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Rabbit CEO Jesse Lyu on launching the R1, future of AI hardware, and going viral at CES | E1885

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💫 Short Summary

Jesse Lou, the founder of R1, discusses the unexpected success of the pocket AI companion, selling over 60,000 units in 5 days. The device uses a neuro symbolic large action model to understand and execute user commands and has a $200 price point with no subscription. The hardware margin is low, but the company is making money out of the hardware. The device has a web portal for authentication and service management, and can interact with music and food delivery apps.In the highlighted segment, the CEO of Teenage Engineering discusses the R1 device, emphasizing its fast response time and the need for a quicker voice command system. The device is designed to provide a new way of interacting with technology and is considered a potential challenger to the smartphone.In a tech interview, the guest introduces a new device unlocking method using a scroll wheel and haptic feedback, and discusses the potential for customized responsive headphones and a standalone version of 'rabbit' AirPods. The guest also talks about the challenges and future possibilities of including a smaller chip in over-the-ear headphones, and mentions the idea of a 'rabbit' watch. The video emphasizes the importance of investing in industrial design and inspires people to create refined product extensions.Jesse discusses the evolution of technology, highlighting how each generation solves the same problems in a more intuitive way. He emphasizes the importance of time in technology and the need to make devices more intuitive. Jesse also mentions the potential for their new technology to save time and be entertaining, and the focus on reducing latency to enhance user experience.

✨ Highlights
📊 Transcript
Jesse Lou, the founder of R1, discusses the unexpected success of the pocket AI companion, selling over 60,000 units in 5 days.
00:00
The R1 has a custom large language model and a $200 price point.
Jesse did not expect such a reaction and initially thought they would sell only 500 units on the first day.
The R1 device uses a neuro symbolic large action model to understand and execute user commands.
04:30
The device does not have pre-baked software and allows users to choose the services they want to enable.
Authentication for services like Spotify, YouTube music, and DoorDash is done through a web portal.
The device is half the size of an iPhone and has a screen for visual feedback.
The guest explains the process of using neuro symbolic to train the R1 device without recording users' actions.
08:41
Real human interactions with apps were collected without violating privacy.
Neuro symbolic runs better on CPU than GPU, making the cloud deployment reasonable.
Users were asked to play around and explore different apps for 10 minutes without specific instructions.
The R1 device has a web portal for authentication and service management, and can interact with music and food delivery apps.
15:06
Users can choose their preferred services and log in through the portal.
The device has a 'super host' computer that interacts with app interfaces and renders results on the device.
Permission from app providers is nice to have, but not required as the device interfaces with the apps through a voice interface with some screen confirmations.
The device is like a mini version of iCloud but on the device because it's so tiny.
23:29
The device size is half of an iPhone.
There was a debate about whether to cancel the screen and make it like the iPod Shuffle.
The design was inspired by teenage engineering, a music technology consumer firm.
Jesse Lou, the founder, had a secret Instagram account to post sketches and visuals for the project.
Teenage Engineering's CEO discusses joining the board of directors for Nothing and the industrial design recognition.
00:00
Joined Nothing as a board member in 2018.
Teenage Engineering is a design partner for Nothing.
R1 is a new generation of interaction with dedicated hardware.
Hardware is chosen for R1 based on the necessity to enhance the software.
R1 is faster and more intuitive than a smartphone for certain tasks.
05:33
R1 has a dedicated button for quick actions.
The R1's voice recognition and AI are accurate and fast.
R1 is more efficient for quick tasks and lookups than a smartphone.
R1 is a potential "rabbit" device and a new way to interact with technology.
10:40
R1 is a voice-first device with a fast response time.
R1 combines various technologies, including AI, voice recognition, and visual assistance.
R1 is designed to be a standalone device, not a smartphone accessory.
R1's teach mode allows users to train the device to recognize and execute specific commands.
The R1 device is light and convenient, with a focus on enhancing specific daily tasks.
15:48
The R1 device weighs only 110 grams, making it easy to carry.
The analog push-to-talk button is designed for use without looking at the screen.
The R1 device is not meant to replace the phone for social features, group chats, or certain applications.
The R1 device can potentially challenge the iPhone in the future, but the focus is on early adopters and collaboration with app developers.
20:57
The R1 device is not intended to compete with the iPhone but to offer a different way of interacting with technology.
Early adopters and app developers have shown interest in creating applications for the R1 device.
The R1 device features a teach mode that allows users to train the device for specific tasks.
The R1 team is focused on the future and working on the next version of the device.
The R1 device is like the iPod of the future, and the CEO emphasizes the need for a graceful transition in the tech industry.
26:44
The R1 device is designed to be a consumer hardware that complements existing technology.
The CEO draws inspiration from the iPod's clip-on design and emphasizes the importance of a smooth transition in the tech industry.
The speaker talks about a new idea they are working on for unlocking a device using a haptic passcode.
00:00
The device will have a scroll wheel like a lock in high school.
The passcode will involve turning the wheel left and right, pushing it in different directions, and then pushing it in.
The speaker mentions the potential for different sizes of the device and the use of responsive headphones.
Customizing the device from a kernel perspective can further lower the latency.
The speaker is interested in creating a standalone version of the AirPods with voice authentication.
The guest discusses the potential of having a CPU and GPU inside headphones, mentioning that Apple and Qualcomm are working on it.
04:06
Having an AI voice assistant built into headphones would allow for voice commands without the need for a phone.
The size of the prototype board for the device is small, but the speaker wants to make it even smaller for the AirPods version.
Battery life is a concern for always-listening feature.
The speaker mentions the possibility of a rabbit watch, but acknowledges that the Apple Watch has improved with better battery life and screen size.
The guest talks about the inspiration and influence of the iconic device and the need for innovation in industrial design.
08:00
Teenage engineering has inspired other engineering students and people to create derivative products.
The guest believes that phones have become boring as the design has not changed significantly in the past five years.
The guest mentions the need for new and fresh ideas that inspire people.
The guest acknowledges the impact of technological debt on products like Siri and Alexa, and the need to start new projects with updated technology.
The guest discusses the journey and challenges of creating a new product, emphasizing the need for hardware infrastructure to catch up with the vision.
12:02
The guest mentions the significant changes in Shenzhen's sophistication level over the years.
The guest talks about his background, having left China at the age of 15 to study in Singapore and the UK.
The guest emphasizes the importance of being able to take risks and iterate quickly in the current hardware startup environment.
The guest expresses concerns about the centralization of core chips and the impact on startups.
The guest and the host discuss the potential impact of the open source chip movement and the shift towards running features on device instead of in the cloud for privacy reasons.
16:08
The guest sees the potential benefits of running devices like terminals if the operating system is in the cloud.
The guest believes there may be a power shortage if AI runs locally without enough infrastructure to support it.
The guest mentions the need for more energy to solve complex problems like custom medicine.
The guest considers the current phone factor as the lowest risk option and emphasizes the importance of the lamb (locality and mobility).
General Magic developed a device that could make travel arrangements by interacting with a human travel agent.
01:23:19
The device could find tickets for a user's flight from New York to Paris.
General Magic was an internal Apple project that was later spun off.
Sony created the first hardware for General Magic, which was an early version of personal digital assistants (PDAs).
The Palm device and its touch screen technology were a significant innovation for sending scripts and business cards.
01:24:02
People in New York used the Palm device with a Stairac phone to learn Palm script and send business cards.
The latest feature of iPhone 15 is tapping the two phones together to send a business card, which was a similar concept but more intuitive.
Technology solves the same problems in a more intuitive way with each generation.
The guest believes that their device will save people time, which is equivalent to saving money for some, and that eventually, it could also be entertaining.
01:25:32
Sergey, Marissa, and Larry from Google were obsessed with making search results faster to lower the milliseconds.
The guest thinks people will use AI more if the interaction can be made faster.
The ability to order food faster is considered amazing.
The guest wants to do live demos in person when the device launches.
Information about job openings can be found on the company's website or by reaching out via Twitter or email.
The speaker discusses job openings and the need to expand product-related roles and set up a small research team for future iterations of the technology.
01:28:11
Job openings can be found on the company's website or by reaching out via Twitter or email.
The company needs to expand product-related roles to catch up with the demand.
They want to set up a small research team for future iterations of the technology.
The company is trying to get people to work in the office but is flexible for the right candidates.
Living in Santa Monica offers an incredible lifestyle with great restaurants.
The goal is to raise more money to afford potential candidates.
The speaker expresses that it would be fun to work with the team.
💫 FAQs about This YouTube Video

1. What is the R1 device and why has it gained significant attention?

The R1 device, a pocket AI companion with a custom large language model, camera, and LED screen, has gained significant attention due to its retro design and functionality. It has sold over 60,000 units in the last 5 days, with a $200 price point, and the founder, Jesse Lou, attributes its success to the belief that hardware should complement exceptional software.

2. How does the R1 device work without a pre-baked software and what role does the neuro symbolic model play in its operation?

The R1 device works without pre-baked software, allowing users to choose the services they want to enable. The neuro symbolic model plays a crucial role in understanding and executing user commands, making the device's operation more flexible and tailored to individual preferences.

3. What were the key factors in the collaboration between Jesse Lou and teenage engineering in designing the R1 device?

The collaboration between Jesse Lou and teenage engineering in designing the R1 device was based on their shared interests and tastes, as they had the exact same preferences in music and design. This alignment of vision and values led to the successful and iconic design of the R1 device.

4. What are the key features of the R1 device mentioned in the video?

The R1 device, also known as "rabbit", is a voice-controlled device with fast response time, the ability to understand and execute specific commands, and a lightweight, convenient design. It is designed to complement existing technology and enhance specific daily tasks, but not necessarily replace smartphones. The device has a teach mode that allows users to train it for various purposes.

5. How does the speaker describe the relationship between hardware and software in the context of the R1 device?

The speaker believes that hardware is chosen for the R1 based on the necessity to enhance the software. The R1 is considered a result of choosing hardware by necessity, not by preference. It is seen as a device that offers a completely new generation of interaction software wise, and the hardware is designed to make the software better.

6. What is the focus of the R1 device in terms of providing a new way to interact with technology?

The focus of the R1 device is to provide a new way to interact with technology, particularly through voice control and fast response time. It is described as a "rabbit" device that is capable of understanding and executing specific commands, offering users a lightweight and convenient design. The device also features a teach mode, allowing users to train it for various purposes.

7. How does the speaker compare the R1 device to existing smartphones in the market?

The speaker acknowledges that the R1 device is not intended to replace smartphones but to offer a different way of interacting with technology. While smartphones have social features and a wide range of applications, the R1 device is more focused on enhancing specific daily tasks and providing a voice-controlled, lightweight alternative.

8. What was the early project at Apple that later became General Magic, and what was the first hardware created for it?

The early project at Apple that later became General Magic was a device with agents that could perform tasks for the user, such as finding tickets to fly to Paris. The first hardware created for General Magic was an early iteration of personal digital assistants (PDAs) by Sony.

9. What example is given to illustrate that technology is constantly solving the same problem in a more intuitive way with each generation?

The example of sending a business card is used to illustrate that technology is not inventing new demands but solving the same problem in a more intuitive way with each generation. The ability to tap two phones together to send a business card, a feature of the iPhone 15, is compared to the early days of learning Palm script on the Palm device.

10. How does the guest believe their device will save people time and eventually be entertaining?

The guest believes that their device will save people time, which is equivalent to saving money for some, and that eventually, it could also be entertaining. They mentioned the importance of the instant nature of the device and how it can save time, and expressed the possibility of having entertainment services on the device in the future.

11. What were Sergey, Marissa, and Larry from Google obsessed with in relation to making search results faster?

Sergey, Marissa, and Larry from Google were obsessed with making search results faster by lowering the milliseconds. The guest also mentioned that people will use AI more if the interaction can be made faster, highlighting the importance of speed in technology.

12. Where can more information about job openings and career opportunities be found?

More information about job openings and career opportunities can be found on the company's website or by reaching out to the company via Twitter or email. The company is looking to expand product-related roles and set up a small research team for future iterations of the technology.