Unveiling the Future of Computing
Greetings, tech enthusiasts! Jesse, the founder and CEO of Revit, and today, We're thrilled to share with you the groundbreaking innovations that our team has been tirelessly working on. In this blog post, We'll delve into two game-changing developments - a revolutionary foundation model and an innovative mobile device, the Rabbit R1, powered by LAM.
The Problem with Current Mobile Devices
Let's start by addressing a prevalent issue with today's smartphones. Despite being powerful devices, their app-based operating systems have become a source of frustration for users. The need to navigate through a myriad of apps for different tasks has led to a loss of efficiency and user satisfaction. The original promise of smartphones being intuitive has eroded due to the disjointed nature of numerous standalone applications.
A Natural Language-Centered Approach
Revit's mission is to create the simplest computer imaginable, one that requires no learning curve. To achieve this, we are shifting away from traditional app-based operating systems found in smartphones. Our vision centers around a natural language approach, allowing users to interact with their devices in a way that feels more conversational and less cumbersome.
The Rise and Limitations of Language Models
Over the years, there has been significant progress in large language models (LLMs), particularly in understanding human intentions. However, current implementations, such as chatbots, often fall short when it comes to executing complex tasks end-to-end. Enter the Large Action Model (LAM) - our solution to bridge the gap between understanding and execution.
Introducing the Large Action Model (LAM)
At the heart of our revolutionary approach lies the Large Action Model (LAM). Unlike traditional language models, LAM not only comprehends user input but also takes action, making it a versatile tool for various applications. This breakthrough model, developed through extensive research in neurosymbolic systems, marks a paradigm shift in how computers interact with users.
A Pocket Companion
To bring LAM to life, we've integrated it into our advanced Rabbit OS operating system, which powers the Rabbit R1. Designed in collaboration with Teenage Engineering, the R1 is not just a smartphone; it's your pocket companion. Equipped with a touchscreen, a push-to-talk button, an analog scroll wheel, a 360-degree rotational camera (Rabbit Eye), and more, the R1 is designed to provide a seamless and intuitive experience.
A Glimpse into Rabbit R1's Capabilities
Real-Time Interactions
The R1 boasts a response time ten times faster than traditional voice AI projects. With a push-to-talk button, interaction is initiated effortlessly, eliminating the need for wake-up commands.
Effortless Connectivity
Through the RabbitHole web portal, users can connect their preferred services seamlessly. With a commitment to privacy, the authentication process is secure, ensuring user credentials are never stored or compromised.
Multi-Functional Capabilities
R1 is not just a device; it's a versatile assistant. From playing music on Spotify to ordering food, booking rides, and even planning entire trips, the R1 showcases its ability to execute complex tasks effortlessly.
Real-Time Translation and Computer Vision
The R1's Rabbit Eye enables real-time translation and advanced computer vision. It automatically detects spoken languages, providing bidirectional translation, and can analyze surroundings to take actions in real-time.
Teach Mode
R1's unique Teach Mode empowers users to teach the device new skills. This feature allows anyone, regardless of technical background, to contribute to R1's expanding capabilities.
Rabbit R1 at $199
Before unveiling the price, let's compare it to existing devices on the market. While top-of-the-line smartphones and AI-powered devices are priced between $700 and $1,000, the Rabbit R1 comes in at an astonishingly affordable $199, with no subscription fees or hidden costs. Pre-orders are open now at rabbit.tech, and we anticipate shipping by Easter 2024.
In the next part of this blog series, we'll delve deeper into the technological underpinnings of the Large Action Model (LAM) and explore how it transforms user interactions with computers. Stay tuned for more on this exciting journey towards a more intuitive and responsive computing experience!
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