OmniMinds is an open-source platform focused on the development of Computer Use Agents (CUAs) [1]. It aims to build the foundation for powerful computer-use agents through crowdsourced action datasets, open-source tools, and agent models [1].
OmniMinds is presented as an open-source initiative dedicated to enabling the creation and deployment of AI agents capable of interacting with computer applications in a manner similar to humans [1]. The project's core concept revolves around collecting and utilizing large datasets of human computer interactions to train these agents [1]. This approach is intended to allow automation of tasks that are not typically accessible via traditional APIs [1] [2]. The platform provides tools and infrastructure designed to support the training, deployment, and monetization of these computer-use agents [1] [2]. The project launched in May 2025 [3].
The development roadmap for OmniMinds began with Phase 1, initiated shortly after the platform's launch [4]. This initial phase is structured into three sprints over five weeks, focusing on rebuilding, rebranding, and redeploying the backend infrastructure to support agent development [4]. The project is based on evolving the ViralMind base into a more powerful system [5].
The OmniMinds platform includes several components designed to facilitate the training and deployment of computer-use agents:
pyautogui
commands or scripts), UI tree information, and reward data [1]. The training data is intended to be released, although the option for agent requesters or builders to keep it private may exist [2].OmniMinds is building an ecosystem to support the development and operation of Computer Use Agents [1]. This ecosystem includes the infrastructure necessary to train and run the agent models [2]. Key components of the planned ecosystem include a decentralized service marketplace and infrastructure for agent-to-agent payments [1]. The ecosystem is designed to enable the monetization of automated services provided by the agents [2].
The OmniMinds platform is being developed for various user groups and applications related to automating digital tasks [1].
Target users include:
The platform aims to enable the automation of any task currently possible on a computer [2]. Examples of tasks demonstrated in the dataset preview include:
OmniMinds' architecture is centered around the concept of Computer Use Agents (CUAs) that interact with computer interfaces [2]. Unlike agents that rely solely on APIs, CUAs are designed to operate applications by simulating human actions, such as mouse movements and clicks, and interpreting visual information from the screen [1] [2]. The platform utilizes a Video-Language-Action Dataset to train these agents, mapping natural language instructions and visual states to specific computer actions [1]. The project mentions a "CPU-as-currency" model as part of its architecture, suggesting that computational resources may play a role in the ecosystem's operation or reward structure [1].
The OmniMinds ecosystem utilizes the $OMNIS token [3]. The token contract address is G6iRK8kN67HJFrPA1CDA5KZaPJMiBu3bqdd9vdKBpump [2] [3] [6].
The utility of the $OMNIS token includes:
The tokenomics are described as being built for long-term utility, contribution, and decentralization [7]. Governance within the ecosystem is intended to allow token holders to vote on aspects such as the project roadmap [1]. While the core team's token allocation (4.5% or 45 million tokens) is mentioned as being locked for 12 months, a full breakdown of token allocation across all categories is not explicitly detailed in the provided source [7].
The OmniMinds team is described as fully doxed [1]. The team members are stated to have collective experience and include serial entrepreneurs [1]. The team is committed to building the platform for the long term, with core team tokens locked for 12 months [7].
OmniMinds lists advisors who contribute to the project [1]. The advisors mentioned are ASTRA AI and Quick Sync [1].