Join us as we pioneer the next stage of human evolution and begin our first stage for improving open robotics research.
With RoboMove, we’re redefining what’s possible at the intersection of AI, robotics, and blockchain.
SIM000:
We are starting with SIM000, a basic policy trained to balance the Unitree G1 robot. The goal is to keep him standing while trying to move around, examples of what I can do right now:
You can tag @robomove examples: "Let's go forward!", "Turn around", "Stop what you're doing", "Back up", "Move left"...
Disclaimer: This is the Alpha version of RoboMove simulation and we will continue to update it
We are planning the next steps to enhance @robomove 's capabilities and accessibility:
Enhanced Simulations: Introduce rotating simulations featuring robots performing a wider range of actions, such as complex movements, tasks, or interactions, to showcase advanced robotics capabilities and improve user engagement.
Ongoing Research Integration: Periodically incorporate insights from new research papers to keep Robomove at the forefront of robotics innovation, ensuring users can experiment with cutting-edge advancements.
Open-Sourcing RoboMove: Release the RoboMove codebase to the public, fostering community collaboration, enabling developers to contribute improvements, and accelerating innovation within the platform.
User-Submitted Simulations: Expand support for users to submit and test their own simulations using the Codec SDK and visual editor, creating a vibrant ecosystem for sharing, testing, and refining robotics experiments.
Launch of RoboMove
One month ago, we announced @RoboMove, initially a basic demo to showcase the CodecFlow tech stack. It has since evolved into a standalone mini product. Here's a concise overview
Built on CodecFlow: Fully leverages the @codecopenflow tech stack for robust performance.
Advanced Robotics: Enables users to explore and test the latest robotics advancements.
Interactive Simulations: Users can submit their own simulations and interact with others using the optr SDK and visual editor.
Features of @RoboMove:
Creator Hosting: Submit your sim, and we’ll run it on our live stream. With a multitude of use cases, such as earning royalties for interactions, since we see creator economies only accelerating in this digital era.
Tweet → Attempt → Clip Loop: Tweet a command, watch the robot attempt it in realtime, and get an auto-generated reply video clipped and shared.
Launch Template: Kickstarting @RoboMove, with the Unitree G1, giving a baseline locomotion model to interact with and customize.
Command Understanding: @RoboMove parse natural-language tweets into task graphs and skills using advanced AI tools. Before execution, commands are validated, ensuring safety and fallback behaviors if things go awry.
Who This For?
Researchers & teams who want to transform static "results videos" into interactive, repeatable demos. Share proofs of your breakthroughs, collaborate, and monetize via gated access.
Indie builders who want to ship a sim, gather users, data, and feedback in days. Allowing you to decrease the time it takes for data collection.
the ticker is $CODEC
RoboMove is a showcase powered entirely by CodecFlow infrastructure.
There is no separate token. $CODEC is the only token within the ecosystem.
@RoboMove is just one example of what’s possible with CodecFlow Operators.
Soon, developers will be able to build their own advanced systems on CodecFlow using our SDK and tooling.
The platform is intentionally open and extensible, allowing endless use cases from robotic control to GUI automation.
⚠️ Do not fall for fake tokens or imitators. Always verify from official sources.
