# What is Virtuals Robotics Track? Virtuals Robotics Track - is a program under Base Batches that helps robotics builders convert their ideas into a product, develop a viable business model and rapidly scale it. The Robotics Track is **operated and presented solely by the Virtuals team (Virtuals Protocol)**. Coinbase makes no representations, warranties, or endorsements, express or implied, as to the Robotics Track, its contents, or the actions, inactions, or information provided by Virtuals Protocol or its affiliates. Any and all matters related to the Robotics Track are the sole responsibility of Virtuals Protocol. # The Promt Simple. Build the next billion-dollar robotics project in crypto. # Why Participate? Virtuals’ robotics track is designed for individuals and teams who are interested to build robotics use-cases with billion-dollar potential. If you have an idea (or are already building), have experience in robotics (or have strong demonstrated interest), we welcome you to apply. Virtuals is looking to shortlist 10 teams to come build together in a state-of-the-art Robotics Lab. Shortlisted teams will receive: - Access to state-of-the-art Robotics Lab housing ~30 Unitree G1 Humanoids (all expenses paid, up to $10K) - Dedicated advisor from Virtuals/Base, and network with top-tier Embodied AI researchers / robotics builders - Unparalleled support (social amplification and listing conversations – no outcomes guaranteed - Opportunity to participate in Demo Day at Network School # Winners of Demo Day at Network School will receive: - US$50K investment per team - Opportunity to present at Base Batches finals in San Francisco # Application Tips - **Core team X factor**: Demonstrate your expertise, experience and strong interest in building robotics use-cases. Technical expertise in developing and deploying robotics policies is a huge plus. - **Product viability**: Clearly articulate how your product can solve stated problem statement. Ability to demonstrate functioning product a huge plus (live demonstrations on robots preferred, else demonstration in simulator would work as well)