Apollos NEW HUMANOID Robot DEMO STUNS Everyone! (Apptronik Upgrade!)

The video introduces Apollo, a new humanoid robot developed by Apptronik, a company specializing in robotics for various industries. The robot's impressive demo showcases its multimodal understanding and ability to speak, imitating famous movie scenes and interacting in a healthcare scenario. CEO Jeff Cardinus envisions a future where every home has a robot, comparing the potential to the ubiquity of smartphones. The target price for Apollo is under $50,000, aiming to make it accessible like a car. The company has iterated through numerous designs to reach Apollo, reducing costs significantly from their initial $5 million Valkyrie robot. Cardinus believes that robots like Apollo will not replace human jobs but instead will take over the most undesirable parts, allowing people to elevate to new roles. The future implementation of such technology in supply chains and healthcare could greatly increase productivity and efficiency.

Takeaways

• 🤖 The company Apptronik is developing a new humanoid robot named Apollo, aimed at various industries and use cases.
• 📈 Apollo's demonstration showcased its multimodal understanding and ability to speak, indicating advancements in humanoid robotics.
• 🎭 Apollo's robot form was designed to imitate famous movie scenes, highlighting its adaptability and human-like features.
• 💬 The robot's mouth movement and human-like qualities were noted to be more pleasing and relatable than previous models.
• 🌟 Jeff Cardinus, CEO of Apptronik, envisions a future where every household has a humanoid robot, similar to how everyone has a phone today.
• 🚗 The target price point for Apollo is sub $50,000, aiming to make it accessible like a car.
• 📱 Cardinus draws parallels between the current state of robotics and the early days of the personal computer revolution, predicting a shift towards more versatile and affordable robots.
• ⚙️ Technological advancements in robotics are compared to the Industrial Revolution, with the potential to greatly increase economic productivity.
• 🔍 There is a focus on using robots like Apollo to perform the most challenging parts of jobs, potentially elevating human workers to new roles.
• 🛠️ Apptronik has iterated through numerous designs to reach the current version of Apollo, starting from expensive prototypes to a more affordable model.
• 🌐 The potential impact of AGI (Artificial General Intelligence) on robotics is discussed, with the possibility of creating a new, non-stop labor force.

Q & A

What is the main focus of the company abtronic?

Abtronix is a company focused on developing humanoid robotics for a variety of industries.

What was showcased in the impressive demo by Apollo the robot?

In the demo, Apollo showcased its multimodal understanding, ability to speak, and imitated famous movie scenes, demonstrating its human-like characteristics and adaptability.

How does the robot's mouth movement contribute to its humanness?

The way Apollo's mouth moves, along with its voice and facial expressions, contributes to its humanness, making it more relatable and less intimidating to people.

What is the price point that Apollo is targeting for its humanoid robot?

Apollo is targeting a price point of sub $50,000, aiming to be as affordable as a car.

What is the vision of Jeff Cardinus, the CEO, regarding the future of humanoid robots?

Jeff Cardinus envisions a future where every home has a humanoid robot, similar to how everyone has a phone today, and he believes there will be a Cambrian explosion of robots in the future.

How does Jeff Cardinus compare the current state of robotics to the early days of the personal computer revolution?

Jeff Cardinus compares the current state of robotics to the early days of the personal computer revolution, where mainframe computers were expensive and not widely accessible. He aims to shift into a 'PC era' for robotics, creating general-purpose, affordable, and versatile platforms.

What is the significance of the Apollo robot's healthcare companion demonstration?

The healthcare companion demonstration signifies Apollo's potential to assist in the medical field, providing personalized healthcare support and performing tasks such as diagnosing injuries and suggesting treatments.

What are the potential economic implications of widespread adoption of humanoid robots?

The widespread adoption of humanoid robots could lead to a significant increase in productivity, creating an entirely new labor force that works non-stop with remarkable accuracy. This could potentially accelerate the economy and lead to a more abundant future if managed effectively.

How does the development of Apollo address the concerns about AI taking away jobs?

The development of Apollo addresses job displacement concerns by focusing on automating the worst parts of jobs, allowing humans to be elevated to new types of work. This approach aims to pair robots with humans to improve efficiency and job satisfaction.

What is the historical context provided by Jeff Cardinus regarding the fear of new technologies?

Jeff Cardinus discusses the historical context of fear towards new technologies, such as trains, electricity, and computers. He points out that despite initial fears, these technologies became integral to society and improved quality of life, suggesting a similar trajectory for humanoid robots.

What is the ultimate goal for Apollo in terms of its application in real-world scenarios?

The ultimate goal for Apollo is to be applied in real-world scenarios starting with the supply chain and potentially moving into healthcare. Apollo aims to improve efficiency in these sectors by taking over the most challenging parts of jobs, thereby enhancing human productivity and experience.

Outlines

00:00

🤖 Introduction to Apollo Robot

The video introduces Apollo, a new humanoid robot developed by Abtronic, a company specializing in robotics for various industries. The robot has been demonstrated to showcase its multimodal understanding and speaking capabilities. The presenter highlights the impressiveness of the robot's capabilities and its potential to shape the future of humanoid robotics. Apollo is also shown imitating famous movie scenes, demonstrating its adaptability and human-like features, which are deemed more appealing than other robots without faces.

05:02

🚀 CEO's Vision for the Future of Robotics

Jeff Cardinus, the CEO of Abtronic, discusses the future of robotics, comparing it to the personal computer revolution. He predicts that every household will have a humanoid robot in the future, similar to how everyone has a phone today. The company aims to make Apollo affordable, targeting a price point of less than $50,000. Cardinus draws inspiration from Apple and emphasizes the importance of creating products that excite people about the future. He acknowledges the rapid pace of technological change and the potential for robots to become a basic technology in homes, assuming advancements in AI and artificial superintelligence.

10:05

📈 The Robotics Industry and Economic Shifts

The speaker likens the current state of robotics to the early days of the personal computer revolution, with industrial robots being akin to mainframe computers. The goal is to shift towards more versatile, general-purpose platforms that can perform a wider range of tasks. The excitement around robotics is attributed to advancements in AI, which have made it possible to create more affordable and generalized robots. The speaker also addresses the fear and resistance to change that often accompanies technological advancements, comparing it to past apprehensions about trains, electricity, and computers.

15:06

💰 The Evolution of Robot Pricing and Accessibility

The discussion highlights the reduction in the cost of robotics from the initial expensive prototypes to the more affordable Apollo robot. The company's journey is outlined, from its inception with no funding to its current state with a team of 100 people in Austin. The speaker emphasizes the team's commitment to refining the technology through numerous iterations. The original NASA robot, Valkyrie, was priced at $5 million, but the goal was to create a robot for under $50,000. The speaker also touches on the potential impact of robots on the job market and the economy, suggesting that robots could perform the most undesirable parts of jobs, thereby elevating human workers to new roles.

20:07

🌟 Apollo's Potential in Healthcare and Supply Chains

The speaker envisions Apollo playing a significant role in healthcare and supply chains, taking over the most challenging parts of jobs and allowing human workers to focus on higher-value tasks. This approach aims to alleviate concerns about AI and automation leading to job loss. The potential for robots to increase productivity and drive economic growth is discussed, with the speaker expressing excitement about the possibilities that advanced robotics could bring to society. The speaker also invites viewers to share their thoughts on the Apollo robot, its potential impact on jobs, and the future of the economy in the context of AGI.

Keywords

Humanoid Robot

A humanoid robot is a type of robot that is designed to mimic the physical appearance and/or movements of a human being. In the video, the Apollo robot is a prime example of a humanoid robot, showcasing its ability to perform tasks and movements that are similar to humans, which is central to the theme of the video discussing the future of robotics and their integration into various industries.

Multimodal Understanding

Multimodal understanding refers to the ability of a system to interpret and process multiple modes of input, such as speech, visuals, and gestures. The Apollo robot's multimodal understanding is highlighted in the script, emphasizing its advanced capabilities in interacting with humans through speech and physical movements, which is indicative of the progress in AI and robotics.

Artificial Intelligence (AI)

Artificial Intelligence, often abbreviated as AI, is the field of computer science that focuses on creating intelligent machines capable of performing tasks that typically require human intelligence. The video discusses the role of AI in powering the Apollo robot's capabilities, which is crucial to understanding the potential impact of such technology on society and the economy.

Healthcare Companion

A healthcare companion, as mentioned in the script, refers to a robot designed to assist and support individuals in a healthcare context. The Apollo robot is portrayed as a personal healthcare companion, capable of recognizing the need for medical attention and providing suggestions for care, which illustrates the potential application of humanoid robots in the healthcare industry.

Supply Chain

The supply chain refers to the network of organizations, people, activities, information, and resources involved in manufacturing and delivering a product or service. The script mentions that Apollo will start in the supply chain, indicating the robot's potential to improve efficiency and address challenges in various industries by automating laborious tasks.

Economic Efficiency

Economic efficiency refers to achieving the best possible allocation of resources to maximize productivity and output. The video discusses the potential of humanoid robots like Apollo to increase economic efficiency by taking over the most laborious parts of jobs, thereby allowing humans to focus on higher-level tasks and contributing to an accelerated economy.

Artificial General Intelligence (AGI)

Artificial General Intelligence, or AGI, is the hypothetical ability of an intelligent machine to understand or learn any intellectual task that a human being can do. The script alludes to the potential of AGI being integrated into robots like Apollo, which would significantly change the landscape of work and the economy by creating a new, non-stop, and highly accurate labor force.

Economies of Scale

Economies of scale are the financial benefits that arise when a company increases its scale of production, leading to a decrease in the average cost per unit. The video script discusses the use of economies of scale to reduce the cost of producing humanoid robots, making them more affordable and accessible, which is a key factor in their widespread adoption.

Industrial Revolution

The Industrial Revolution refers to the period during which agrarian societies became industrialized, marked by a shift from manual labor to machines. The script draws a parallel between the current advancements in robotics and AI with the early days of the personal computer revolution, suggesting that we may be on the cusp of a similar transformative era.

Technological Singularity

The technological singularity is a hypothetical point in the future at which technological growth becomes uncontrollable and irreversible, resulting in unforeseeable changes to human civilization. The video discusses the potential for a singularity in the context of AI and robotics, where the rapid advancement of technology could lead to significant shifts in the job market and the economy.

Robotic Nurse

A robotic nurse is a type of healthcare robot designed to assist in medical care, including tasks such as patient monitoring, administering medication, and basic care services. In the script, the Apollo robot demonstrates its role as a robotic nurse, showcasing its ability to assess medical needs and provide care, which is a practical example of how humanoid robots could be integrated into healthcare settings.

Highlights

Introducing Apollo, a new humanoid robot developed by ABTronic, a company specializing in robotics for various industries.

Apollo's impressive demo showcases its multimodal understanding and ability to speak.

The robot's human-like mouth movement and voice contribute to its approachability and appeal.

CEO Jeff Cardinus predicts a future where every home has a humanoid robot, akin to how everyone has a phone today.

ABTronic aims to make Apollo affordable, targeting a price point of a car, sub $50,000.

The company has faced skepticism but remains committed to the potential of humanoid robots.

Cardinus draws parallels between the current state of robotics and the early days of the personal computer revolution.

Advancements in AI and technology have made it possible to create more versatile and affordable robots.

The future of robotics may involve a significant shift in the economy, with robots performing tasks 24/7 with high accuracy.

Addressing fears of job displacement, Cardinus suggests robots will take over the most undesirable parts of jobs, allowing humans to elevate to new roles.

Apollo's initial applications will likely be in supply chain and healthcare industries.

The company has iterated through numerous prototypes to reach the current version of Apollo.

Valkyrie, a previous model, was a $5 million robot, highlighting the progress made towards affordability.

The team at ABTronic is dedicated to creating robots that improve lives and contribute positively to society.

Cardinus emphasizes the importance of intentional design and communication with robots for future integration.

The potential for an abundant future with robots is vast, but it requires careful management and planning.

The rapid pace of technological change makes predicting the future of robotics challenging but exciting.