Why Virtuals Protocol Wants to Make It Easier to Deploy Humanoid Robots

Virtuals Protocol is launching Eastworld Labs, an AI accelerator focused on deploying humanoid robots and fostering a hybrid society of robots, virtual agents, and humans, leveraging tokenization and real-world data collection to drive autonomous robotics adoption.

• Eastworld Labs accelerates humanoid robot deployment, using tokenization for funding and community engagement.

• A 'tele-operation first' model for robots offers immediate commercial value and collects vital data for full autonomy.

• Virtuals Protocol leverages its existing agent ecosystem and infrastructure to bridge digital AI with physical robotics.

Virtuals Protocol, known for its work with autonomous AI agents and their economic frameworks, is expanding into physical robotics with the launch of Eastworld Labs. This accelerator aims to simplify the deployment of humanoid robots for consumer-facing use cases by providing funding, data, training models, and distribution channels. The initiative focuses on a 'tele-operation first' approach, where humans remotely control robots to perform physical labor, generating valuable data for future fully autonomous systems.

Eastworld Labs Launch

• 00:02:02 Virtuals Protocol is launching Eastworld Labs, an AI accelerator designed to foster the deployment of humanoid robots and establish a hybrid society of robots, virtual agents, and humans. The core goal is to make it easier for founders to build consumer-facing humanoid use cases by facilitating fundraising, data and model acquisition, and scaled distribution. The lab aims to create a collaborative collocation space where builders and academics can innovate, potentially tokenizing their projects to engage a broader community.

Accelerator Entry Paths

• 00:05:53 Entry into Eastworld Labs' residency program has two distinct paths. Founders keen on robotics can launch a token, and if it crosses a $5 million market cap, they are offered a residency seat, which includes a free humanoid robot, access to technical experts, and university collaborations. Alternatively, teams not interested in tokenization can secure a seat through a seed funding path, where Virtuals Protocol personally incubates and supports promising teams with initial capital and resources.

Tele-Operation Use Cases

• 00:09:17 Eastworld Labs is particularly interested in projects focusing on 'remote tele-operation first' before full automation, leveraging significant wage arbitrage opportunities in various labor sectors. This model envisions humans in lower-cost countries remotely controlling robots deployed in higher-cost regions to perform tasks such as security, retail sales, hotel services, plumbing, mechanics, and HVAC maintenance. This initial phase provides substantial cost savings and generates crucial real-world data for training future fully autonomous AI policies.

Robot Fleet & Costs

• 00:14:01 The accelerator operates a physical lab in Kuala Lumpur, Malaysia, housing a fleet of 30 Maxspec Uni3 G1 humanoid robots, currently one of the largest co-located robotics testing facilities globally. These robots, known for their dexterity and ability to perform complex tasks, cost between $20,000 and $60,000 each. Initial adoption is expected more in commercial sectors like hotels and restaurants, where robots offer both cost savings and marketing appeal, before widespread household adoption.

Robot Training & Data

• 00:28:38 Robot training focuses on collecting two types of data: egocentric data, gathered by humans wearing devices that record their hand movements while performing tasks, and tele-operations data, which captures visual and joint information from robots being remotely controlled by humans. This data is housed in a large data lake, intended to become one of the world's largest robotics datasets. Access to this data serves as an incentive for new residents to join the accelerator, allowing them to train autonomous policies.

Crypto & Robotics Synergy

• 00:30:43 Crypto intersects with robotics primarily through tokenization, offering projects direct economic value from trading taxes and fostering community advocacy among token holders. The second, more futuristic reason is blockchain as a coordination layer for robots, enabling machines to interact and perform commerce seamlessly via smart contracts. Virtuals Protocol prioritizes the tokenization aspect currently, aiming to establish foundational steps for robots to eventually become autonomous economic actors with their own financial sovereignty.