OpenMind has raised $20 million to create a bot version of "Linux + Ethereum"! Pantera leads the investment, building a decentralized machine operating system FABRIC.

The integration of Blockchain and robotics technology has reached a milestone! OpenMind, led by Stanford professor Jan Liphardt, announced on August 4th that it has completed a $20 million financing, led by crypto fund giant Pantera Capital, with follow-on investment from leading institutions such as DCG, Ribbit, and Lightspeed Faction. The company is developing a decentralized robot operating system codenamed FABRIC, aimed at breaking vendor barriers and building a "nervous system" for autonomous collaboration between machines, dubbed the "Linux running on Ethereum." This move marks a key step in the deep penetration of blockchain technology into the physical robot world.

Head Capital Bet: Pantera Leads $20 Million to Build the Bots Collaboration Layer

• Luxury Investment Lineup: This round of financing has brought together top capital from the crypto and technology sectors, including Pantera Capital (lead investor), Digital Currency Group (DCG), Ribbit Capital, Lightspeed Faction, Pebblebed, Topology, and others.
• Strategic Significance Highlighted: Large-scale financing confirms the market's high recognition of the "Blockchain + Bots" integration track, with leading institutions betting on OpenMind to solve core industry pain points.

FABRIC System: Creating a Decentralized "Nervous System" for the World of Bots

• Core Positioning: OpenMind CEO and Stanford University professor Jan Liphardt elaborates on his vision: "If AI is the brain and Bots are the body, then the coordination layer is the nervous system. Without it, there are only actions without intelligence. We are building systems that allow machines to reason, act, and evolve together."
• Technical Architecture: FABRIC is described as the "Linux system for the robotics field + Ethereum-style coordination layer". Its core is to build a decentralized infrastructure using Blockchain networks, allowing machines from different manufacturers to collaborate securely and trustworthily.
• Addressing Industry Pain Points: Liphardt points directly to the shortcomings of the current situation: "Today's bots are trapped in single vendor ecosystems, limiting their collaborative capabilities and making it impossible to adapt to the complexities of the real world. OpenMind is providing the connective tissue that the robotics industry is missing (connective tissue)."

Blockchain: Unlocking the Key to the Evolution of Bots Collaboration

• Inevitable Choice: Pantera Capital partner Nihal Maunder stated that this solution is "obviously evident in hindsight" and emphasized that open networks are key to advancing the Bots industry: "What OpenMind is doing for the Bots space is akin to the transformation that Linux and Ethereum brought to software."
• Linux Revelation: As an open-source operating system, Linux supports the vast majority of internet servers worldwide with its modularity and openness, allowing developers to customize it according to their needs.
• Ethereum Paradigm: Just as the open-source nature of decentralized applications ( dApps ) and smart contracts on Ethereum allows developers to easily build interoperable application ecosystems, FABRIC aims to create a similar open collaborative protocol layer for Bots, enabling cross-platform and cross-vendor machine intelligence collaborative evolution.

Conclusion: OpenMind, backed by $20 million in capital and top institutions, officially begins the construction journey of the decentralized robot operating system FABRIC. Its innovative concept of "blockchain as the machine coordination layer" is expected to break the closed ecosystem of the robotics industry, providing underlying protocol support for seamless collaboration among multi-vendor devices. As FABRIC progresses, blockchain technology will move from the virtual world to the physical machine network, catalyzing the arrival of the "composable robotics" (composable robotics) era, laying the critical infrastructure for the large-scale application of artificial intelligence in the physical world. This round of financing is not just a capital event but also an important barometer for the development of decentralized machine networks (Decentralized Machine Networks).