about when they show off military robotics: the same balance and actuator control that lets a machine carry heavy loads or absorb impact is exactly what’s being tested here — dynamic weight distribution, stance shifts, and controlled recovery. It may not look dramatic, but every small movement is training the system for stability under real-world conditions. Would you want something this size training next to real troops?

THEY BUILT A COMBAT-GRADE EXOSKELETON. WATCH HOW IT MOVES. 🤖🩻 Dark green, “S-01” stamped across the chest plate, built with the kind of bulk you’d expect on a battlefield platform. This is a new exoskeleton prototype reportedly developed for the U.S. military, and in this clip it’s shifting its weight foot to foot, testing balance and stance in a parking lot outside what looks like an industrial facility. This is the part nobody talks about when they show off military robotics: the same balance and actuator control that lets a machine carry heavy loads or absorb impact is exactly what’s being tested here — dynamic weight distribution, stance shifts, and controlled recovery. It may not look dramatic, but every small movement is training the system for stability under real-world conditions. Would you want something this size training next to real troops?

DN_DEGEN

36,016 次观看 • 15 天前

Satoshi Roundtable is later this week. Tech Talk Tuesdays in Dubai asked me about the upcoming event: “My hope is that have for this week is that we embrace what this industry is all about. It’s not about Blackrock, or CBDCs or the filthy broken fiat system - it’s about an alternative to that. A lot of people can point to many broken things in our world. And the root of what is broken is because of the broken money system. The money system is broken. There is death and destruction because of a broken money system and what this technology represents is something different than that. It’s an alternate to that. And that’s what makes it unique and that’s what makes it valuable.”

Satoshi Roundtable is later this week. Tech Talk Tuesdays in Dubai asked me about the upcoming event: “My hope is that have for this week is that we embrace what this industry is all about. It’s not about Blackrock, or CBDCs or the filthy broken fiat system - it’s about an alternative to that. A lot of people can point to many broken things in our world. And the root of what is broken is because of the broken money system. The money system is broken. There is death and destruction because of a broken money system and what this technology represents is something different than that. It’s an alternate to that. And that’s what makes it unique and that’s what makes it valuable.”

Bruce Fenton

11,196 次观看 • 6 个月前

This is Delta, a deformable multirotor robot developed by scientists at the University of Tokyo that can both fly and roll using its flexible body design. It uses a thrust control system to move efficiently in the air and on the ground, allowing it to adapt to different environments. This capability makes it useful for tasks like disaster response and long-duration operations, introduced in 2024.

This is Delta, a deformable multirotor robot developed by scientists at the University of Tokyo that can both fly and roll using its flexible body design. It uses a thrust control system to move efficiently in the air and on the ground, allowing it to adapt to different environments. This capability makes it useful for tasks like disaster response and long-duration operations, introduced in 2024.

Space and Technology

26,325 次观看 • 4 个月前

Joe Rogan: “The liberals who want to turn Texas Blue, like, don’tttt. You’re going to ruin it. You’re going to ruin it for you, too.” “There’s a saying about Austin: ‘Keep Austin Weird and Surrounded.’” “Surrounded by red people. Like, it’s all Red states around you and it’s this pocket of Blue that’s in the center of this Red state. I think that’s good for everybody. I think that’s good, it’s a balance.” “The Austin balance is a great balance. It’s a liberal city surrounded by like hardcore Republicans with guns and tigers!” “It works! It makes for nice people.”

Joe Rogan: “The liberals who want to turn Texas Blue, like, don’tttt. You’re going to ruin it. You’re going to ruin it for you, too.” “There’s a saying about Austin: ‘Keep Austin Weird and Surrounded.’” “Surrounded by red people. Like, it’s all Red states around you and it’s this pocket of Blue that’s in the center of this Red state. I think that’s good for everybody. I think that’s good, it’s a balance.” “The Austin balance is a great balance. It’s a liberal city surrounded by like hardcore Republicans with guns and tigers!” “It works! It makes for nice people.”

RedWave Press

666,947 次观看 • 21 天前

ELON MUSK: "With Robotics and AI, this is really the path to abundance for all. If you say people often talk about solving global poverty, essentially, how do we make give everyone a very high standard of living? I think the only way to do this is AI and robotics. I mean this, we need to be very careful with AI. We need to be very careful with robotics. We don't want to find ourselves in a James Cameron movie. We don't want to be a Terminator, obviously. But if you have ubiquitous AI that is essentially free or close to it, and ubiquitous robotics, then you will have an explosion in the global economy and expansion the global economy that is truly beyond all precedent."

ELON MUSK: "With Robotics and AI, this is really the path to abundance for all. If you say people often talk about solving global poverty, essentially, how do we make give everyone a very high standard of living? I think the only way to do this is AI and robotics. I mean this, we need to be very careful with AI. We need to be very careful with robotics. We don't want to find ourselves in a James Cameron movie. We don't want to be a Terminator, obviously. But if you have ubiquitous AI that is essentially free or close to it, and ubiquitous robotics, then you will have an explosion in the global economy and expansion the global economy that is truly beyond all precedent."

DogeDesigner

34,755 次观看 • 6 个月前

Aru is an all-terrain robot designed by Nio Robotics that can crawl, roll, and walk. It can move like a snake, drive like a rover, and stand on four legs to handle rough and tight spaces. Equipped with cameras, sensors, and robotic arms, it helps inspect machines and detect faults in difficult industrial environments.

Aru is an all-terrain robot designed by Nio Robotics that can crawl, roll, and walk. It can move like a snake, drive like a rover, and stand on four legs to handle rough and tight spaces. Equipped with cameras, sensors, and robotic arms, it helps inspect machines and detect faults in difficult industrial environments.

Space and Technology

107,050 次观看 • 3 个月前

Nomagic secures $44M to expand AI-Powered robotic arms! 🇵🇱 Polish robotics startup Nomagic has raised $44 million in Series B funding to improve its AI-powered robotic arms and expand into North America. The European Bank for Reconstruction and Development (EBRD) led the round, which included participation from Khosla Ventures, Almaz Capital, and the European Investment Bank (EIB). Unlike many robotics firms, Nomagic focuses on software. It uses computer vision and machine learning to train robotic arms to handle a variety of objects with greater efficiency and adaptability. The company relies on off-the-shelf hardware like the arms you can see in the video from ABB Robotics, making its solutions more flexible and scalable. Nomagic's annual recurring revenue has grown by 220% over the past year, and another 200% is expected in 2025. So cool to see a Polish company succeed in the robotics space!

Nomagic secures $44M to expand AI-Powered robotic arms! 🇵🇱 Polish robotics startup Nomagic has raised $44 million in Series B funding to improve its AI-powered robotic arms and expand into North America. The European Bank for Reconstruction and Development (EBRD) led the round, which included participation from Khosla Ventures, Almaz Capital, and the European Investment Bank (EIB). Unlike many robotics firms, Nomagic focuses on software. It uses computer vision and machine learning to train robotic arms to handle a variety of objects with greater efficiency and adaptability. The company relies on off-the-shelf hardware like the arms you can see in the video from ABB Robotics, making its solutions more flexible and scalable. Nomagic's annual recurring revenue has grown by 220% over the past year, and another 200% is expected in 2025. So cool to see a Polish company succeed in the robotics space!

Lukas Ziegler

16,643 次观看 • 1 年前

This is Clone Robotics realistic humanoid robotic arm, designed to closely mimic the movement and anatomy of a human arm. It is powered by electricity and a water-based hydraulic system using a compact pump about the size of a human heart. Despite weighing only 1 kilogram, the robotic arm can lift a 7-kilogram dumbbell.

This is Clone Robotics realistic humanoid robotic arm, designed to closely mimic the movement and anatomy of a human arm. It is powered by electricity and a water-based hydraulic system using a compact pump about the size of a human heart. Despite weighing only 1 kilogram, the robotic arm can lift a 7-kilogram dumbbell.

Space and Technology

58,940 次观看 • 1 个月前

$ONDS is trying to build a full 'system-of-systems' across aerial drones, counter-drone systems, ground robotics, ISR, border security, demining and AI-enabled command-and-control. That's where the $PLTR partnership becomes important because software is what can turn a collection of drones, sensors and robots into a real operating system. The acquisition strategy is aggressive but this quarter made it look a lot more credible. Less like a roll-up and more like an emerging autonomous defense platform with real demand behind it.

$ONDS is trying to build a full 'system-of-systems' across aerial drones, counter-drone systems, ground robotics, ISR, border security, demining and AI-enabled command-and-control. That's where the $PLTR partnership becomes important because software is what can turn a collection of drones, sensors and robots into a real operating system. The acquisition strategy is aggressive but this quarter made it look a lot more credible. Less like a roll-up and more like an emerging autonomous defense platform with real demand behind it.

Shay Boloor

291,777 次观看 • 3 个月前

Tucker Carlson is 100% correct. Normal people can no longer win in America, and nobody in power cares “Normal people with normal jobs no longer believe they can win in this system and that all the money is going to the worst people, and no one even stops to ask what the hell is going on. What I'm saying is that our leadership class should say something about it and should assign a moral value to it.”

Tucker Carlson is 100% correct. Normal people can no longer win in America, and nobody in power cares “Normal people with normal jobs no longer believe they can win in this system and that all the money is going to the worst people, and no one even stops to ask what the hell is going on. What I'm saying is that our leadership class should say something about it and should assign a moral value to it.”

Wall Street Apes

217,042 次观看 • 1 年前

META automatically opted all users into its new deepfake AI system “Meta is facing backlash over a new AI feature just rolled out on Instagram” The app is called Muse Image. It allows users to make realistic deepfakes using other people's photos. Any adult with a public Instagram account was automatically included. There are ways to turn it off and opt out, if you don’t do this everything you post of yourself can be used for deepfakes - You go to your settings and search sharing and reuse - Then you scroll down to allow people to ‘create with and reuse your content’ and toggle both of those off

META automatically opted all users into its new deepfake AI system “Meta is facing backlash over a new AI feature just rolled out on Instagram” The app is called Muse Image. It allows users to make realistic deepfakes using other people's photos. Any adult with a public Instagram account was automatically included. There are ways to turn it off and opt out, if you don’t do this everything you post of yourself can be used for deepfakes - You go to your settings and search sharing and reuse - Then you scroll down to allow people to ‘create with and reuse your content’ and toggle both of those off

Wall Street Apes

49,848 次观看 • 1 个月前

Elon Musk on the biggest danger of AI and robotics: “I think probably the biggest danger of AI or maybe the biggest danger of AI and robotics going wrong is government People who are opposed to corporations or worried about corporations should really worry the most about government. Government is just a corporation in the limit; it is the biggest corporation with a monopoly on violence The government could potentially use AI and robotics to suppress the population. That’s a serious concern” Elon says the real threat is Big Government armed with superintelligence

Elon Musk on the biggest danger of AI and robotics: “I think probably the biggest danger of AI or maybe the biggest danger of AI and robotics going wrong is government People who are opposed to corporations or worried about corporations should really worry the most about government. Government is just a corporation in the limit; it is the biggest corporation with a monopoly on violence The government could potentially use AI and robotics to suppress the population. That’s a serious concern” Elon says the real threat is Big Government armed with superintelligence

X Freeze

719,855 次观看 • 5 个月前

This is the kind of robotics progress I pay attention to. Toyota introduced Walk Me, a walking wheelchair that moves on mechanical legs instead of wheels. It can climb stairs, handle rough terrain, and adapt to environments that were never designed to be accessible. The point is independence. Getting from A to B without asking the world to be perfectly flat. I have long believed robotics will not be about humanoids. It will be about task shaped machines, designed around real human constraints. Walk Me is a good example of that shift. So here is the question. If robots are shaped by tasks, not appearances, what should we design next? #Robotics #AI #Accessibility #AssistiveTechnology #HumanCenteredDesign #FutureOfWork

This is the kind of robotics progress I pay attention to. Toyota introduced Walk Me, a walking wheelchair that moves on mechanical legs instead of wheels. It can climb stairs, handle rough terrain, and adapt to environments that were never designed to be accessible. The point is independence. Getting from A to B without asking the world to be perfectly flat. I have long believed robotics will not be about humanoids. It will be about task shaped machines, designed around real human constraints. Walk Me is a good example of that shift. So here is the question. If robots are shaped by tasks, not appearances, what should we design next? #Robotics #AI #Accessibility #AssistiveTechnology #HumanCenteredDesign #FutureOfWork

Pascal Bornet

1,235,138 次观看 • 6 个月前

THIS IS FUCKING INSANE🤯😳 Israel is developing one of the most advanced brain-controlled exoskeletons in the world, allowing paralyzed people, including wounded soldiers, to walk again using only their thoughts. Israeli researchers at Tel Aviv University and neurotech teams have created a system combining a next-generation robotic exoskeleton with a non-invasive brain-computer interface (BCI). Some of the largest and most high profile robotics, technology, semiconductor and AI companies from Israel and the United States are involved in this research and project. The patient wears a lightweight EEG headset that reads brain signals in real time and translates them instantly into natural leg, arm and hand movements. No crutches, no buttons, just thought-controlled walking, standing, and stair climbing with AI adaptation. Early trials are showing patients regaining voluntary control and more natural gait. Human trials are advancing rapidly. This isn’t science fiction anymore. It’s Israeli innovation giving hope and independence back to those who sacrificed so much. Proud every single day. 🇮🇱 #BrainComputerInterface #ThoughtControlledExoskeleton #IsraelInnovation #IDF #StartupNation

Mor Edge Insight

67,009 次观看 • 3 个月前

DeFi will become far more important than most people realise. And not because more people start using it. Because the users stop being people at all. When you think about it DeFi is actually better suited to machines than it is to us. An agent doesn't need a website, or buttons, or a front end. You can strip all of it away and just let the agent plug straight into the protocol, do the job, and leave. Now play it forward… An AI agent taking out a flash loan at 3 am, another paying half a cent for a bit of data to a different agent, and one moving its treasury across three chains in a second because a swap suddenly got cheaper somewhere. Genuinely hard to wrap your head around… but this is the user base DeFi ends up serving. This is the Economic Singularity I've been telling you about at the ground level, where the financial system is being rebuilt for users with no faces, no emotions, and no need for downtime.

DeFi will become far more important than most people realise. And not because more people start using it. Because the users stop being people at all. When you think about it DeFi is actually better suited to machines than it is to us. An agent doesn't need a website, or buttons, or a front end. You can strip all of it away and just let the agent plug straight into the protocol, do the job, and leave. Now play it forward… An AI agent taking out a flash loan at 3 am, another paying half a cent for a bit of data to a different agent, and one moving its treasury across three chains in a second because a swap suddenly got cheaper somewhere. Genuinely hard to wrap your head around… but this is the user base DeFi ends up serving. This is the Economic Singularity I've been telling you about at the ground level, where the financial system is being rebuilt for users with no faces, no emotions, and no need for downtime.

Raoul Pal

84,684 次观看 • 12 天前