About
RoboChain (ROBO) is a decentralized blockchain ecosystem network specifically designed for the global robotics industry. It aims to break down the centralized barriers in data, computing power, collaboration, and value distribution within the traditional robotics industry, driving robotics technology from single-point automation to a new era of global collaborative intelligence.
Using blockchain as its foundation of trust, ROBO deeply integrates robotics technology, artificial intelligence, and distributed computing power to build a complete ecosystem covering robot data circulation, computing power collaboration, multi-device cooperation, technology research and development, and commercialization. This allows robotics companies, research institutions, computing power service providers, and end-users to share value in a secure, transparent, and compliant environment.
Token Core Functions
Medium of Value Exchange
ROBO is the sole value carrier within the ecosystem, used in all scenarios including robot data trading, computing power leasing, multi-robot collaborative service settlement, technology patent transfer, and robot leasing, enabling efficient value transfer across different entities and scenarios;
Ecosystem Governance Credential
ROBO holders can participate in major ecosystem decisions, including technology roadmap adjustments, incentive rule optimization, scenario expansion directions, and compliance policy formulation. Voting rights are positively correlated with the number of tokens held and the lock-up period, enabling ecosystem self-governance;
Incentive and Staking Tool
Data contributors, computing power providers, technology developers, and compliance service providers can receive ROBO rewards by providing value to the ecosystem; users can stake ROBO to improve data security levels, gain priority access to computing resources and service permissions, and simultaneously earn staking rewards;
Risk Protection Reserve
A special risk fund is established within the ecosystem, composed of a portion of transaction fees and reserve funds, used to address unforeseen circumstances such as robot safety accident compensation, technological risks, and market fluctuations, ensuring the stable operation of the ecosystem.
Tokenomics
Deflation and Adjustment Mechanisms
To ensure the long-term value stability of ROBO and build a sustainable economic ecosystem, a dual adjustment mechanism has been established:
Firstly, a deflation mechanism: a 3% transaction fee is charged for all transactions within the ecosystem, of which 1.5% is used for ROBO burning, and 1.5% is injected into the ecosystem incentive fund. As the ecosystem's transaction activity increases, the amount of tokens burned will increase proportionally, resulting in a gradual decrease in the total supply of tokens and strengthening its value anchoring ability;
Secondly, a dynamic adjustment mechanism: the ecosystem's development status is regularly evaluated through DAO governance, allowing for fine-tuning of the fee rate and incentive distribution rules to ensure that the economic model matches the pace of ecosystem development and balances the interests of all parties.
Roadmap
Phase 1 (Q1-Q4 2026): Ecosystem Launch Phase
• Complete the issuance and listing of ROBO tokens, establish the core blockchain network (main chain + 3 sidechains) and the core modules of the robot adaptation layer (data standardization, basic computing power scheduling), and implement basic data on-chain and computing power leasing functions;
• Establish partnerships with 5-8 robot companies and 3 equipment operators, and implement pilot data trading and computing power leasing scenarios (manufacturing, logistics industries), accumulating the first batch of ecosystem users (target: 100,000+);
• Launch the ecosystem incentive program to attract developers to participate in smart contract template development and robot model optimization, and establish a DAO governance framework (electing the first 100 governance nodes);
• Establish a Security and Compliance Committee, formulate preliminary ecosystem rules and security standards, and complete the first community governance vote (determining the details of the incentive rules).
Phase 2 (Q1-Q4 2027): Ecosystem Expansion Phase
• Complete the full functionality of the robot adaptation layer (multi-device collaborative adaptation, advanced computing power scheduling), supporting the adaptation of different types and intelligence levels of robot technologies, and optimizing cross-shard/cross-chain interaction efficiency;
• Expand to 15+ core application scenarios, covering manufacturing, logistics, healthcare, home services, agriculture, and other fields, with over 5 million ecosystem users and over 100,000 connected robot devices;
• Improve the compliance system, obtaining regulatory filings and operating licenses in major countries and regions such as the United States (SEC compliance filing), the European Union (MiCA compliance certification), and China (blockchain service filing), and promoting the integration of ecosystem technical standards and industry standards;
• Optimize the economic model, adjusting incentive rules and deflation rates based on ecosystem development, and launching cross-chain bridge functionality to achieve asset interoperability with Ethereum and BSC.
Phase 3 (2028 and beyond): Ecological Maturity
• Build a globally leading decentralized robotics technology ecosystem, with ROBO becoming the core value transfer medium in the industry, connecting over 1 million robotic devices and achieving large-scale commercialization;
• Promote the deep integration of robotics technology with fields such as AI, the metaverse, and the Internet of Things, expanding the ecosystem boundaries (e.g., metaverse robot collaboration, robot NFT digital assets), and achieving cross-domain technological synergy;
• Achieve complete ecological autonomy, with the DAO leading technology development, scenario expansion, rule-making, and security supervision, forming a self-iterating and self-optimizing ecosystem;
• Contribute to the upgrading of the global robotics industry, realizing the industry vision of "high efficiency, high security, and low cost," and making robotics technology accessible to all of humanity.
ROBO
RoboChain (ROBO) is a blockchain ecosystem network dedicated to promoting the decentralized and collaborative development of robotics technology. It integrates blockchain, artificial intelligence, and robotics technology to provide a secure, transparent, and sustainable infrastructure for data flow, computing power sharing, and multi-device collaboration. RoboChain prioritizes compliance and technological innovation, driving the efficient implementation and large-scale application of robotics technology globally.
