
73 segments available
Robert Playter is CEO of Boston Dynamics, a legendary robotics company that over 30 years has created some of the most elegant, dextrous, and simply amazing robots ever built, including the humanoid robot Atlas and the robot dog Spot. Please support this podcast by checking out our sponsors: - NetSuite: http://netsuite.com/lex to get free product tour - Linode: https://linode.com/lex to get $100 free credit - LMNT: https://drinkLMNT.com/lex to get free sample pack EPISODE LINKS: Boston Dynamics YouTube: https://youtube.com/@bostondynamics Boston Dynamics Twitter: https://twitter.com/BostonDynamics Boston Dynamics Instagram: https://www.instagram.com/bostondynamicsofficial Boston Dynamics Website: https://bostondynamics.com PODCAST INFO: Podcast website: https://lexfridman.com/podcast Apple Podcasts: https://apple.co/2lwqZIr Spotify: https://spoti.fi/2nEwCF8 RSS: https://lexfridman.com/feed/podcast/ Full episodes playlist: https://www.youtube.com/playlist?list=PLrAXtmErZgOdP_8GztsuKi9nrraNbKKp4 Clips playlist: https://www.youtube.com/playlist?list=PLrAXtmErZgOeciFP3CBCIEElOJeitOr41 OUTLINE: 0:00 - Introduction 2:57 - Early days of Boston Dynamics 11:18 - Simplifying robots 15:16 - Art and science of robotics 19:59 - Atlas humanoid robot 36:53 - DARPA Robotics Challenge 51:13 - BigDog robot 1:05:02 - Spot robot 1:26:27 - Stretch robot 1:29:15 - Handle robot 1:34:49 - Robots in our homes 1:43:36 - Tesla Optimus robot 1:52:18 - ChatGPT 1:55:22 - Boston Dynamics AI Institute 1:56:53 - Fear of robots 2:07:16 - Running a company 2:12:52 - Consciousness 2:20:26 - Advice for young people 2:22:21 - Future of robots SOCIAL: - Twitter: https://twitter.com/lexfridman - LinkedIn: https://www.linkedin.com/in/lexfridman - Facebook: https://www.facebook.com/lexfridman - Instagram: https://www.instagram.com/lexfridman - Medium: https://medium.com/@lexfridman - Reddit: https://reddit.com/r/lexfridman - Support on Patreon: https://www.patreon.com/lexfridman
Robert Playter discusses the challenges faced in achieving a natural walking gait for robots, particularly the Petman prototype. He reflects on the long journey of developing humanoid robots, emphasizing the importance of control algorithms and the evolution of the Atlas robot's walking capabilities over 15 years.
"and so our goal was a natural looking gate it was real it was surprisingly hard to get that to work um and we but we did build an early machine uh we called it pet man prototype it was the Prototype b..."
In this segment, Robert Playter shares his initial fascination with robotics, sparked by witnessing a robot perform a somersault during his visit to MIT. He connects his background in gymnastics to his passion for movement and robotics, highlighting the importance of movement in his career.
"when did you first fall in love with robotics let's start with love and robots well"
Playter explores the elegance and beauty of movement in robotics, drawing parallels to gymnastics. He discusses how understanding natural physics can lead to more efficient robotic movement and the importance of allowing robots to move organically rather than forcing them.
"let's start with love and robots well love is is relevant because I think the the fascination the Deep Fascination is really about movement and uh I was visiting MIT looking for a place to get a PhD a..."
Reflecting on his time at MIT's leg lab, Playter shares valuable lessons learned from Mark Raibert about pursuing one's interests and the joy of working in robotics. He emphasizes the happiness found in the robotics community and the fulfillment that comes from creating and bringing robots to life.
"body do what it wants to do trying to discover the efficient movement it's definitely more efficient it also becomes easier to control in its own way because the physics are solving some of the proble..."
Playter discusses the importance of having the courage to tackle big problems in robotics, inspired by Mark Raibert's teachings. He emphasizes the need to simplify complex challenges and the value of pursuing interests without the pressure of profitability.
"don't think it's Unique to robotics I think anybody also who is just pursuing something they love it's easier to work hard at it and be good at it and um not everybody gets to find that I I do feel lu..."
In this segment, Playter explains how Boston Dynamics focuses on identifying core principles in robotics to simplify complex problems. He reflects on the early days of the company and the expertise required to develop effective feedback control algorithms for robotic motion.
"uh important lesson I think that uh I got from Mark how crazy is the effort of doing legged robotics at that time especially you know Mark got some stuff to work uh starting from the simple ideas oh s..."
Playter shares insights on the importance of experimentation in robotics, encouraging a mindset that embraces failure. He discusses how breaking and repairing robots is essential for progress and innovation in the field.
"um and that was not something everybody was doing you know at that time now the world's changing now and I I I think the approach is to controlling robots are going to change um but uh and they're goi..."
Playter reflects on the balance between art and science in robotics, particularly in developing humanoid robots. He discusses how intuition and artistic expression play a role in creating lifelike movements, emphasizing the importance of understanding dynamics.
"been a a principle as well so just the link on that psychologically how do you deal with that because I remember I had uh uh I built a RC car with that some uh it had some custom stuff like compute on..."
In this concluding segment, Playter discusses the pursuit of elegant movement in robotics, comparing it to the natural grace seen in ballet. He explains how achieving the right dynamics in robotic movement can lead to more lifelike and efficient robots.
"something about um and being a competitive uh athlete there's something about seeing a movement you know a coach one of their greatest strengths a coach has is being able to see you know some little c..."
Playter shares insights into the challenges faced in developing the Atlas humanoid robot, particularly in achieving a natural walking gait. He recounts the journey from the Petman prototype to the latest generation of Atlas, emphasizing the complexity of replicating human-like movement and the advancements made over the years.
"uh rain range of conditions and it's uh and it's more beautiful and attractive at the same time so how hard is it to get the humanoid robot Atlas to do some of the things that's recently been doing le..."
This segment delves into the complexities of humanoid robotics, focusing on the challenges posed by the robot's structure and weight distribution. Playter discusses the mathematical challenges of achieving natural movement and the importance of modeling the robot's interactions with its environment.
"Atlas if you could just like Linger on it what are some challenges of getting good walking so is it uh is this is this partially like a hardware like actuator problem is it the control is it the artis..."
Playter explains the concept of actuation in robotics and how it relates to maintaining balance in humanoid robots. He discusses the challenges of under-actuation and the need for precise control to achieve natural movement, particularly when the robot is interacting with its environment.
"here that it's uh maybe you can correct me but is it under actuated are you falling under actuated is the right word right you can't you can't uh push the robot in any direction you want to right and ..."
In this segment, Playter discusses the importance of modeling and anticipating movement in robotics. He explains how the Atlas robot needs to account for changes in its center of mass when picking up objects and how this affects its balance and movement. The conversation highlights the advancements in tools that allow for quicker development of new behaviors.
"else and so dealing with all of that interaction does make the humanoid a much more complicated platform and I also saw that at least recently you've been doing more explicit modeling of the stuff you..."
Playter shares insights into the strength and agility of the Atlas robot, discussing its ability to perform tasks like jumping and throwing. He compares Atlas's capabilities to human strength and agility, emphasizing the advancements made in the robot's design and control systems that allow for more complex movements.
"a quicker process so being able to explicitly model new things that it might need to pick up new type of thing and you know to some degree you don't you don't want to have to pay too much attention to..."
This segment focuses on the iterative learning process in robotics, where Playter discusses the importance of trial and error in developing new capabilities for Atlas. He explains how breaking and redesigning the robot leads to improvements in its performance and the development of more sophisticated behaviors.
"generation of Atlas and we're probably going to be in the realm of a person can't do it you know with this with the Next Generation you know the robots the actuators are going to get stronger where th..."
Playter reflects on the boldness required to attempt complex tasks with robots, such as performing backflips. He likens this to JFK's famous challenge of going to the moon, highlighting the importance of tackling difficult challenges in robotics despite skepticism from others.
"process you learn a lot like a lot of lessons and you keep improving not just how to make the backflip work but everything and how to build the machine better yeah yeah I mean is there something about..."
In this segment, Playter recounts the DARPA Robotics Challenge, where humanoid robots were tasked with various complex tasks. He shares insights on the challenges faced by the robots, the lessons learned from their failures, and the importance of pushing the robotics industry forward through such competitions.
"DARPA challenges it uh was first with autonomous vehicles and there's a lot of interesting challenges around that and the DARPA robotics challenge is when uh humanoid robots were tasked to do all kind..."
Playter discusses the difficulties of creating general-purpose robots like Atlas, which are designed to perform a variety of tasks. He explains the limitations of such robots in specific scenarios, emphasizing the need for robots to adapt to unpredictable environments and the complexity involved in achieving this goal.
"we provided the robot and some baseline software but we didn't we didn't actually compete as a participant uh where we were trying to uh you know Drive the robot through this maze we were just trying ..."
This segment focuses on the importance of predictive control in robotics, where robots must anticipate their interactions with the environment. Playter shares anecdotes about the challenges robots face when interacting with objects, highlighting the need for rapid feedback loops and real-time adjustments.
"multi-purpose robot and that's just darn hard and so some of you know there's these curious little failures like I remember one of the a robot you know the first the first time you start to try to pus..."
Playter explains the intricacies of running robotics systems at high frequencies, detailing the layers of control needed for effective operation. He discusses the balance between computational demands and real-time performance, emphasizing the advancements in technology that allow for more sophisticated robotic behaviors.
"quickly what's the challenge of running things pretty quickly a thousand Hertz of acting and sensing quickly you know there's a few different layers of that you you want at the lowest level you like t..."
In this segment, Playter describes the importance of a strong software pipeline for continuous development of robots like Atlas. He highlights the use of physics-based simulation tools and the need for seamless integration between simulation and real-world applications to enhance robotic capabilities.
"we had you know 10 years ago we had to have pretty simple models that we were running you know at those fast rates because the computers weren't as capable about calculating forward with a sophisticat..."
Playter discusses the challenges of realistic physics-based simulation for robotics, particularly in modeling interactions with various surfaces. He emphasizes the need for accurate simulations to ensure that robots can effectively navigate and manipulate objects in real-world scenarios.
"the actual robot uh how hard is it to do uh realistic simulation physics-based simulation of of Atlas such that I mean the dream is like if it works in simulation works perfectly in reality how hard i..."
Playter shares a vision of the future where robots like Atlas can walk on sandy beaches alongside humans. He reflects on past experiences with robots in challenging environments and the potential for future advancements that could enable such interactions.
"being able to walk with Atlas in the sand along the beach and us both drinking a beer yeah maybe we can out of a kid maybe Atlas could spill his beer because he's got nowhere to put it Alice could wal..."
In this segment, Playter discusses the difficulties robots face when navigating uneven terrains, such as rubble. He recounts the early development of BigDog and the importance of testing robots in challenging environments to improve their capabilities.
"we just uh link on the the robotics challenge there's a there's a pile of uh like Rubble they had to walk over is that's um how difficult is that task in the early days of developing big dog the loose..."
In this segment, Playter discusses the tendency to anthropomorphize robots like BigDog, exploring the emotional connections people form with machines. He reflects on the balance between recognizing robots as non-human entities while appreciating their organic movements, which evoke feelings similar to those we have for living beings.
"so you mentioned big dog can you can we maybe take a stroll through the history of Boston Dynamics uh so what and who's Big Dog by the way is who do you try not to anthropomorphize the robots do you t..."
Playter elaborates on the 'magic' of robotic movement, noting how it can create a sense of personality and enhance human-robot interaction. He shares insights on how Boston Dynamics aims to incorporate emotional communication into robots, making them more relatable and effective in various applications.
"but it's also can be a bit of a curse because I think people look at these machines and they attribute a level of intelligence that the machines don't have why because again they've seen things move l..."
In this segment, Playter discusses the importance of enabling robots to communicate emotions through body movements, similar to how dogs express feelings. He emphasizes the potential benefits of this approach for enhancing user experience and usability in practical applications.
"personally is very interesting I've been um I happen to have a lot of legged robots I hope uh to have a lot of spots in my possession um I'm interested in celebrating Robotics and celebrating companie..."
Playter reflects on the transition from research and development to commercial applications in robotics. He highlights the need for robots to be functional tools in industrial settings, discussing the importance of reliability and communication in ensuring effective human-robot collaboration.
"going to be really important and um it's a thing we're we're beginning to pay attention to um we really want to start a differentiator for the company has always been we really want the robot to work ..."
Playter recounts the origins of BigDog, detailing the DARPA contract that led to its development. He explains the challenges faced during the transition from a simulation company to building a fully operational robot, emphasizing the innovative spirit that drove the project.
"and more important it wasn't sort of our starting point um you know but now the the robots are really out in the world and you know we have about a thousand of them out with with customers right now t..."
In this segment, Playter discusses the initial difficulties encountered with BigDog's design and functionality. He shares insights into the engineering challenges of creating a stable quadruped robot and the lessons learned from early prototypes.
"little bit of Robotics with Sony they had uh IBO the their IBO robot we were developing some software for that that kind of got us a little bit involved with robotics again then there's this opportuni..."
Playter highlights the advancements made in legged locomotion through the development of BigDog. He discusses the evolution of the robot's capabilities, including its ability to navigate various terrains and the foundational principles established for future robotic designs.
"first one you're the very earliest ones you know it didn't work very well and we would take them out and it was hard to get you know uh you know a go-kart engine driving a hydraulic that's not what it..."
Playter reflects on the growth of Boston Dynamics since the inception of BigDog, discussing the various robots developed over the years. He emphasizes the importance of learning from each project to inform future designs and the company's ongoing commitment to innovation.
"to carry everything that said that thing was big well I've seen the videos yeah I mean the the early versions you know stood about I don't know belly High chest High um you know they probably weighed ..."
In this segment, Playter discusses the development of Spot, the quadruped robot that emerged from years of research and DARPA projects. He explains the shift towards creating a smaller, more efficient robot and the challenges faced in this transition.
"a whole series of robots so once once we showed to darpan that you could make it like a robot that could work there was a period at DARPA where robotics got really hot and there was lots of different ..."
Playter shares insights from his time at Google, discussing the collaboration with Larry Page and the vision for future robotic products. He reflects on the philosophical differences regarding consumer-level robotics and the importance of maintaining high-quality standards in their designs.
"so when uh was spot born 2000 and uh 12 or so so again almost 10 years into sort of a run with DARPA where we built a bunch of different quadrupeds we had a sort of a different thread where we started..."
Playter addresses the engineering challenges of reducing costs in robotics to make them more accessible. He discusses the transition from an R&D-focused company to a commercial entity and the importance of balancing innovation with manufacturability.
"you know a consumer level product something that would work in your house we didn't think that was the right next thing to do because to be a consumer level product cost is going to be very important ..."
In this final segment, Playter reflects on the challenges and successes of transitioning Boston Dynamics from an R&D company to a commercial enterprise. He emphasizes the importance of having engineers who are invested in solving practical problems related to quality, reliability, and cost.
"so what can you say to the almost the engineering challenge of bringing down costs of a robot so that presumably when you try to build the robot at scale that also comes into play when you're trying t..."
In this segment, Playter shares insights into Boston Dynamics' reliability testing processes, which involve operating fleets of robots 24/7 to identify and eliminate failures. He contrasts this with traditional research activities, emphasizing the need for continuous operation to ensure reliability in real-world applications.
"and because they're so invested in what we're doing they're interested in and we'll go work on on those problems as well and so I think we're managing that transition very well in fact I'm really plea..."
Playter discusses the innovations in manufacturing processes at Boston Dynamics, including casting parts instead of milling and the establishment of a new facility for final assembly. He explains the challenges of iterating designs based on reliability tests and the need for efficient supply chain management.
"and that's really a reliability test for us so we have these robots programmed to do autonomous missions get up off their charging dock walk around the building collect data at a few different places ..."
Playter talks about the future of Boston Dynamics' robots, specifically the next generation of Spot. He emphasizes the potential for purpose-built machines tailored for specific industrial applications, which could lead to simpler, more reliable, and cost-effective solutions.
"about some of the cost cutting from the from the manufacturer side what what have you learned from the manufacturer side of the transition from r d and we're still we're still learning a lot there um ..."
In this segment, Playter explains the design and challenges of Spot's arm, which is intended for mobile manipulation tasks. He discusses the complexity of integrating the arm with Spot's mobility and the goal of achieving autonomous manipulation capabilities.
"these machines we're already thinking about what the next generation of spots going to look like spot was built as a platform so you could put almost any sensor on it and we provided data Communicatio..."
Playter outlines the dual focus on remote operation and autonomy in Boston Dynamics' robots. He describes upcoming software features that will enable robots to perform complex tasks, such as opening doors autonomously, enhancing their usability in various environments.
"you know and uh it's a it's an attachable payload um it has you know several Motors and actuators and sensors it has a camera in the end of its hand so you know you can sort of see something the and t..."
Playter shares a case study of Spot being used by Ontario Power Generation to operate a high-powered breaker switch, highlighting the safety benefits of automation. He discusses the importance of customer-driven feature requests and the collaborative process of developing solutions for complex tasks.
"manipulation task that just you can program easily uh with the robot strictly through you know we have a tablet interface and so on the tablet you know you sort of see the The View that spot sees you ..."
Playter addresses the financial challenges faced by robotics companies, emphasizing the need for broad applications that can sell thousands of units. He explains Boston Dynamics' strategy to focus on industrial monitoring and the potential for significant ROI through preventative maintenance.
"everything in between and it does everything all the coordinated movement of all the different actuators that include the body and it maintains its balance it it walks itself you know into position so..."
In this segment, Playter introduces Stretch, Boston Dynamics' new robot designed for warehouse applications. He explains how Stretch was developed with a clear understanding of its intended use, contrasting it with Spot's more exploratory development process.
"been uh successful for many years of finding a way to make money well in the early days of course you know the money we made was from doing contract r d work and we made money but you know we weren't ..."
In this segment, Playter describes the design of Stretch, a mobile robot arm built on a base the size of a pallet. He explains the engineering challenges faced in creating a non-balancing robot and how Stretch's capabilities will enhance productivity in warehouses by automating box-moving tasks.
"our first deliveries of stretch to customers were DHL and Maersk in January we're delivering a gap right now and we have about seven or eight other customers all who've already agreed in advance to bu..."
Playter shares the story of Handle, an earlier robot prototype that utilized balancing technology. He discusses the challenges of creating a robot that could efficiently perform logistics tasks and the decision to pivot towards Stretch, which offers a more practical solution for warehouse operations.
"know it wasn't going to have this balance problem and in fact the very first version of the logistics robot we build was a balancing robot and that's called handle and there's that thing was epic oh i..."
In this segment, Playter reflects on the potential future applications of robotics in logistics, emphasizing the need for robots that can perform complex tasks efficiently. He discusses the balance between creating aesthetically pleasing robots and those that are functional and profitable.
"but it was going to have a big long arm so it could reach a box at the top of a truck and it was gonna it needed yet another counterbalance a big tail to help it balance while it was using its arm so ..."
Playter explains how robots like Stretch can enhance human labor rather than replace it. He highlights the transition of warehouse workers to robot operators, emphasizing the benefits of automation in alleviating physically demanding tasks and improving workplace safety.
"and so we ended up building stretch which has a big heavy base with a giant battery in the base of it that allows it to run for two two shifts 16 hours worth of operation and that big battery is sort ..."
Playter discusses the financial aspects of deploying robots in industrial settings, including the expected return on investment for customers. He emphasizes the importance of demonstrating profitability to ensure the continued growth and adoption of robotic technologies.
"them as well can you say how much stretch cost um not yet uh but I will say that uh we when we engage with our customers they'll be able to see a return on investment in typically two years okay so th..."
Playter shares insights on the future of consumer robotics, discussing the potential for robots like Spot to become companions in homes. He emphasizes the importance of first establishing utility in industrial applications before transitioning to consumer markets.
"of uh social robotics of using spot to connect with human beings perhaps in the home do you see a future there if we were to sort of hypothesize or dream about a future where a spot like robots are in..."
In this segment, Playter explores the emotional connection humans can have with robots, comparing them to pets. He discusses the potential for robots to provide companionship and the challenges of ensuring safety and functionality in home environments.
"and so yeah maybe we'll be able to build a smaller spot with an arm that could really go get your beer for you but there's things we need to figure out still how to safely really safely if you're goin..."
Playter and Fridman discuss the future of social robotics, including the integration of AI to enhance interactions between humans and robots. They explore the potential for robots to provide emotional support and companionship, while also addressing the technical challenges that remain.
"those are pretty complex tasks and so there's there's still work to be done there so to push back on that here's what application I think they'll be very interesting I think the application of being a..."
Playter concludes by discussing the balance between profitability and innovation at Boston Dynamics. He emphasizes the importance of building a sustainable business model while pursuing groundbreaking advancements in robotics technology.
"we really want to start from that Foundation of utility I think yeah but I I also want to predict that you're wrong on that so which is that the very path you're taking which is creating a great robot..."
In this segment, Playter reflects on the impact of Elon Musk's announcement regarding humanoid robots and how it energizes the robotics industry. He discusses the excitement and validation that comes from increased competition and how it influences Boston Dynamics' work and innovation.
"balance between let's build a business that makes money I've been describing that to my own team as uh self-destination if I want to if I want to drive my own ship we need to have a business that's pr..."
Playter shares insights on how competition, particularly from Tesla, is driving Boston Dynamics to enhance their robots like Atlas. He discusses the importance of showcasing capabilities such as dexterity and mobility in manufacturing environments, highlighting the company's commitment to innovation.
"and in fact what we've seen is that uh in addition to Tesla uh we're seeing a proliferation of uh robotic companies arise including humanoid yes oh well yeah so and um interestingly many of them uh as..."
This segment focuses on the future developments of the Atlas robot, including improvements in dexterity and the ability to manipulate heavy objects. Playter emphasizes the importance of these advancements for practical applications in manufacturing and construction, showcasing the potential of two-armed robots.
"Eli is also kind of stated that uh you know maybe he implied that the problem is solvable in your term which is a low-cost humanoid robot that's able to do that's a relatively General use case robot s..."
Playter discusses the integration of machine learning and reinforcement learning in Boston Dynamics' robots. He explains how these technologies will enable robots to learn new behaviors and improve their capabilities, ultimately leading to more versatile and efficient robotic systems.
"the end yeah we were trying to show the world that not only can we do this parkour Mobility thing but we can pick up and move heavy things because uh if you're going to work in a manufacturing environ..."
In this segment, Playter shares his thoughts on the advancements in AI, particularly large language models like GPT-4. He expresses excitement about the potential for conversational interactions with robots and the implications of AI in enhancing robotic capabilities.
"you know Elon has seen the same thing right he's talking about using the robots in a manufacturing environment we think there's something very interesting there about having this two-armed robot becau..."
Playter introduces the Boston Dynamics AI Institute, led by Mark Raibert, focusing on unadulterated research in AI and robotics. He explains the institute's mission to explore long-term challenges in robotics and how it complements Boston Dynamics' commercial efforts.
"Hyundai are doing pretty well I love it uh so how much so we've talked about some of the low level controls some of the incredible stuff that's going on and basic perception but how much do you see in..."
Playter addresses the public's fear of robots, linking it to historical narratives and media portrayals. He discusses the importance of understanding the physical reality of robots versus abstract AI, emphasizing that robots can be verified in their actions, which mitigates some fears.
"an ecosystem of providers doing stuff like that I and I I think ultimately you might even be able to do the same thing with behaviors so this technology will also be brought to bear on controlling the..."
In this concluding segment, Playter reflects on the societal impacts of automation and the historical anxiety surrounding technological advancements. He discusses the need for regulatory frameworks to ensure safety in robotics while acknowledging the potential benefits of robots in the workforce.
"large language models like gpt4 like everybody else we're all you know I'm I'm surprised at uh how much uh how far they've come um I'm a little bit nervous about the there's anxiety around them obviou..."
In this segment, Playter addresses the fear surrounding robots taking jobs and the broader societal impacts of automation. He reflects on historical technological transformations that have caused anxiety but suggests that upskilling and adapting to new technologies can mitigate these fears. Playter argues that as demographics shift, robotics will play a crucial role in maintaining productivity in the workforce.
"so and again just like in that image there's a fear that robots will take our jobs I just um I took a ride I was in San Francisco I know way more Vehicles than autonomous vehicle and uh I've done it s..."
Playter highlights the current need for robotics in light of demographic changes and labor shortages. He discusses how the COVID-19 pandemic has altered workforce dynamics, making it increasingly difficult to fill jobs. He believes that robotics technology is timely and necessary to enhance productivity and address these challenges.
"transformation and I think the same can be said for a lot of manual labor that we're doing today and on top of that you know look we're we're entering a new world where where demographics are going to..."
In this segment, Playter shares his concerns about AI, particularly large language models like ChatGPT, potentially replacing jobs in various sectors. He discusses the implications for professionals who rely on writing and communication, emphasizing the need for accuracy and the challenges of ensuring quality in AI-generated content.
"the scary impact I think again uh gbt comes to the rescue in terms of being much more terrifying um the scary scary impact of basically so I I'm a I guess a software person inside a program a lot and ..."
Playter elaborates on Boston Dynamics' stance against weaponizing robots, detailing a letter co-signed by leading robotics companies. He explains the importance of establishing ethical guidelines for the use of robotics in warfare, emphasizing the need for public trust in technology to foster industry growth and ensure safety.
"we authored a letter and then got several leading robotics companies around the world including you know unitary and China and um agility here in the United States and um animal and in Europe and you ..."
Playter reflects on his journey from engineer to CEO of Boston Dynamics, discussing the courage and adaptability required to lead a team of talented engineers. He shares insights on the challenges of management and the importance of being willing to tackle various aspects of the business.
"to help force that issue and so we are in fact I have a policy you know director at my company whose job it is to engage with the public to enjoy engage with interested parties and including Regulator..."
In this segment, Playter describes Boston Dynamics' unique interview process aimed at identifying passionate and capable candidates. He contrasts this with more standardized hiring practices, emphasizing the importance of understanding candidates' interests and experiences to build a strong engineering team.
"who probably is maybe a better engineer than I am um adaptability you know part of the it's been a great career for me I never would have guessed I'd stayed in one place for 30 years um and the job ha..."
Playter discusses the long-term future of robotics and the concept of consciousness in AI. He expresses skepticism about the idea of machines achieving true consciousness but acknowledges the complexities of human-robot interactions and the ethical implications of anthropomorphizing robots.
"I understand why you're right they're hiring tens of thousands of people they need a more standardized process so they would sort of err on the other side where they would ask you a standard question ..."
In this concluding segment, Playter explores the ethical challenges posed by AI and robotics, particularly concerning truth and disinformation. He emphasizes the need for clear guidelines and discussions around the implications of AI systems that may simulate consciousness, highlighting the importance of maintaining human values in technology.
"somebody admires um Jim Keller and he he likes details so one of the ways you could if you get a person to talk about what they're interested in how many details like how much of the Whiteboard can yo..."
Playter offers advice to young people pursuing careers in robotics and AI, encouraging them to follow their curiosity and interests. He emphasizes the value of exploring opportunities and being open to change, suggesting that happy accidents can lead to fulfilling careers.
"um the most elegant movement done by robots so I I can't wait thank you to uh what maybe other people that built on top of uh Boston Dynamics robots or boss or Boston Dynamics by itself so you had uh ..."
Discussing the long-term vision for Boston Dynamics, Playter predicts a future where robots are ubiquitous and assist in labor while humans engage in creative work. He warns against a future where humans become overly reliant on robots, stressing the importance of maintaining a balance between human productivity and robotic assistance.
"be a lot better at it as a result um I think it's hard to plan you know don't get too hung up on planning too far ahead find things that you like doing and then see where it takes you you can always c..."
Playter explores the potential for robots to form emotional connections with humans, addressing the issue of loneliness in society. He references studies that highlight the importance of companionship and friendship, suggesting that robots could fulfill these roles and enhance human lives.
"I think the robots will be ubiquitous and they will be out amongst us um and they'll be certainly doing you know some of the hard labor that we do today I don't think people don't want to work people ..."
In the closing remarks, Lex Fridman expresses admiration for Robert Playter and Boston Dynamics, highlighting the company's contributions to robotics. He encourages listeners to engage with the field of robotics and celebrate the innovative work being done, underscoring the significance of engineering and creativity in shaping the future.
"for you well I have to say it's inklings of that already started happening for me some of my best friends are robots uh and I have you to thank for leading the way in in the accessibility and the ease..."