Cobo Agentic Wallet

Robinhood Launches Ethereum Layer-2 Blockchain and Expands Crypto Operations

U.S. brokerage Robinhood has officially launched the mainnet for Robinhood Chain, an Arbitrum-based Ethereum Layer-2 network supporting tokenized stock trading, DeFi yield products, and AI-powered autonomous trading across over 120 countries, marking a significant convergence of traditional and blockchain-based finance.

Cobo Newsroom
Cobo NewsroomJul 2, 2026
Key takeaways
  • Robinhood Chain, built on Arbitrum, has launched its public mainnet focused on tokenized real-world assets (RWA) and DeFi applications
  • Tokenized stock trading is now live through Robinhood Wallet in over 120 countries, enabling 24/7 trading of onchain equity tokens
  • Robinhood Earn, a decentralized lending product, offers approximately 7% annual yield on the USDG stablecoin
  • AI Agent autonomous trading functionality allows users to authorize AI-powered agents to execute onchain trading strategies
  • The launch represents Robinhood's strategic pivot from traditional brokerage to onchain financial infrastructure provider
  • Traditional financial institutions are accelerating blockchain adoption, driving mainstream asset tokenization and DeFi integration

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Summary

U.S. brokerage Robinhood has officially launched the mainnet for Robinhood Chain, an Arbitrum-based Ethereum Layer-2 network supporting tokenized stock trading, DeFi yield products, and AI-powered autonomous trading across over 120 countries, marking a significant convergence of traditional and blockchain-based finance.

Traditional Brokerage's Blockchain Transformation

On July 1, 2026, Robinhood, the prominent U.S. zero-commission brokerage, announced at a London event the official mainnet launch of Robinhood Chain, its proprietary Layer-2 blockchain network. This move marks a significant strategic transformation for Robinhood, shifting from traditional securities brokerage toward becoming an onchain financial infrastructure provider, and reflects the broader industry trend of traditional financial institutions accelerating their embrace of blockchain technology.

Robinhood Chain is built on Arbitrum, an Ethereum Layer-2 scaling solution, and is specifically designed for tokenized real-world assets (RWA) and decentralized finance (DeFi) applications. The network's mainnet launch follows approximately four months of testnet operation, demonstrating Robinhood's rapid execution capability in blockchain technology development.

As a mainstream financial platform serving tens of millions of users, Robinhood's launch of public blockchain infrastructure represents more than just business expansion—it marks an important milestone in the convergence of traditional and crypto finance. This strategic positioning will enable Robinhood to offer users comprehensive financial services spanning from traditional stock trading to onchain asset trading.

The timing of this launch is particularly noteworthy as it coincides with growing institutional interest in blockchain-based financial infrastructure and increasing regulatory clarity around digital assets in major jurisdictions. Robinhood's entry into blockchain infrastructure may catalyze similar moves by other traditional financial institutions seeking to maintain competitive positioning.

Global Rollout of Tokenized Stock Trading

With the mainnet launch of Robinhood Chain, the company's tokenized stock trading functionality has also gone live for global users. Through Robinhood Wallet, users can trade tokenized stock products across more than 120 countries and regions, though specific availability varies based on local regulatory environments.

Tokenized stocks, or Stock Tokens, represent traditional equity securities in blockchain token form. Unlike conventional stock trading restricted to exchange operating hours, tokenized stocks enable 24/7 trading, providing global investors with significantly greater flexibility. This model breaks down the temporal and geographical constraints of traditional financial markets, allowing Asian investors to trade tokenized versions of U.S. stocks during U.S. market closure periods.

It is important to note that tokenized stock trading involves complex regulatory compliance considerations. Different jurisdictions maintain significantly varying regulatory attitudes and legal frameworks regarding security tokens. Robinhood must obtain appropriate licenses and regulatory approvals in each region when launching this product, which explains why service availability varies geographically.

From a technical perspective, issuing tokenized stocks requires establishing reliable custody mechanisms to ensure correspondence between onchain tokens and offchain actual equity. This typically involves third-party custodians holding actual shares while issuing corresponding quantities of tokens on the blockchain. For institutions holding substantial user assets, ensuring asset security, achieving efficient clearing and settlement, and addressing cross-chain asset transfer challenges all require careful consideration.

The infrastructure requirements for tokenized securities are substantial. Institutions must maintain robust systems for corporate actions processing, dividend distribution, voting rights management, and reconciliation between onchain and offchain records. These operational complexities highlight why tokenized securities remain an emerging rather than mature market segment.

DeFi Yield Products and Stablecoin Strategy

Robinhood has also introduced Robinhood Earn, a decentralized lending product offering approximately 7% annual yield on its USDG stablecoin. This product extends Robinhood's business portfolio from trading services into the DeFi yield generation space.

A 7% annual yield carries appeal in the current market environment, but users must understand the risk characteristics of such DeFi products. Yields in decentralized lending protocols typically derive from interest paid by borrowers, with rates fluctuating based on market supply and demand dynamics. Additionally, DeFi protocols face multiple challenges including smart contract risk, liquidation risk, and protocol governance risk.

Robinhood's decision to launch DeFi lending products reflects traditional financial institutions' growing recognition of decentralized finance models. Compared to traditional bank savings accounts, DeFi lending protocols can typically offer higher yields due to lower operational costs and no need to maintain extensive branch networks. However, this also means users must independently bear greater technical and market risks.

For institutional investors and sophisticated users, evaluating such DeFi products requires considering multiple dimensions: whether the protocol's smart contracts have undergone professional audits, the liquidity depth of funding pools, the robustness of liquidation mechanisms, and the degree of protocol governance decentralization. Conducting thorough due diligence before participating in any DeFi protocol is essential.

The 7% yield figure itself warrants scrutiny. In DeFi markets, yields can fluctuate significantly based on market conditions, protocol utilization rates, and competitive dynamics. Users should understand that advertised yields represent estimates rather than guarantees, and actual returns may vary substantially. The sustainability of such yields depends on continued borrower demand and the protocol's ability to manage risk effectively.

AI Agents and the New Paradigm of Autonomous Trading

Robinhood's announcement also includes AI Agent autonomous trading functionality, allowing users to authorize artificial intelligence agents to execute trading strategies onchain. This innovative feature represents frontier exploration in fintech, combining artificial intelligence, blockchain, and automated trading.

The AI Agent autonomous trading concept enables users to set specific trading parameters and strategies, with AI systems automatically executing buy and sell decisions based on market conditions. In blockchain environments, this automation can be implemented through smart contracts, ensuring transparency and immutability of trade execution.

However, AI-driven autonomous trading introduces new risk considerations. Algorithmic trading may amplify losses during periods of severe market volatility, AI model decision logic may be difficult to fully understand and predict, and systemic risks may accumulate due to similar behaviors among multiple AI Agents. Regulatory frameworks for algorithmic trading and AI financial applications remain under development, with potentially stricter rules emerging in the future.

From a technical implementation perspective, AI Agents require secure access to users' wallets and funds, involving careful design of key management and authorization mechanisms. Balancing the provision of sufficient trading authority to AI with ensuring user fund security and controllability represents a challenge requiring careful equilibrium. Multi-signature schemes, time locks, and transaction limits may become standard configurations for such applications.

The broader implications of AI-powered autonomous trading extend beyond individual user experiences. As more market participants deploy AI trading agents, questions arise about market stability, price discovery efficiency, and potential for coordinated or emergent behaviors that could impact market functioning. Regulators and market infrastructure providers will need to develop new frameworks for monitoring and managing these dynamics.

Convergence Trends Between Traditional and Crypto Finance

Robinhood's suite of initiatives exemplifies the increasingly blurred boundaries between traditional and crypto finance. More traditional financial institutions are beginning to offer crypto asset services, while crypto-native companies are gradually introducing tokenized versions of traditional financial products.

This convergence brings users greater choice and convenience but also raises new regulatory challenges. Traditional securities markets and crypto asset markets differ significantly in regulatory frameworks, investor protection mechanisms, and market supervision approaches. How to encourage innovation while protecting investor rights, how to address cross-border regulatory arbitrage, and how to define and regulate hybrid financial products all represent questions regulators must answer.

For institutions engaged in digital asset custody and wallet services, this trend presents both opportunities and challenges. On one hand, the development of asset tokenization and onchain finance will create greater demand for professional custody services. On the other hand, custody institutions must continuously enhance technical capabilities to support increasingly complex onchain asset types and trading scenarios.

Multi-chain asset management, cross-chain interoperability, compliance reporting, and audit trail capabilities will become core competitive advantages for next-generation digital asset infrastructure. As more traditional assets move onchain, custody institutions will also need to establish bridging capabilities with traditional financial systems, ensuring reliable correspondence between onchain assets and offchain rights.

The custody challenge extends beyond technical implementation to include legal and operational dimensions. Clear legal frameworks for digital asset ownership, bankruptcy remoteness, and creditor priority in insolvency scenarios remain under development in many jurisdictions. Custody providers must navigate these evolving legal landscapes while maintaining operational excellence.

Industry Impact and Future Outlook

Robinhood's launch of its own blockchain and expansion of crypto business operations may have far-reaching impacts on the broader fintech industry. Other traditional brokerages and financial institutions may accelerate their blockchain strategies to avoid falling behind in this technological transformation wave.

Long-term, asset tokenization may become a significant development direction for financial markets. Representing traditional assets such as stocks, bonds, and real estate in token form can improve trading efficiency, reduce transaction costs, enhance liquidity, and enable retail investors to participate in investment opportunities previously accessible only to larger players.

However, realizing this vision still faces numerous challenges. Standardization of technical protocols, achievement of cross-chain interoperability, refinement of regulatory frameworks, and market participants' acceptance of new models will all influence the development speed and scale of asset tokenization.

The path forward involves complex coordination among technology providers, financial institutions, regulators, and market infrastructure operators. Standards development organizations are working to establish common protocols for tokenized assets, but achieving widespread adoption requires time and sustained collaboration. Regulatory harmonization across jurisdictions presents another significant challenge, as differing national approaches to digital assets create complexity for global platforms.

Market infrastructure must also evolve to support tokenized assets effectively. Settlement systems, clearing mechanisms, and market surveillance capabilities designed for traditional securities may require substantial adaptation for blockchain-based assets. The industry is still in early stages of determining optimal approaches for these critical functions.

Risk Awareness and Compliance Considerations

For ordinary users, participating in these new financial products requires a cautious approach and thorough understanding of product risk characteristics. These developments should not be viewed as investment advice or trading recommendations. New technologies and products often carry unknown risks, and in environments where regulatory frameworks remain incomplete, risk awareness and compliance consciousness are particularly important.

Users should recognize that tokenized assets, DeFi protocols, and AI-powered trading all introduce risk profiles distinct from traditional financial products. Smart contract vulnerabilities, oracle manipulation, liquidity crises, and algorithmic failures represent potential loss vectors that may not exist in conventional finance. Diversification, position sizing, and maintaining awareness of protocol-specific risks are essential risk management practices.

Regulatory uncertainty adds another layer of complexity. While major jurisdictions are developing frameworks for digital assets, significant ambiguity remains regarding classification, taxation, and permissible activities in many areas. Products and services that operate in regulatory gray zones may face future restrictions or prohibitions, potentially impacting user access and asset values.

Due diligence should extend beyond product features to include assessment of the provider's regulatory status, security practices, insurance coverage, and track record. Users should verify whether platforms hold appropriate licenses in their jurisdictions and understand the extent of regulatory protections available. In many cases, crypto products lack the investor protections standard in traditional finance, such as deposit insurance or securities investor protection schemes.

Conclusion

Robinhood's strategic transformation undoubtedly provides a noteworthy case study for the fintech industry. Its success or failure will offer important reference points for similar attempts by other institutions. The convergence of traditional finance and blockchain technology represents a fundamental shift in how financial services may be delivered, with implications extending across trading, custody, settlement, and regulatory frameworks.

As this evolution continues, market participants should maintain balanced perspectives—recognizing genuine innovations while remaining alert to risks and limitations. The ultimate shape of tokenized finance will emerge through iterative development, regulatory refinement, and market validation over coming years. Robinhood's bold move into blockchain infrastructure represents one significant data point in this ongoing transformation, but the broader outcome remains to be determined through the collective actions of institutions, regulators, and users across the global financial system.

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About Cobo

Cobo is an institutional digital asset infrastructure provider founded in 2017. The Cobo Agentic Wallet extends Cobo's MPC custody platform to autonomous onchain agents.

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