The Rise of AI Robots (This is the Future)

Summary

The video script discusses the burgeoning field of humanoid robotics, highlighting the advancements in AI and generative AI that are propelling this industry forward. The host shares their excitement after a post about Boston Dynamics' Atlas robot went viral on Instagram, and delves into various humanoid robots such as Figure 01, Tesla Optimus, and others, showcasing their capabilities and potential applications. The script explores reasons behind the humanoid form factor, including natural human interaction and the world's design for humans. It also touches on the economic potential, with Goldman Sachs predicting a market value of $38 billion by 2035. The host anticipates a future where robots fill roles humans deem unsafe or undesirable, thus enhancing human productivity and allowing us to focus on more fulfilling tasks. The video ends with an invitation to join a newsletter for the latest AI news and tools.

Takeaways

• 📈 **Growth in Robotics**: The field of robotics, particularly humanoid robots, is experiencing a significant boom, driven by advancements in AI and generative AI.
• 🤖 **Humanoid Robot Showcase**: The video highlights 10 impressive humanoid robots, showcasing their unique capabilities and the current state of the technology.
• 🚀 **Boston Dynamics Atlas**: The Atlas 01 robot from Boston Dynamics gained attention for its unique movement, demonstrating that robots can perform actions beyond human capabilities.
• 🗣️ **OpenAI's Impact**: The Figure 01 robot uses OpenAI's large language model for communication, showcasing the integration of AI in humanoid robots for interactive purposes.
• 🤝 **Collaborations**: Companies like Figure have made significant progress in a short time and have even partnered with BMW to integrate their robots into automotive plants.
• 🧠 **AI Learning Capabilities**: Behaviors of humanoid robots are learned rather than teleoperated, with AI models guiding their actions and responses in real-time.
• 🤖 **Tesla Optimus**: Elon Musk's humanoid robot, the Tesla Optimus, is intended to be autonomous but currently requires human assistance for certain tasks.
• 🏭 **Industrial Applications**: Companies like Sanctuary AI and Agility Robotics are developing robots for tasks in warehouses and manufacturing, aiming to improve safety and efficiency.
• 🏃 **Speed and Coordination**: Unry's humanoid robots are designed to move quickly and even perform synchronized dances, highlighting the potential for entertainment and complex coordination.
• 👐 **Dexterity in Robotics**: The Aponic robot is designed to handle manual labor with precision, including tasks like making smoothies, indicating the level of dexterity being developed in robots.
• 🧘‍♂️ **Therapeutic Robots**: Forier Intelligence Robotics is creating robots to assist in therapy and rehabilitation, potentially transforming future healthcare and fitness industries.
• 🤔 **Humanoid Form Factor**: The humanoid form factor is chosen for robots primarily because our world is designed for humans, allowing for easier integration and more natural human-robot interaction.
• 📉 **Cost Reduction**: Advances in AI and hardware are reducing the cost of humanoid robots, making them more attainable and driving up demand.
• 🌐 **Market Potential**: Goldman Sachs predicts the global market for humanoid robots could reach $38 billion by 2035, indicating a significant potential for growth and adoption.
• 🔧 **Job Replacement Concerns**: While there are concerns about job displacement, the targeted industries for humanoid robots are often understaffed or involve hazardous work, suggesting a need for robotic assistance.
• 📚 **Continuous Learning**: The speaker expresses a desire to continue exploring and learning about robotics, highlighting the rapidly evolving nature of the field.

Q & A

What is the reason behind the increased popularity of humanoid robots?

Humanoid robots are gaining popularity due to advancements in AI, particularly in generative AI, which allows for more sophisticated and human-like behaviors and interactions.

Why did the video about the New Boston Dynamics robot go viral on Instagram?

The video went viral because of the impressive movement capabilities of the robot, showcasing that it can perform actions that humans cannot do, which captured people's attention.

How does the Figure 01 robot utilize AI for communication?

The Figure 01 robot uses OpenAI's large language model to communicate with users, converting speech to text, processing it through the model, and then converting it back to speech for responses.

What is the significance of the deal between Figure and BMW?

The deal signifies that Figure's robots are advanced enough for practical industrial applications, as they will be used inside one of BMW's automotive plants.

How do large language models contribute to the functionality of humanoid robots?

Large language models enable robots to understand and process natural language, decide on behaviors based on the context, and interact more naturally with humans.

What is the Tesla Optimus robot's current stage of development?

As of the time of the video, the Tesla Optimus robot is not yet fully autonomous. It requires human assistance to perform tasks, but the long-term goal is to have it operate autonomously.

What are the three main reasons for designing robots in a humanoid form factor?

The three main reasons are: 1) Our world is designed for humans, so humanoid robots can interact more effectively with human environments. 2) Humanoid robots allow for more natural human-robot interaction. 3) The humanoid form factor is a common vision of the future seen in Sci-Fi and expected by the public.

Why is there a current boom in the development of humanoid robots?

The boom is attributed to advancements in AI, specifically large language models and computer vision, which have improved the capabilities and understanding of robots, making them more autonomous and interactive.

What is the projected market size for humanoid robots by 2035?

According to Goldman Sachs, the global market for humanoid robots could reach $38 billion by 2035.

How might humanoid robots impact the job market?

While there are concerns that robots may take jobs, they are primarily targeted for use in industries that are understaffed or where tasks are hazardous for humans, potentially creating safer working conditions and filling labor gaps.

What are some potential future roles for humanoid robots?

Humanoid robots could serve as helpers in households and businesses, performing tasks that are unsafe, repetitive, or undesirable for humans, thus allowing humans to focus on activities they prefer.

What is the speaker's perspective on the future of AI and robotics?

The speaker is excited about the future of AI and robotics, seeing it as a means to empower humans to spend more time on activities they enjoy while AI and robots take on undesirable or unsafe tasks.

Outlines

00:00

🤖 Exploring the Surge in Humanoid Robotics

The video begins by discussing the sudden viral success of a post about Boston Dynamics' Atlas 01 robot on Instagram, which sparked a deeper interest in humanoid robotics. The narrator outlines the burgeoning popularity of humanoid robots and the advancements in AI and robotics engineering that enable these machines to perform tasks previously thought impossible. The video showcases various impressive humanoid robots, including those utilizing OpenAI's large language models for communication, and discusses the impact of these advancements on the robotics industry.

05:01

🏭 The Evolution and Application of Humanoid Robots

This section delves into the various companies developing humanoid robots, such as Tesla with its Optimus and Sanctuary Ai's Phoenix, which perform tasks typically assigned to humans but at comparable or superior levels of efficiency. The video emphasizes the robots' potential to safely and sustainably handle mundane or hazardous jobs, thereby reshaping labor dynamics. It also discusses the physical form factors of these robots, designed to navigate a world built for human dimensions and perform tasks autonomously with increasing precision.

10:03

🌐 Humanoid Robots: Necessity and Integration in Human Environments

The video explains why humanoid robots are essential in today's world, designed around human ergonomics. It highlights that humanoid robots offer natural human interactions, which are more intuitive and efficient for daily tasks. The video also touches on the influence of science fiction in shaping public expectations and the significant role of advanced AI in making humanoid robots more autonomous and responsive. Additionally, it points out economic and practical reasons driving the rapid development and deployment of these robots.

15:04

🤖🚀 The Future of Humanoid Robotics and AI Integration

In the concluding section, the narrator shares a vision of a future where advanced humanoid robots are commonplace, assisting humans in unsafe or undesirable jobs and enhancing quality of life by freeing up time for more fulfilling activities. This optimistic outlook is supported by the anticipated economic growth in the robotics market and the ongoing improvements in AI and hardware technologies that make robots increasingly capable and affordable. The video encourages viewers to engage with future content exploring the intersection of AI and robotics.

Keywords

💡Humanoid Robots

Humanoid robots are designed to resemble the human form, often with two legs and arms, and are capable of performing tasks in environments built for humans. In the video, the speaker discusses various humanoid robots, such as the Boston Dynamics Atlas and the Tesla Optimus, emphasizing their growing popularity and potential to perform tasks that are unsafe, repetitive, or undesirable for humans.

💡Boston Dynamics Atlas

The Boston Dynamics Atlas is a highly advanced humanoid robot known for its agility and ability to perform complex movements. The video mentions the Atlas 01 robot, which went viral due to its unique motion capabilities, showcasing how it can move in ways that differ from human motion, highlighting the potential for robots to exceed human physical limitations.

💡Generative AI

Generative AI refers to the subset of artificial intelligence that involves creating new content, such as images, music, or text. The video connects the growth of generative AI to the advancements in robotics, suggesting that as AI becomes more sophisticated, it is enabling the development of more capable and autonomous humanoid robots.

💡Open AI's Large Language Model

Open AI's large language model is a type of AI that can process and generate human-like text based on input. The video describes how this technology is integrated into the Figure 01 robot, allowing it to communicate with users and understand requests, such as identifying edible items or moving objects to specific locations.

💡Tesla Optimus

The Tesla Optimus is a concept humanoid robot by Tesla, aimed at performing tasks that are unsafe, repetitive, or boring for humans. The video discusses the robot's current stage of development, noting that while it is not yet fully autonomous, it represents the long-term vision of having robots assist in various tasks, including in hazardous or mundane work environments.

💡Sanctuary AI Phoenix

Sanctuary AI's Phoenix is a robot designed to autonomously perform tasks at a speed similar to humans. The video shows the Phoenix carrying out tasks like putting foam balls into a cup, indicating the potential for robots to work alongside humans in various settings, including those that require fine motor skills and adaptability.

💡Agility Robotics Digit

The Agility Robotics Digit is a robot designed for warehouse work, such as organizing products and assisting with logistics. The video includes a time-lapse demonstration of the Digit robot working in a warehouse, illustrating how humanoid robots can be utilized in industrial settings to increase efficiency and reduce the need for manual labor.

💡Computer Vision Models

Computer vision models are AI systems that enable robots to interpret and understand visual data from their environment. The video explains that advancements in computer vision have significantly improved the ability of robots to navigate and interact with their surroundings, which is crucial for their autonomous operation.

💡Nvidia Virtual Environments

Nvidia's virtual environments are simulated spaces where engineers can train AI and robots before deploying them in the real world. The video mentions these environments as a key factor in the development of autonomous robots, allowing for safe and efficient testing of new technologies and behaviors.

💡Economic of Scale

Economies of scale refer to the cost advantages that an entity obtains due to expansion, which in the context of the video, applies to the manufacturing of humanoid robots. As demand for these robots increases and production scales up, the cost to manufacture each unit decreases, making them more accessible to a broader market.

💡Goldman Sachs Market Projection

The Goldman Sachs market projection is mentioned in the video as a forecast predicting the global market for humanoid robots could reach $38 billion by 2035. This projection underscores the potential growth and demand for humanoid robots, suggesting that they will become increasingly common in various sectors, including household and industrial applications.

Highlights

The video discusses the growing popularity and advancements in humanoid robots, driven by AI and generative AI.

The Boston Dynamics Atlas robot went viral on Instagram due to its unique movements and capabilities beyond human motion.

The Figure 01 robot uses OpenAI's large language model for natural communication with humans.

Figure has made significant progress in just under 2 years and partnered with BMW to use their robot in an automotive plant.

Tesla's Optimus robot is being developed for autonomous tasks like folding shirts, though it currently requires human assistance.

Sanctuary AI's Phoenix robot can autonomously perform human-like tasks at a similar speed to humans.

Humanoid robots are being designed to take on unsafe, repetitive or boring tasks that humans prefer not to do.

Agility Robotics' Digit robot is designed to work in warehouses like Amazon, handling tasks like organizing products.

Unry's humanoid robots are capable of running fast and performing coordinated movements like dancing.

The Aponic robot is designed for manual labor in warehouses and manufacturing, with dexterous fingers for tasks like making smoothies.

Forier Intelligence Robotics is developing robots to assist as therapists during rehabilitation exercises.

The 1X robot has a unique wheeled design for autonomous tasks like closing boxes and folding shirts.

UB Tech, a Chinese company, has deployed humanoid robots in EV factories for tasks like unscrewing water bottles and giving massages.

Three main reasons for humanoid form factor: 1) humans designed the world, 2) natural human interaction, 3) fulfilling sci-fi expectations.

AI advancements in large language models and computer vision are enabling more capable humanoid robots.

Improved hardware allows for better processing power in smaller chips, making robots more autonomous and cost-effective.

Goldman Sachs predicts the global market for humanoid robots could reach $38 billion and 1.1-3.5 million units by 2035.

Humanoid robots will initially impact businesses more, but over time they could become common in households for various tasks.

While there are concerns about job displacement, the targeted industries are currently understaffed and the robots will take on hazardous tasks.

The long-term vision is for humanoid robots to help humans with undesirable or unsafe tasks, allowing us to focus on what we enjoy.

Transcripts

in this video I want to talk about

robots specifically humanoid robots I

started experimenting with posting some

stuff on Instagram as you can see most

of my videos get a you know a couple

thousand views when I post them on

Instagram however when I posted this

video about the New Boston Dynamics

robot this video went uh a little bit

more viral than the rest of my videos

and then I saw Min Choy over on X post

this thread that did pretty well and it

got me excited to want to go deeper down

the robotics rabbit hole right now at

this point in time robotics is

experiencing a huge boom and the

humanoid form factor for these robots is

also gaining in popularity with all of

the advancements that we're seeing in AI

specifically in generative AI the area

of Robotics is growing by leavs and

Bounds and the engineers that are Behind

These robots are figuring out how to do

things with the robots that nobody's

been able to do before so I want to

start by showing off 10 really really

cool humanoid robots and then we'll talk

a little bit about why we're seeing this

huge boom in humanoid robotics right now

so this is the robot that went viral on

my Instagram and this is the Boston

Dynamics Atlas 01 robot and this one

went viral because of well how it moves

and they really designed this robot to

show off that robots don't need to

follow the same motions that humans need

to follow they can do things that humans

can't do and well this video definitely

grabbed people's attention this was the

original Atlas robot which you've

probably seen some of these videos where

the atlas robot can jump around and do

all sorts of crazy stuff this robot used

a lot of hydraulics the new Atlas 001 is

electric and this original Atlas robot

is now retired one of the more

impressive robots that we've seen

recently is the figure 01 robot this one

is actually super impressive because it

uses open ai's large language model

underneath it to actually communicate

back and forth with the end user who's

talking to the robot if you haven't seen

this demo yet it's pretty cool let's

take a peek can I have something to eat

sure

thing great can you explain why you did

what you just did while you pick up this

trash on it so I gave you the Apple

because it's the only uh edible item I

could provide you with from the

table based on the scene right now where

do you think the dishes in front of you

go next the dishes on the table like

that plate and cup are likely to go into

the drying rack next great can you put

them

there of course

[Music]

now the original video was in real time

going back and forth during the

conversation but I did cut some of the

gaps just to keep the pace of the video

High here now one of the things that

makes figure a really interesting

company is that they've been around for

less than 2 years and they've already

gotten this far with their robots and

even recently made a deal with BMW to

use the figure1 robot inside of one of

their Automotive plants now as I've been

going down this robotics rabbit recently

I wanted to learn a little bit more

about what was going on and I found this

post from Corey Lynch here who's the

head of AI over at figure and well he

also used to work at Google Deep Mind so

he probably knows what he's talking

about in his post on X here he says all

the behaviors are learned they're not

teleoperated this graphic here was

shared and it says when he asked can I

have something to eat it goes from a

speech to text model into the open AI

model and then back out as text to

speech where the robot says sure thing

then it uses the large language model to

decide what the next behavior of the

robot is once it decides the next step

it tells the whole body controller which

then moves and manipulates the robot to

do what it's supposed to do all at the

same time the robot has a vision model

which is looking at the environment

around it and feeding that data back

into the neural network as well as back

into the large language model to help

add additional context to The Prompt

you've probably also seen videos from

Elon Musk sharing his humanoid robot

called the Tesla Optimus here's a video

of the Tesla Optimus walking around the

warehouse here's another video of the

Tesla Optimus actually folding shirts

but we did find out after this video

came out that it wasn't doing it

autonomously it was actually being

helped in fact if you look really

closely in this video let me kind of

scroll back look on the right side down

in the bottom you can actually see the

hands move with the hands of the robot

here's another shot where the hand comes

into frame I'm pretty sure this is

somebody where ing a suit or at least

wearing the gloves and as they're moving

around the robot is following what

they're doing of course the long-term

intention is that these Tesla Optimus

robots are going to be autonomous but

right now they still have humans sort of

assisting them and helping them to learn

the moves we can see here elon's post

important note Optimus cannot yet do

this autonomously but certainly will be

able to do this fully autonomously and

in an arbitrary environment it won't

require a fixed table with box that has

only one shirt another company

developing humanoid robots is a company

called Sanctuary Ai and they have a

robot that they're calling the Phoenix

which in this video here it shows that

it can autonomously do tasks that humans

can do at a similar speed to what humans

could do the tasks

at and here's another video of it doing

human things like putting foam balls

into a cup most of these companies seem

to have pretty similar missions to

create the world first human-like

intelligence in general purpose robots

to help us work more safely efficiently

and sustainably if we look at Tesla's

mission statement on X a general purpose

bipedal humanoid robot capable of

Performing tasks that are unsafe

repetitive or boring they're trying to

build these robots to do the things that

humans either find too unsafe for humans

to do or to do the jobs that really

humans just don't want to do and then we

have a company called agility robotics

who created a robot called digit and

this one's sole purpose is to work in

warehouses like Amazon and here's a

little video clip of these ones walking

around and doing their thing inside of a

warehouse here's a time lapse at 6X

speed of them organizing and doing what

they have to to get products out I guess

and then there's unry who is creating

humanoid robots that run really really

fast and the robots can even be

coordinated to dance together so they're

all in sync as they're dancing which is

pretty cool I mean it's got like a hive

mind kind of thing going on some demos

were showed off where it can jump and it

actually looks like it jumped higher

than the actual human but if you look at

the hands it doesn't quite have the same

sort of caution I guess that the other

ones have it looks like it just kind of

clamps down but it doesn't look like it

moves its fingers delicately like we saw

in the figure and some of the other

robots and then we have the aponic robot

which very similar to the other robots

looks like it's designed to help with

warehouses and Manufacturing and to just

do kind of the manual labor that a lot

of people may not want to do it's also

got the fingers that can move and grip

things individually and do things like

make smoothies for people now I'm not

sure I'm going to pronounce this

correctly but then you have forier

intelligence Robotics and they plan to

make robots to help as a therapist we

can actually see this robot working with

a patient showing the patient what to do

and then I'm assuming it's this is for

like Rehabilitation purposes or

something the patient actually works

with the robot to work through whatever

issue this person seems to be working

through I guess some sort of

Rehabilitation sort of process where the

robot is able to work directly with them

this might even be the future of gym

instructors as well because well it

could lift weights and do yoga poses and

whatnot and get people to follow along

who knows maybe the future of gyms is a

robot that's telling you what exercises

to do and then we have the 1X robot

which is the robot that I would vote

most likely to be a human wearing a

robot looking suit this one actually

appears to have wheels instead of legs

but is designed to autonomously help

with things like closing boxes and

folding shirts and whatnot and then

finally there's a robot from a company

called UB Tech this is a company based

out of China and their robots have

actually already been deployed in some

EV factories very similar to the rest of

the robots it can walk on its own using

its two legs it uses computer vision

models to see the world around it and

could help humans with everyday tasks

like unscrewing a water bottle for them

but in the demo they actually showed it

playing games with people giving

somebody a massage and it can walk on

all types of terrains here's actually

one of those robots from that same

company working in a manufacturing plant

as we can see it can't totally walk on

its own in this manufacturing plant it

looks like it's got some you know

tethers or umbilical cords or whatever

you want to call them but uh these

robots are already being deployed right

now now as I started going down this

Rabbit Hole one question keep popping up

in my mind why do these robots need to

be in a humanoid form factor aren't

there better form factors to put a robot

in it seems like it'd be really hard to

make him walk instead of just putting

him on Wheels and things like that and

as I did the research there was really

three main reasons that kept coming up

to why you would want this humanoid form

factor in robots the biggest reason is

that we live in a world designed for

humans the height of door knobs the way

laundry machines are designed the height

of a sink in your kitchen the handles on

a refrigerator all of these kinds of

things are for a world that humans

operate in so if we want the robots to

take over the work of the humans we kind

of need them to be in this human form

factor because that's what everything

was designed for the other reason is

that in the humanoid form factor you get

a much more natural human interaction so

when a human is interacting with one of

these robots it just feels more natural

to kind of talk to it face to face like

you would with another human and so as

these robots get more and more designed

to be sort of household helpers or

business helpers that you almost treat

like an employee and you ask them to do

things for you it just feels much more

natural to talk to that humanoid form

factor to talk to a face and then the

third reason isn't really that

scientific or anything it's just that

that's sort of the future that we've

been promised in Sci-Fi movies and quite

honestly a lot of these big tech

companies are trying to build the future

that people are kind of expecting

because that's what they've seen in

Sci-Fi movies obviously not the best

reason to build them in the humanid form

especially if there's cheaper more

effective ways to build them but it is

one of the reasons that was given quite

often now the other question is why now

why are we starting to see videos of

humanoid robots all over the place now

more so than any time in history well

the main answer to that is because of AI

because of large language models now

being able to power them and help even

program them now that we have large

language models like the ones that we

have from open Ai and Claud and

companies like that we can now give a

voice to these robots we can now attach

large language models that are

fine-tuned on these robots operations

computer vision models have also grown

by Leaps and Bounds making it easier for

the robots to understand what's in front

of them we've all seen the gp4 demos and

the CLA demos where you can upload an

image and have the AI the large language

model tell you what it sees in the image

well those large language model

capabilities are now available inside of

robots as well Hardware has improved by

Leaps and Bounds recently as well

allowing us to get better processing

power out of smaller and smaller chips

training these robots to be autonomous

has gotten easier companies like Nvidia

have created virtual environments where

the engineers building these robots can

actually train the robots in Virtual

environments before asking the robots to

do them in the real world and as AI

becomes a term that people use on a

daily basis the expectation has kind of

become that this is the future we're

moving towards we're going to have robot

helpers in the future and as that idea

becomes more and more popular and

there's more demand for AI robots

economies of scale kick in and it

becomes less and less expensive to

manufacture these robots now you might

be asking well is there a demand for

these robots well according to Goldman

Sachs in this article here the global

market for humanoid robots could reach

38 billion by

2035 So within the next 10 or 11 years

these robots are expected to be a

massive market now this is all

speculation and it's all theoretical but

according to this article at Goldman

Sachs it's expected that the demand for

humanoid robots can potentially reach

1.1 million to 3.5 million units

globally and as the cost of these robots

go down and as we see more and more of

these big Venture Capital firms invest

in robotics companies it's likely that

we'll see this become more and more

attainable for the common person it will

probably impact businesses a lot more in

the early days but over time it's not

out of the question that more and more

people are going to have robots in their

house to help them with what needs to

done around the house now I do know that

there's a lot of worry about the idea

that these robots might be taking jobs

and I think to some degree that's true I

think it will take jobs however most of

the industries that they are targeting

these robots to work in first are

industries that are underst staffed

there's not enough employees to meet the

demand of the production that these

robots are expected to take over they're

also really focused on hazardous jobs

that are much more dangerous for humans

to do they'd rather put a robot on the

front line to do the dangerous work that

could injure somebody instead of

actually putting a human there so one of

the first priorities is to use these

robots to create more safe manufacturing

conditions as well as to fill in in the

areas where there aren't enough

employees to meet the demand for the

work that needs to be done so this is a

rabbit hole I'm going to go down a lot

more in future videos I love robotics I

want to learn more about them I want to

talk more about them admittedly it's not

something that I know a lot about I did

do quite a bit of research to Deep dive

on this video but I want to keep going

deeper down the rabbit hole and as I do

I'm going to share more videos with you

about what i' learn about robots one

thing is for sure these robots are

getting more and more advanced every

single day the advancements in Ai and

Robotics is driving cost down and

driving demand up they appear to be a

great way to fill roles that humans

either don't want to take on or are very

unsafe for humans to do and quite

honestly I can see a future where

humanoid robots are walking around Among

Us helping us do the things that we

don't want to do so that we could spend

more time doing the things that we all

actually do want to do and in my opinion

that's what's most exciting about just

all of AI in general is that it's

empowering us to spend more time doing

the things we want to be doing and

letting Ai and systems and Automation

and robots do the things that we don't

want want to be doing that's the utopian

view that's the thing that excites me

that's where I see it all going I'm

totally here for it I can't wait to go

even deeper down the rabbit hole make

more videos on robotics in the future

and continue to fill you in on the

latest news around Ai and Robotics and

where they overlap in my Friday news

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