AI-powered tool providing insights, like the median price for homes. Offers limited stock with discounts. Includes newsletter sign-up.
Provides a space for users to explore and engage with the current state of Rabbit's cross-platform agent system, allowing for hands-on interaction.
The system learns from user feedback and adapts to interact with any website, enhancing its performance and user experience.
Designed to help users perform actions across various platforms by understanding and navigating websites.
Users can simulate an industrial setup to test automation strategies in a safe, risk-free environment. The platform allows users to experiment and observe outcomes without real-world consequences.
Teach Mode is compared to LAM Playground, highlighting its ability to address edge cases, unlike LAM Playground which may produce unwanted effects.
Teach Mode allows adjustments in the automation workflows, letting users correct errors and refine processes incrementally. Users can introduce drift and see real-time effects.
The platform provides real-time feedback on rule adjustments and allows users to see the effects of changes in real-time, enhancing the learning process.
Allows users to interact with the device using voice commands for a more intuitive experience.
Utilizes AI to recognize and name objects within the camera's view.
Enables the capturing of images with enhanced AI features, adding filters and effects automatically.
Provides real-time translation between multiple languages using voice recognition.
Creates a user interface that adapts to user interactions and preferences.
Generates stories based on given inputs, using AI to construct narratives.
Allows users to learn new information and skills through guided AI instructions.
Manages schedules and reminders, ensuring timely notifications.
Records voice notes and saves them for future access.
Rabbit OS interprets natural language voice prompts and converts them into actionable steps using human-level reasoning.
LAM completes tasks in virtual environments without needing complex setups, like installing apps or using command lines.
A hardware platform that ensures privacy by being physically locked when not in use and only functional when properly engaged.
LAM features autonomous agents that act as efficient intermediaries between users and services.
Allows users to 'teach' Rabbit OS a sequence of actions to be automated on websites or apps, enabling custom task automation.
Regular over-the-air updates to provide the latest features and improvements automatically.
Get up and running quickly with easy setup guides and tutorials for the device.
Access a range of projects that can be executed with Arduino, complete with step-by-step instructions.
Learn to modify existing games using coding and debugging tutorials specific to the device.
Utilize MakeCode editor for creating and deploying code. Supports block-based and JavaScript coding.
Learn visual scripting techniques for easier coding and project development.
Write and execute MicroPython scripts directly on the device.
Interface with guided prompts to assist users in coding and navigating the device's UI.
Innovative typing method that acts as programming input, allowing users to code using a keyboard-like interface on the device.
Designed features aimed at facilitating classroom learning and teaching.
Special feature to control animations and actions with gesture inputs like leap and pause.
Advanced coding tutorials that dive deeper into more complex projects and code manipulation.
Efforts to make agentic AI accessible today, focusing on improving human-machine interaction.
An insight into Rabbit's progress with their LAM (Learn, Adapt, Master) playground, expected to be revealed on October 1, 2024.
Allows you to track and manage any order you've placed by inputting your order number and the email address used to place the order.
Connect your rabbit r1 to the internet, log into your rabbithole account, and click the LAM playground tab to start using it. Describe a task for the rabbit AI agent to perform, and it will execute it for you, with live task tracking.
Trigger LAM playground on your rabbit r1 with a voice prompt, text prompt, or terminal mode. Perform tasks easier to say aloud than type.
Use cookie jars in rabbithole to log into your accounts once, saving them for future LAM playground sessions. Ensures secure logins without entering credentials repeatedly.
Use pause, resume, and clipboard features to control sessions and task descriptions, allowing for adjustment or direct involvement during execution.
Provides guidelines on writing detailed task descriptions for the AI agent, ensuring clarity and completeness for successful execution.
The LAM playground focuses on creating a cross-platform web agent capable of operating across any web environment, performing tasks such as browsing, filling out forms, and interacting with dynamic content.
The web agent approaches tasks by breaking them down into plans, where it identifies key elements like search terms and target locations. It uses predictions to map elements for task structuring, similar to human approach.
The agent translates plans into specific actions on a webpage, using observed elements to interact effectively. Grounding involves turning abstract plans into tangible interface actions.
A feature allowing users to create unique and artistic images as showcased on the webpage.
Showcases artwork from the community using the Magic Camera, encouraging creativity and collaboration.