The Chainlink Digital Transfer Agent Standard: A Paradigm Shift in Tokenized Fund Operations

Many thanks to our sponsor Panxora who helped us prepare this research report.

Abstract

The profound impact of blockchain technology has instigated a fundamental re-evaluation of traditional financial infrastructures, particularly within the realm of asset management. The burgeoning ecosystem of tokenized financial assets, offering unprecedented levels of programmability, fractional ownership, and liquidity, simultaneously demands sophisticated, digitally native solutions to modernize and streamline established fund operations. This detailed research report critically examines the Chainlink Digital Transfer Agent (DTA) standard, positioning it as a pivotal architectural framework addressing these evolving requirements. The DTA standard is meticulously engineered to facilitate the on-chain digitization and automation of comprehensive fund processes, ensuring stringent adherence to a complex tapestry of regulatory requirements and operational best practices. This report delves into the intricate technical architecture and core functionalities of the DTA standard, meticulously elucidating its transformative implications for the traditional role of transfer agents. Furthermore, it scrutinizes the sophisticated mechanisms through which the DTA standard natively embeds and rigorously enforces regulatory logic directly within the transactional flow. The paper also investigates its inherent capabilities for scalability and interoperability across diverse blockchain networks, ultimately analyzing its profound potential influence on existing operational workflows, risk management paradigms, and the broader strategic trajectory of the global fund management industry.

Many thanks to our sponsor Panxora who helped us prepare this research report.

1. Introduction

The global financial industry stands at the cusp of a revolutionary transformation, driven by the relentless integration of distributed ledger technologies (DLT) and the consequent emergence of tokenized assets. This technological evolution promises a future characterized by significantly enhanced liquidity, unparalleled transparency, and vastly improved operational efficiencies across diverse asset classes. In stark contrast, traditional fund operations remain largely ensnared by antiquated, often manual processes, heavily reliant on a fragmented network of intermediaries. These legacy systems are increasingly being subjected to critical scrutiny for their inherent inefficiencies, susceptibility to human error, protracted settlement cycles, and opaque cost structures. The Chainlink DTA standard has materialized as a strategic and comprehensive solution designed to directly confront these entrenched challenges. It offers a meticulously structured approach to on-chain fund management, engineered not merely to replicate but to fundamentally improve upon existing operational paradigms, all while rigorously aligning with established and evolving regulatory frameworks. This scholarly paper endeavors to provide an exhaustive, in-depth analysis of the DTA standard, meticulously dissecting its foundational components, technical underpinnings, and its far-reaching implications for the future landscape of fund operations and the broader capital markets.

The genesis of this standard can be traced to the imperative of bridging the operational chasm between traditional financial services (TradFi) and the nascent decentralized finance (DeFi) ecosystem. As institutional adoption of blockchain technology accelerates, exemplified by initiatives from major financial institutions such as UBS, the demand for secure, compliant, and interoperable on-chain infrastructure becomes paramount (UBS, 2025). The DTA standard, leveraging Chainlink’s robust decentralized oracle network, aims to be the foundational layer for institutional-grade tokenized funds, facilitating a seamless transition from analog to digital asset management without compromising on security, compliance, or investor protection.

Many thanks to our sponsor Panxora who helped us prepare this research report.

2. Background and Context

2.1 The Rise of Tokenized Assets

Tokenized assets represent a profound innovation in financial markets, fundamentally reshaping how value is represented, owned, and transferred. At its core, tokenization is the process of converting rights to an asset into a digital token on a blockchain. These tokens are immutable, programmable, and traceable, offering a digital wrapper around traditional assets such as real estate, private equity, debt instruments, commodities, and various forms of financial funds (Fard, 2021). Unlike simple digital records, tokenized assets imbue digital representations with direct, verifiable ownership rights and embed rules governing their transferability and utility directly into their smart contract code. This innovation transcends mere digitization; it introduces programmability, allowing for complex financial logic to be automatically executed on-chain.

Benefits of Tokenized Assets:

• Fractional Ownership: Tokenization democratizes access to traditionally illiquid and high-value assets by enabling ownership to be divided into smaller, more manageable units. This can unlock new investor pools and enhance asset accessibility.
• Enhanced Liquidity: By lowering barriers to entry and enabling peer-to-peer transfers on global, always-on marketplaces, tokenized assets can significantly improve liquidity for otherwise illiquid assets. Secondary markets can operate 24/7, reducing settlement times from days to minutes or even seconds.
• Transparency and Auditability: All transactions involving tokenized assets are recorded on a public, immutable ledger, providing an unparalleled level of transparency and an auditable trail. This can reduce information asymmetry and enhance trust among market participants and regulators.
• Programmability: Smart contracts allow for the embedding of complex rules directly into the asset. This includes automated dividend distributions, voting rights, compliance checks, vesting schedules, and royalty payments, reducing the need for manual intervention and intermediaries.
• Reduced Costs and Intermediaries: By automating processes and leveraging a shared ledger, tokenization can eliminate several layers of traditional intermediaries, reducing associated fees and operational overheads, from custody to reconciliation.
• Global Access: Blockchain networks are inherently global, allowing for easier cross-border distribution and access to assets, potentially expanding the investor base for various funds and instruments.

Challenges and Complexities:

Despite the transformative potential, the widespread adoption of tokenized assets introduces a new set of complexities:

• Regulatory Uncertainty: The classification and regulation of various tokenized assets remain a global challenge. Regulators are grappling with how to apply existing securities laws to digital assets, leading to a patchwork of jurisdictional rules that can complicate cross-border issuance and trading (Houben, 2020).
• Custody Solutions: Securely holding private keys for institutional-grade digital assets requires specialized custody solutions that integrate robust security practices with institutional governance models.
• Interoperability: The proliferation of different blockchain networks (Ethereum, Avalanche, Polygon, Solana, etc.) creates a fragmented landscape. Ensuring seamless transfer and interaction of tokenized assets across these disparate chains is crucial for broader market efficiency.
• Security Risks: Smart contract vulnerabilities, hacks, and consensus mechanism attacks pose significant risks that must be mitigated through rigorous auditing and secure architectural design.
• Price Discovery and Valuation: Developing reliable and transparent mechanisms for price discovery and Net Asset Value (NAV) calculation for illiquid tokenized assets, especially in nascent markets, is essential.
• Data Privacy: While transactions are public, ensuring compliance with data privacy regulations (e.g., GDPR) when linking on-chain identities to off-chain personal data presents a significant challenge.

The DTA standard directly addresses many of these challenges by providing a robust framework for managing these assets, focusing on compliance, security, and interoperability.

2.2 Traditional Fund Operations and Their Limitations

Traditional fund operations are characterized by a multi-layered, often labyrinthine structure that has evolved over decades. These operations involve a sequence of highly manual, paper-intensive, and labor-intensive processes that touch every aspect of a fund’s lifecycle, from investor onboarding to asset management and regulatory reporting. The complexity arises from the necessity of numerous intermediaries, each responsible for specific functions, leading to fragmentation and inherent inefficiencies (EY, 2021).

Key Stages and Intermediaries in Traditional Fund Operations:

1. Fund Formation and Legal Structuring: Involves legal counsel, fund managers, and regulatory bodies to define the fund’s mandate, structure, and regulatory compliance framework.
2. Investor Onboarding (KYC/AML): A crucial, often protracted process involving manual collection and verification of investor identity documents, anti-money laundering (AML) checks, and accreditation status. This is typically handled by the transfer agent or fund administrator.
3. Subscription and Redemption Handling: Investors submit paper or electronic subscription/redemption forms. These are processed manually, requiring data entry, validation against fund rules (e.g., minimum investment), and reconciliation of cash flows. This is a primary function of the transfer agent.
4. Net Asset Value (NAV) Calculation: The fund administrator aggregates asset valuations, expenses, and liabilities to calculate the fund’s NAV per share, usually on a daily or weekly basis. This process relies on data from custodians, prime brokers, and market data providers, often involving manual inputs and reconciliation across disparate systems.
5. Portfolio Management: The fund manager makes investment decisions, executed through brokers. Custodians hold the actual assets.
6. Record-Keeping and Share Registry: The transfer agent maintains the official record of fund investors and their shareholdings, which involves extensive manual data entry and reconciliation.
7. Distributions and Dividends: Manual calculation and disbursement of dividends or other distributions to investors.
8. Compliance and Reporting: Ongoing monitoring to ensure adherence to investment guidelines, regulatory limits, and jurisdictional rules. Regular reporting to investors, regulators, and tax authorities, often involving complex data aggregation and manual report generation.

Inherent Limitations:

• Operational Inefficiencies and High Costs: The multitude of manual touchpoints leads to significant operational overheads. Reconciliation between multiple parties (fund administrator, custodian, transfer agent) is a continuous, costly exercise prone to errors. Fees for these services can be substantial, impacting fund performance.
• Protracted Settlement Cycles: Traditional securities markets operate on T+2 or T+3 settlement cycles, meaning it takes several business days for trades to finalize. This ties up capital, creates counterparty risk, and limits liquidity.
• Lack of Real-time Visibility: Data synchronization across various intermediaries is often delayed, leading to a fragmented view of fund positions, investor holdings, and compliance status. Real-time data is rare, hindering timely decision-making and risk management.
• Susceptibility to Errors and Fraud: Manual data entry and reconciliation processes are inherently prone to human error, which can lead to costly operational incidents and reputational damage. The lack of a single, immutable source of truth can also make fraud detection challenging.
• Regulatory Burden and Compliance Complexity: Meeting diverse and evolving regulatory requirements across multiple jurisdictions is a significant challenge. Manual compliance checks are time-consuming and expensive, often relying on periodic audits rather than continuous enforcement.
• Limited Scalability: Scaling traditional operations to accommodate a growing number of funds, investors, or complex investment strategies often requires proportional increases in human resources and infrastructure, leading to diminishing returns on investment.

The Chainlink DTA standard directly addresses these fundamental limitations by introducing a blockchain-native framework that automates, streamlines, and secures many of these processes, thereby laying the groundwork for a more efficient, transparent, and resilient fund ecosystem.

Many thanks to our sponsor Panxora who helped us prepare this research report.

3. The Chainlink Digital Transfer Agent Standard

3.1 Overview of the DTA Standard

The Chainlink Digital Transfer Agent (DTA) standard is an innovative, open-source technical framework meticulously engineered to facilitate the on-chain management of tokenized funds. It represents a critical bridge between the nascent digital asset ecosystem and the established financial industry’s requirements for security, compliance, and institutional-grade operations. The DTA standard leverages the unparalleled capabilities of Chainlink’s decentralized oracle network to provide secure, reliable, and real-time off-chain data feeds and computational services, which are indispensable for accurate Net Asset Value (NAV) calculations, robust compliance checks, and secure cross-chain operations (Chainlink, 2025a).

The DTA standard’s design philosophy centers on modularity, flexibility, and adherence to regulatory principles. It envisions a future where fund operations are largely automated, transparent, and globally accessible, while seamlessly integrating with existing legal and financial infrastructures. Its primary objective is to enable institutions to launch and manage tokenized funds on blockchain networks with the same, or even higher, levels of confidence and control typically associated with traditional systems.

Key Components of the DTA Standard:

The DTA standard is comprised of several interconnected smart contract components, each serving a specific, critical function:

• DTA Request Management (DTA-RM): This serves as the primary gateway for all investor-initiated actions related to a tokenized fund. It acts as the intelligent routing and validation layer for subscription and redemption requests. When an investor wishes to subscribe to a fund or redeem their shares, their request first interacts with the DTA-RM contract. This contract performs initial validation checks, such as ensuring the request is correctly formatted and originates from an authorized entity. Crucially, the DTA-RM also orchestrates the integration of compliance logic through the Automated Compliance Engine (ACE), routing validated and compliant requests to the appropriate DTA Request Settlement contract. It can manage requests for multiple funds or fund share classes.

• DTA Request Settlement (DTA-RS): Following successful validation and compliance checks by the DTA-RM, the DTA-RS contract takes over to manage the core settlement processes. This includes the automated minting of new fund tokens upon subscription, the burning of tokens upon redemption, and the transfer of these tokens to or from investor wallets. The DTA-RS is directly responsible for interacting with the fund’s underlying token contract (e.g., an ERC-20 token representing fund shares) and ensuring that the correct number of tokens are issued or destroyed. It also manages the associated payment flows, which can be configured for various modes such as fiat, stablecoins, or other digital assets (Chainlink, 2025f).

• Automated Compliance Engine (ACE): The ACE is a cornerstone of the DTA standard, providing the essential regulatory and business logic enforcement layer. It is a highly customizable smart contract designed to embed and enforce predefined rules directly within the transaction flow. These rules can encompass a wide spectrum of compliance requirements, including investor eligibility (e.g., accredited investor status, KYC/AML verification), transaction limits (e.g., minimum/maximum investment amounts, holding periods), geographic restrictions, and sanction list screening. By integrating ACE, the DTA standard ensures that all on-chain transactions adhere to regulatory mandates in real-time, significantly mitigating compliance risk and reducing the need for manual post-transaction checks.

• Cross-Chain Interoperability Protocol (CCIP): Chainlink’s CCIP is a fundamental enabler for the DTA standard’s vision of a globally accessible fund ecosystem. It provides a secure, reliable, and programmable infrastructure for sending data and value across disparate blockchain networks (Chainlink, 2025h). For the DTA standard, CCIP allows fund tokens to be seamlessly distributed, subscribed to, or redeemed across multiple blockchains. This capability addresses the fragmentation inherent in the blockchain landscape, enabling fund managers to tap into broader investor pools on different chains and offering investors greater flexibility in how they interact with their tokenized holdings.

3.2 Technical Architecture

The DTA standard is constructed upon a robust and modular architecture that prioritizes flexibility, security, and scalability. This design approach allows for various deployment models and ensures that the standard can adapt to evolving industry needs and technological advancements. The core interaction patterns between the DTA Request Management (DTA-RM) and DTA Request Settlement (DTA-RS) contracts are central to its operational model, supporting both single-chain and multi-chain fund structures.

Modular Design Principles:

The DTA standard follows established smart contract best practices by employing a modular design. This means that functionalities are separated into distinct, interconnected contracts. Key advantages of this approach include:

• Separation of Concerns: Each contract has a well-defined role (e.g., request handling, settlement, compliance), simplifying development, auditing, and maintenance.
• Flexibility and Customization: Fund managers can select and configure specific modules (e.g., different ACE implementations for varying regulatory needs) without affecting the core logic.
• Upgradability: A modular structure facilitates easier upgrades to individual components without redeploying the entire system, often through proxy patterns, allowing for continuous improvement and bug fixes.
• Security: Isolating functionalities limits the blast radius of any potential vulnerability in a single contract.

Core Contract Interactions:

1. Request Initiation: An investor, or a dApp acting on their behalf, initiates a subscribe or redeem request by calling the DTA-RM contract. The DTA-RM acts as the primary interface for all investor-facing operations.

2. Validation and Compliance: Upon receiving a request, the DTA-RM performs initial validation checks (e.g., _isValidRequest function in documentation). Critically, it then consults the Automated Compliance Engine (ACE) contract to determine if the transaction adheres to all predefined regulatory and business rules. This could involve checking whitelists, verifying investor credentials (potentially via Chainlink Functions integrating with off-chain identity providers), or enforcing transaction limits. If any compliance check fails, the transaction is reverted, or an appropriate error is logged.

3. Settlement Instruction Routing: Once a request is validated and deemed compliant, the DTA-RM routes the settlement instruction to the appropriate DTA-RS contract. This routing mechanism is designed to handle both local and cross-chain scenarios.

   • Local Interaction (Same Chain): When both the DTA-RM and DTA-RS contracts reside on the same blockchain, the DTA-RM directly invokes the DTA-RS contract’s requestSettlement function. This facilitates efficient and near-instantaneous transaction processing. For example, an investor requests to subscribe to a fund, the DTA-RM validates and checks compliance, then directly calls the DTA-RS on Ethereum to mint tokens and transfer them.

   • Cross-Chain Interaction (Different Chains): This is where Chainlink’s Cross-Chain Interoperability Protocol (CCIP) plays a pivotal role (Chainlink, 2025i). If the target DTA-RS contract is deployed on a different blockchain (e.g., DTA-RM on Ethereum, DTA-RS on Polygon), the DTA-RM utilizes CCIP to securely send the settlement instructions. The process involves:

     • The DTA-RM contract constructs a CCIP message containing the settlement details (e.g., investor address, amount, fund token details) and sends it to the CCIP Router on the source chain.
     • Chainlink’s decentralized oracle networks (DONs) pick up this message, verify its authenticity, and relay it to the CCIP Router on the destination chain.
     • The CCIP Router on the destination chain then invokes the DTA-RS contract, passing the original settlement instructions. The DTA-RS proceeds with minting/burning tokens and facilitating the associated payment. This seamless communication allows for true multi-chain fund management, enabling funds to reach investors across various blockchain ecosystems.

Integration with Chainlink Oracles:

Chainlink’s decentralized oracle network is fundamental to the DTA standard’s robust functionality (Chainlink, 2025j). Oracles are used to bring off-chain data and computation securely onto the blockchain. Within the DTA framework, Chainlink oracles can provide:

• Real-time NAV Data: Securely fetch verified NAV data from off-chain fund administrators or market data providers to inform subscription and redemption pricing.
• KYC/AML Verification: Integrate with off-chain identity providers and sanction lists (e.g., OFAC) to enhance ACE’s compliance capabilities, potentially using Chainlink Functions to execute complex off-chain logic and return results on-chain.
• Market Price Feeds: Provide reliable price data for underlying assets within the fund, or for stablecoins/fiat used in payment modes, ensuring accurate conversion rates.
• Proof of Reserve: For tokenized funds backed by real-world assets, Chainlink can provide verifiable proofs of reserves, increasing transparency and trust.

Security Considerations:

The DTA architecture is designed with security as a paramount concern. It incorporates best practices for smart contract development, including:

• Access Control: Strict role-based access control (RBAC) mechanisms ensure that only authorized entities (e.g., fund managers, designated administrators) can configure rules or trigger certain actions.
• Reentrancy Protection: Standard safeguards against common smart contract vulnerabilities like reentrancy attacks.
• Upgradability: Use of proxy patterns allows for logical contract upgrades without changing the contract address, preserving fund history and investor interactions.
• Auditing: The open-source nature encourages community review and formal audits by reputable blockchain security firms.

This sophisticated and modular architecture ensures that the DTA standard can accommodate a wide array of operational models, from single-chain to complex multi-chain fund structures, providing a secure, compliant, and efficient foundation for the next generation of tokenized asset management.

Many thanks to our sponsor Panxora who helped us prepare this research report.

4. Transforming the Role of Transfer Agents

4.1 Traditional Functions of Transfer Agents

In the traditional financial ecosystem, transfer agents (TAs) play a critical, albeit often understated, role in the lifecycle of investment funds, particularly mutual funds, hedge funds, and private equity funds. They act as the primary liaison between the fund and its investors, managing shareholder records and facilitating numerous administrative processes. Historically, the role of a TA emerged from the need to maintain an accurate register of ownership and manage the transfer of shares between investors (ICMA, 2018).

Key Traditional Functions:

• Share Registrar and Record Keeper: The TA is responsible for maintaining the official ledger of fund shareholders. This involves keeping accurate records of who owns how many shares, when those shares were acquired or redeemed, and at what price. This function is foundational to proving ownership and managing investor rights.
• Subscription and Redemption Processing: TAs process all investor requests to subscribe to (buy) new fund shares and redeem (sell) existing shares. This involves receiving application forms (often paper-based), verifying investor identity (KYC/AML), ensuring compliance with fund eligibility criteria, calculating the transaction value based on the fund’s NAV, and coordinating with custodians and fund administrators for cash settlement.
• Dividend and Distribution Agent: TAs calculate and disburse dividends, capital gains distributions, and other payments to fund shareholders, ensuring accurate allocation based on ownership records.
• Proxy Services: For funds with voting shares, TAs often manage the proxy voting process, distributing proxy materials, collecting votes, and tabulating results.
• Investor Communications: TAs facilitate communication between the fund and its investors, distributing statements, tax documents (e.g., 1099s), prospectuses, and annual reports.
• Compliance Support: While fund administrators typically handle overall regulatory compliance, TAs assist by enforcing specific investor-level rules, such as minimum investment amounts, accredited investor status verification, and anti-money laundering (AML) checks at the point of subscription or transfer.
• Anti-Money Laundering (AML) and Know Your Customer (KYC): TAs are critical in conducting initial and ongoing KYC and AML checks for investors, collecting necessary documentation, and screening against sanction lists to prevent illicit financial activities.
• Lost Shareholder Management: Managing dormant accounts, escheatment processes, and locating lost shareholders.

Challenges Faced by Traditional TAs:

Traditional TAs operate within an environment fraught with challenges:

• Legacy Systems: Many TAs rely on decades-old mainframe systems and proprietary software, which are expensive to maintain, difficult to upgrade, and lack the flexibility to integrate with modern digital tools.
• Manual Processes and Human Error: The extensive manual data entry, reconciliation, and form processing inherent in traditional TA operations are highly susceptible to human error, leading to costly reworks, delays, and potential compliance breaches.
• Operational Inefficiencies: The multi-day settlement cycles (T+2/T+3), coupled with the need for extensive reconciliation across multiple parties, contribute to significant operational inefficiencies and higher operating costs for funds.
• Regulatory Complexity: Navigating a constantly evolving landscape of domestic and international regulations (e.g., FATCA, CRS, various securities laws) adds immense complexity and compliance costs.
• Pressure on Fees: As asset management becomes more commoditized and cost-sensitive, TAs face increasing pressure to reduce fees while still providing comprehensive services, often with outdated infrastructure.
• Lack of Real-Time Data: The batch processing nature of many TA functions means that real-time visibility into investor holdings, fund flows, or compliance status is often absent.

These inherent limitations underscore the urgent need for innovation within the transfer agency function, which the Chainlink DTA standard aims to deliver.

4.2 Impact of the DTA Standard on Transfer Agents

The Chainlink DTA standard fundamentally redefines the role and operational paradigm of transfer agents, moving them from predominantly manual record-keepers to highly automated, technologically empowered orchestrators of digital fund operations. The DTA standard doesn’t eliminate the need for the TA function but rather elevates it, transforming existing challenges into opportunities for greater efficiency, precision, and new value creation.

Key Impacts of the DTA Standard on Transfer Agents:

• Automating Core Processes: The DTA standard automates the lifecycle of subscription and redemption requests directly on-chain. Smart contracts, specifically the DTA-RM and DTA-RS, handle the validation, routing, minting, burning, and transfer of fund tokens. This significantly reduces, and in some cases eliminates, the manual intervention previously required for processing these requests. Instead of manually entering data from forms, TAs can oversee automated workflows, focusing on exception handling rather than routine tasks. This leads to:

  • Reduced Processing Time: From days to near-instantaneous settlement.
  • Fewer Errors: Eliminating manual data entry drastically reduces human error.
  • Lower Operational Costs: Savings from reduced labor and reconciliation efforts.

• Enhancing Compliance through the Automated Compliance Engine (ACE): The ACE component is perhaps the most transformative aspect for TAs. It shifts compliance from a reactive, periodic, and manual process to a proactive, real-time, and automated one. TAs can now ‘program’ regulatory and business rules directly into the smart contract. Before any transaction (subscription, redemption, transfer) is executed, ACE automatically verifies adherence to these rules (e.g., investor whitelist checks, accreditation status, geographic restrictions, transaction limits). This ensures that only compliant transactions are processed, significantly mitigating the risk of regulatory breaches and associated penalties. TAs gain greater control and assurance over compliance enforcement.

• Improving Transparency and Auditability: All transactions processed through the DTA standard are recorded on an immutable blockchain ledger. This provides a transparent, auditable trail of all fund activities, investor holdings, and compliance checks in real-time. For TAs, this means:

  • Real-time Visibility: Instant access to accurate, up-to-date investor records and transaction histories.
  • Simplified Reporting: Data required for regulatory reporting and investor statements is readily available and verifiable on-chain.
  • Enhanced Trust: The verifiable nature of on-chain records fosters greater trust among investors, fund managers, and regulators, simplifying audit processes.

• Significant Cost Reduction: By automating workflows, reducing manual reconciliation needs, and streamlining compliance, the DTA standard drives substantial cost efficiencies for TAs and, by extension, for the funds they service. The need for extensive back-office staff focused on manual processing is reduced, allowing resources to be reallocated to higher-value activities. The reduction in errors also minimizes costly operational incidents and potential legal fees.

• Evolution to ‘Digital Asset Service Providers’: Rather than being disintermediated, TAs are presented with an opportunity to evolve. They can transition from purely administrative roles to becoming specialized ‘Digital Asset Service Providers’. This involves offering new services such as:

  • On-chain Fund Governance: Managing smart contract permissions and upgrades.
  • Digital Identity Verification: Integrating advanced Web3 identity solutions with ACE.
  • Cross-Chain Management: Facilitating fund distribution and investor access across multiple blockchain networks using CCIP.
  • Token Lifecycle Management: Overseeing the minting, burning, and transfer of fund tokens.
  • API Integration: Providing secure APIs for institutional clients to interact with tokenized fund data and services.

• Strategic Repositioning: TAs can reposition themselves as essential technology partners, providing the expertise and infrastructure to navigate the complexities of digital asset management. This shift enables them to offer more value-added services, enhancing their competitive advantage in a rapidly evolving financial landscape.

In essence, the DTA standard transforms the TA’s operational landscape from a manual, error-prone, and reactive one to an automated, precise, and proactive system. It empowers TAs to leverage blockchain technology to deliver superior service, ensure robust compliance, and create new revenue streams in the digital asset economy.

Many thanks to our sponsor Panxora who helped us prepare this research report.

5. Embedding and Enforcing Regulatory Logic

5.1 Regulatory Challenges in Tokenized Assets

The emergence of tokenized assets, while promising unparalleled efficiency and innovation, introduces a complex array of regulatory challenges that traditional financial frameworks are ill-equipped to handle directly. Regulators globally are grappling with how to apply existing laws, often designed for analog or centralized systems, to decentralized and programmable digital assets. This creates a landscape characterized by uncertainty, fragmentation, and the risk of regulatory arbitrage (FATF, 2021).

Key Regulatory Challenges:

• Legal Classification of Tokens: A primary challenge is defining what a token represents. Is it a security, a commodity, a utility, or a form of currency? The classification dictates which regulatory body has jurisdiction and which rules apply (e.g., SEC in the US, FCA in the UK, FINMA in Switzerland). Different jurisdictions adopt varying stances, leading to a complex global patchwork.
• Investor Eligibility and Protection: Many financial instruments, particularly those offered to sophisticated or high-net-worth individuals, are subject to stringent investor eligibility requirements (e.g., accredited investor status). Ensuring that only qualified investors participate in certain tokenized funds, while also protecting retail investors from unsuitable offerings, is a significant concern.
• Know Your Customer (KYC) and Anti-Money Laundering (AML): Blockchain’s pseudonymous nature presents challenges for traditional KYC/AML compliance. Regulators demand that financial institutions identify their customers and monitor transactions for suspicious activity. Integrating robust, verifiable identity solutions with on-chain transactions is crucial for preventing illicit finance.
• Transaction Limits and Restrictions: Funds often impose minimum or maximum investment thresholds, lock-up periods, or restrictions on transfers between specific parties. Enforcing these programmatic rules on a decentralized network requires sophisticated on-chain logic.
• Jurisdictional Compliance and Geo-fencing: Tokenized funds can be globally accessible, but regulatory requirements vary significantly by jurisdiction. Funds need mechanisms to restrict participation or transfers based on an investor’s geographic location or nationality to comply with local laws (e.g., sanction lists, specific marketing rules).
• Market Abuse and Manipulation: The transparency of public blockchains, while beneficial, can also be exploited. Regulators are concerned about potential market manipulation, insider trading, and front-running in nascent digital asset markets.
• Data Privacy (e.g., GDPR): While public blockchains record transactions, linking these to personally identifiable information (PII) raises data privacy concerns. Compliance with regulations like GDPR requires careful management of off-chain data and on-chain identifiers.
• Custody and Asset Segregation: Ensuring that tokenized assets are securely held and segregated from the issuer’s own assets, similar to traditional custody requirements, is essential for investor protection.
• Auditability and Reporting: Regulators require comprehensive audit trails and regular reporting from financial entities. The DTA standard must provide mechanisms to facilitate easy extraction and presentation of verifiable data for regulatory scrutiny.

Addressing these complex regulatory challenges requires a proactive, technology-driven approach that embeds compliance directly into the operational fabric of tokenized funds, rather than treating it as an afterthought. This is precisely the role envisioned for the Automated Compliance Engine (ACE) within the DTA standard.

5.2 Role of the Automated Compliance Engine (ACE)

The Automated Compliance Engine (ACE) is a cornerstone component of the Chainlink DTA standard, specifically designed to address the intricate regulatory challenges inherent in tokenized assets. It represents a paradigm shift from reactive, manual compliance checks to proactive, programmable, and real-time enforcement directly within the blockchain transaction flow (Chainlink, 2025e).

Core Functionalities of ACE:

• Real-Time Compliance Checks: ACE integrates directly into the DTA-RM‘s transaction processing pipeline. Before any subscription, redemption, or transfer of fund tokens is finalized, ACE automatically executes a series of predefined compliance rules. If a transaction violates any of these rules, it is either prevented from executing (reverted) or flagged for review, ensuring that only compliant operations proceed. This capability provides a critical layer of pre-emptive risk mitigation, significantly reducing the likelihood of regulatory breaches. Examples include:

  • Investor Whitelisting: Verifying that the transacting investor’s wallet address is on an approved list (e.g., passed KYC/AML).
  • Accreditation Status: Confirming that an investor meets specific criteria (e.g., financial thresholds) required for participation in a particular fund class.
  • Sanction List Screening: Automatically checking investor addresses against global sanction lists (e.g., OFAC) using secure off-chain data feeds provided by Chainlink oracles.
  • Geographical Restrictions: Using Chainlink Functions to query external services for IP address geo-location or other verifiable jurisdictional proofs to enforce geo-fencing rules.

• Customizable and Configurable Rules: Fund managers, or designated administrators (often the transfer agent), can define, update, and manage the specific compliance parameters tailored to their fund’s requirements and the relevant jurisdictions. ACE is not a monolithic, one-size-fits-all solution; its modular nature allows for the implementation of a wide array of rule sets. These rules can be simple (e.g., ‘no transfers to unwhitelisted addresses’) or complex, involving multiple conditions and external data inputs. The ability to update these rules via on-chain governance mechanisms (e.g., multi-sig wallets) ensures adaptability to evolving regulatory landscapes without requiring a complete redeployment of the fund’s smart contracts.

• Auditability and Transparency: Every compliance check performed by ACE, along with the outcome (pass/fail) and the associated transaction details, is recorded on the immutable blockchain ledger. This creates a cryptographically secure and transparent audit trail that is readily accessible for internal audits, regulatory examinations, and investor due diligence. This level of auditability vastly simplifies regulatory reporting and provides undeniable proof of compliance, reducing the administrative burden and potential legal liabilities associated with manual record-keeping.

• Integration with External Data and Services: Leveraging Chainlink’s oracle network, ACE can securely fetch critical off-chain data required for comprehensive compliance. This includes:

  • Identity Verification (e.g., Verifiable Credentials): Integrating with decentralized identity platforms to verify investor credentials without storing sensitive PII on-chain.
  • Real-World Data Feeds: Accessing external databases for jurisdiction-specific regulations, tax information, or credit ratings.
  • Computational Services: Utilizing Chainlink Functions to perform complex off-chain computations that are too expensive or impractical to execute directly on the blockchain, such as sophisticated risk assessments or complex eligibility algorithms.

• Modular Compliance Framework: ACE can be designed to interact with different compliance modules, allowing for sophisticated, layered rule sets. For instance, a fund might have a basic set of rules enforced directly by ACE, while also leveraging a separate specialized module for advanced tax compliance or complex derivatives exposure limits.

By embedding compliance logic directly into the transaction process, the ACE within the Chainlink DTA standard significantly reduces the risk of non-compliance, enhances operational efficiency, and provides a robust, verifiable framework for meeting regulatory obligations in the age of tokenized finance. It transforms compliance from a burdensome cost center into an integral, automated, and auditable part of the fund’s core operations.

Many thanks to our sponsor Panxora who helped us prepare this research report.

6. Scalability and Interoperability

6.1 Scalability of the DTA Standard

For any digital financial infrastructure to achieve widespread adoption, scalability is a non-negotiable requirement. The Chainlink DTA standard has been architected with scalability as a core design principle, ensuring it can accommodate increasing demands in terms of fund volume, transaction throughput, and global reach. Its modular design and blockchain-agnostic approach are key enablers of this scalability (Chainlink, 2025g).

Facets of DTA Standard Scalability:

• Modular Design for Horizontal Scaling: The DTA standard’s architecture, comprising distinct DTA-RM, DTA-RS, and ACE contracts, inherently supports horizontal scaling. Each fund or even each share class within a fund can have its own dedicated set of DTA contracts. This means:

  • Multiple Funds: Fund managers can launch and manage a diverse portfolio of tokenized funds simultaneously, each operating independently under the DTA standard, without significant increases in operational complexity or resource contention.
  • Share Classes: Different share classes within a single fund (e.g., institutional vs. retail, different fee structures) can be managed with separate DTA-RS contracts, each potentially linked to a common DTA-RM or dedicated ones. This allows for tailored compliance and settlement logic per class.
  • Distributed Load: The workload is distributed across multiple smart contract instances rather than bottlenecking a single, monolithic contract.

• High Transaction Volumes (Leveraging Blockchain Scalability): While the DTA standard itself provides the logical framework, its ability to handle high transaction volumes is also intrinsically linked to the underlying blockchain’s scalability. The DTA standard is designed to be blockchain-agnostic, meaning it can be deployed on a variety of networks. This allows fund managers to choose blockchains that offer:

  • High Throughput: Modern Layer 1 (L1) blockchains (e.g., Avalanche, Solana) and Layer 2 (L2) scaling solutions (e.g., Arbitrum, Optimism, zkSync, Polygon) are engineered to process significantly higher transaction volumes compared to older generations, offering thousands of transactions per second (TPS).
  • Low Transaction Costs: L2s and some L1s offer substantially lower gas fees, making frequent fund operations economically viable.
  • Future-Proofing: As blockchain technology evolves with advancements like sharding, parallel execution, and more efficient consensus mechanisms, the DTA standard can readily leverage these improvements without requiring fundamental changes to its core logic.

• Global Operations and Regulatory Environments: The DTA standard’s design facilitates global operations by allowing for localized compliance enforcement and multi-jurisdictional deployments. A single global fund manager can operate tokenized funds in multiple regulatory environments, each with its own ACE configuration, while still benefiting from a standardized operational framework. This adaptability is crucial for expansion into diverse markets without incurring prohibitive customization costs.

• Efficient Data Handling: By leveraging Chainlink oracles, the DTA standard optimizes on-chain data storage and computation. Complex data processing or fetching of large datasets (e.g., extensive whitelist entries, historical NAV data) can be performed off-chain and only the critical, verified output committed to the blockchain, reducing gas costs and improving efficiency.

6.2 Interoperability Across Blockchains

Interoperability is paramount in the multi-chain future of blockchain. The DTA standard recognizes that liquidity and investor access should not be confined to a single blockchain ecosystem. Its seamless integration with Chainlink’s Cross-Chain Interoperability Protocol (CCIP) is the linchpin for achieving robust interoperability (Chainlink, 2025i).

CCIP Mechanism and its Role in DTA Interoperability:

CCIP provides a secure, reliable, and generalized standard for cross-chain messaging and token transfers. For the DTA standard, this means:

• Secure Cross-Chain Messaging: The DTA-RM on one chain can securely send settlement instructions to a DTA-RS contract on another chain. This is achieved through Chainlink’s decentralized oracle networks (DONs) that monitor the source chain for CCIP messages, cryptographically verify their authenticity, and then relay them to the destination chain. This mechanism ensures tamper-proof and reliable cross-chain communication for fund operations.

• Canonical Token Transfers: CCIP also facilitates the secure transfer of fund tokens across chains. While a fund token might originate on a primary chain, CCIP enables wrapped versions of this token to exist and be managed on other chains. This ensures a consistent supply and value of the fund token across the multi-chain ecosystem.

Benefits of Interoperability for DTA Standard:

• Multi-Chain Fund Management: Fund managers are no longer restricted to a single blockchain. They can issue a fund’s token on a Layer 1 blockchain for institutional investors requiring high security and decentralization, while also making it available on a Layer 2 solution for retail investors who prioritize lower transaction fees and faster confirmations. This hybrid approach caters to diverse investor preferences and operational requirements.

• Broader Investor Reach and Market Access: By enabling fund tokens to exist and be managed across multiple blockchains, the DTA standard dramatically expands the potential investor base. Investors can participate in tokenized funds regardless of their preferred blockchain platform, removing ecosystem-specific barriers to entry. This significantly enhances the market reach for tokenized funds.

• Enhanced Liquidity and Capital Efficiency: Cross-chain interoperability allows for the seamless movement of fund tokens between different decentralized exchanges (DEXs) and liquidity pools residing on various blockchains. This mitigates market fragmentation, consolidates liquidity, and can lead to more efficient price discovery and reduced slippage for investors. Capital is not locked into isolated blockchain silos.

• Risk Mitigation and Diversification: Operating across multiple chains can also serve as a risk management strategy. If one blockchain experiences congestion, outages, or security incidents, fund operations can potentially be maintained or shifted to other interconnected networks, reducing single-point-of-failure risks.

• Access to Diverse DeFi Ecosystems: Different blockchains host unique decentralized finance (DeFi) applications and protocols. Interoperability allows tokenized fund assets to participate in these ecosystems (e.g., lending protocols, yield farming strategies) in a controlled and compliant manner, potentially enhancing fund returns and utility.

The DTA standard, through its deep integration with CCIP, is thus positioned to be a foundational element of a truly global, interconnected, and scalable digital asset management landscape, enabling funds to transcend the limitations of single-chain environments.

Many thanks to our sponsor Panxora who helped us prepare this research report.

7. Impact on Operational Workflows and Risk Management

7.1 Streamlining Operational Workflows

The Chainlink DTA standard is designed to fundamentally overhaul the operational workflows of fund management, shifting from legacy, manual processes to an automated, real-time, and transparent digital paradigm. The impact on streamlining operations is multi-faceted and profound, leading to increased efficiency and reduced administrative burden.

Key Areas of Workflow Streamlining:

1. Automation of Key Processes (Subscription, Redemption, Transfer Lifecycle):

   • Investor Onboarding: While initial KYC/AML still often begins off-chain, the DTA standard allows for the integration of validated investor identities (e.g., whitelisted addresses) directly into the ACE contract. Subsequent compliance checks are automated at the point of transaction.
   • Subscription Workflow: An investor initiates a subscription on-chain by calling the DTA-RM contract. The DTA-RM validates the request, the ACE performs instant compliance checks (e.g., eligibility, limits), and if compliant, the DTA-RS automatically mints the corresponding fund tokens and transfers them to the investor’s wallet. The associated payment, if digital (e.g., stablecoin), can also be settled on-chain simultaneously or via off-chain instruction. This entire process, which traditionally takes days, can be reduced to minutes or seconds.
   • Redemption Workflow: Similarly, an investor initiates a redemption. The DTA-RM validates, ACE performs checks (e.g., holding periods, redemption limits), and the DTA-RS automatically burns the fund tokens and initiates the return of the corresponding capital (digital or fiat) to the investor. This eliminates manual approvals, paper forms, and reconciliation delays.
   • Transfer Agent’s Role Shift: The transfer agent’s operational staff move from execution-focused, data entry tasks to oversight, exception management, and strategic rule definition for the ACE. This allows for a reallocation of human capital to higher-value activities.

2. Real-Time Data Synchronization and Reporting: The blockchain serves as a single, immutable source of truth. All fund transactions, investor holdings, and compliance checks are recorded on-chain in real-time. This eliminates the need for manual data synchronization and reconciliation across disparate systems (e.g., between fund administrator, custodian, and transfer agent) that characterizes traditional finance.

   • Accurate NAV Calculation: While NAV calculation can still involve off-chain data (asset valuations), Chainlink oracles can securely feed this data onto the blockchain, allowing for automated, transparent, and frequent NAV updates. This forms the basis for accurate subscription/redemption pricing.
   • Up-to-Date Investor Records: The fund’s share registry is dynamically updated on the blockchain with every compliant transaction, providing an always-current view of investor holdings.
   • Streamlined Audit Trails: Regulators and auditors can access a complete, verifiable history of all transactions and compliance decisions directly from the blockchain, simplifying reporting and reducing audit preparation time.

3. Reduced Intermediary Dependence and Costs: By automating many functions performed by various intermediaries, the DTA standard has the potential to reduce reliance on multiple service providers. While administrators and custodians still play roles, their functions become more integrated and less about manual reconciliation. This leads to significant cost savings associated with fees charged by multiple parties and the overheads of managing their interfaces.

4. Faster Settlement and Increased Capital Efficiency: Instantaneous on-chain settlement for digital assets replaces the T+2/T+3 cycles of traditional markets. This dramatically improves capital efficiency by freeing up capital that would otherwise be locked up during the settlement period, allowing for more rapid reinvestment or liquidity provision.

7.2 Enhancing Risk Management

The implementation of the DTA standard profoundly enhances risk management within fund operations by embedding controls directly into the system, increasing transparency, and reducing points of failure inherent in manual processes.

Key Areas of Risk Management Enhancement:

1. Reduction of Operational Risks:

   • Minimizing Human Error: Automation of subscription, redemption, and compliance checks drastically reduces the potential for manual data entry errors, misinterpretations, and processing delays that plague traditional systems. This mitigates risks associated with incorrect share allocations, faulty payments, or non-compliant transactions.
   • Mitigating Fraud: The immutability and cryptographic security of blockchain transactions make it significantly harder for unauthorized or fraudulent activities to occur undetected. All actions are transparently recorded and attributable to specific addresses, providing a strong deterrent against internal and external fraud.
   • Single Source of Truth: The blockchain acts as a canonical ledger, eliminating discrepancies arising from fragmented records across multiple intermediaries. This reduces reconciliation errors and operational friction.

2. Ensuring and Proving Regulatory Compliance:

   • Proactive Compliance Enforcement: The ACE provides real-time, pre-transaction compliance checks. This means non-compliant transactions are prevented from occurring, rather than being detected post-facto. This significantly reduces the risk of regulatory fines, legal penalties, and reputational damage.
   • Immutable Compliance Records: Every compliance decision and its context is recorded on-chain, providing irrefutable evidence of adherence to regulatory standards. This eases the burden of proof during audits and enhances confidence among regulators.
   • Adaptability to Regulatory Changes: The customizable nature of ACE rules allows fund managers to quickly adapt to evolving regulatory requirements by updating the smart contract logic via secure governance mechanisms, ensuring continuous compliance.

3. Improved Auditability and Transparency:

   • Forensic Audit Trails: The transparent and immutable nature of blockchain records means that every transaction, along with its associated compliance checks, forms a clear and easily auditable trail. Auditors can independently verify all fund activities and shareholder records, accelerating the audit process and increasing its reliability.
   • Real-time Oversight: Regulators and internal audit teams can potentially gain real-time access to anonymized or permissioned on-chain data, enabling continuous oversight of fund operations and compliance status, moving beyond periodic snapshots.

4. Reduced Counterparty Risk: On-chain, atomic settlement, particularly for digital asset payments, reduces counterparty risk by ensuring that the transfer of fund tokens and the associated payment occur simultaneously or are easily verifiable. This eliminates the risk of one party failing to deliver on their side of the agreement after the other has performed.

5. Enhanced Data Security and Resilience: While smart contract security is critical and requires rigorous auditing, the decentralized nature of blockchain networks offers inherent resilience against single points of failure that characterize centralized legacy systems. Cryptographic security safeguards transactions against tampering and unauthorized access.

6. Better Informed Decision Making: Real-time data on subscriptions, redemptions, and investor demographics allows fund managers to have a more accurate and immediate understanding of fund flows and investor sentiment, enabling more agile and informed investment and operational decisions.

In summary, the Chainlink DTA standard fundamentally de-risks fund operations by moving from a reactive, error-prone, and opaque model to a proactive, automated, and transparent one. It institutionalizes compliance and operational integrity, paving the way for a more robust and trustworthy digital asset management ecosystem.

Many thanks to our sponsor Panxora who helped us prepare this research report.

8. Conclusion

The Chainlink Digital Transfer Agent (DTA) standard represents a monumental leap forward in the evolution of fund management, offering a comprehensive and robust solution that directly addresses the multifaceted complexities and inherent inefficiencies of traditional fund operations in the era of tokenized assets. This detailed analysis has highlighted how the DTA standard leverages the transformative power of blockchain technology and Chainlink’s decentralized oracle network to construct an infrastructure capable of supporting the next generation of financial products.

By meticulously automating critical operational processes such as subscription and redemption, the DTA standard dramatically reduces manual intervention, mitigates the potential for human error, and accelerates settlement cycles from days to mere seconds or minutes. This operational streamlining translates into significant cost efficiencies and enhanced capital fluidity, fundamentally reshaping the economics of fund administration.

The embedding of sophisticated compliance logic directly into the transaction flow through the Automated Compliance Engine (ACE) is a pivotal innovation. ACE ensures real-time adherence to a complex tapestry of regulatory requirements, including investor eligibility, transaction limits, and jurisdictional mandates. This proactive enforcement mechanism not only minimizes regulatory risk and potential penalties but also provides an immutable, transparent, and cryptographically verifiable audit trail, vastly simplifying regulatory reporting and external audits.

Furthermore, the DTA standard’s architecture is inherently designed for both scalability and interoperability. Its modular framework allows for the efficient management of multiple funds and high transaction volumes, while its deep integration with Chainlink’s Cross-Chain Interoperability Protocol (CCIP) enables seamless fund distribution and investor access across disparate blockchain networks. This multi-chain capability unlocks broader liquidity, expands investor reach, and positions tokenized funds to fully participate in the burgeoning global decentralized finance ecosystem.

The traditional role of the transfer agent is not merely digitized but profoundly transformed. Instead of being relegated to manual, back-office tasks, transfer agents are empowered to evolve into sophisticated Digital Asset Service Providers, leveraging the DTA standard to offer higher-value services in automation, compliance oversight, and cross-chain management. This strategic repositioning is crucial for their relevance and growth in the evolving financial landscape.

In essence, the Chainlink DTA standard serves as a critical bridge between the established rigor of traditional finance and the innovative potential of decentralized technologies. It lays the groundwork for a more efficient, transparent, secure, and globally accessible future for fund management. As the adoption of tokenized assets continues its inexorable ascent, the DTA standard is unequivocally poised to play a pivotal, foundational role in shaping the operational and regulatory frameworks of the global financial industry for decades to come, ushering in an era of programmable finance that prioritizes integrity, efficiency, and widespread participation.

Many thanks to our sponsor Panxora who helped us prepare this research report.

References

Chainlink. (2025a). Digital Transfer Agent (DTA) Technical Standard. Retrieved from https://chain.link/digital-transfer-agent-technical-standard

Chainlink. (2025b). Chainlink Digital Transfer Agent Technical Standard. Retrieved from https://chain.link/dta-access

Chainlink. (2025c). Digital Transfer Agent (DTA) Technical Standard. Retrieved from https://docs.chain.link/dta-technical-standard

Chainlink. (2025d). Introducing the Chainlink Digital Transfer Agent Technical Standard. Retrieved from https://blog.chain.link/digital-transfer-agent-ubs/

Chainlink. (2025e). DTA Technical Standard: Automated Compliance Engine. Retrieved from https://docs.chain.link/dta-technical-standard/concepts/ace

Chainlink. (2025f). Payment Modes | Chainlink Documentation. Retrieved from https://docs.chain.link/dta-technical-standard/concepts/payment-modes

Chainlink. (2025g). DTA Technical Standard: Actors | Chainlink Documentation. Retrieved from https://docs.chain.link/dta-technical-standard/actors

Chainlink. (2025h). Architecture | Chainlink Documentation. Retrieved from https://docs.chain.link/dta-technical-standard/concepts/architecture

Chainlink. (2025i). Chainlink CCIP Overview. Retrieved from https://docs.chain.link/ccip/overview

Chainlink. (2025j). Chainlink (blockchain oracle). Retrieved from https://en.wikipedia.org/wiki/Chainlink_%28blockchain_oracle%29

EY. (2021). Transforming Fund Management: The Digital Imperative. Retrieved from https://www.ey.com/en_uk/financial-services/transforming-fund-management-the-digital-imperative

Fard, M. (2021). Tokenization of Assets: A Comprehensive Guide. Blockchain Council.

Financial Action Task Force (FATF). (2021). Updated Guidance for a Risk-Based Approach to Virtual Assets and Virtual Asset Service Providers. Retrieved from https://www.fatf-gafi.org/media/fatf/documents/recommendations/Updated-Guidance-VA-VASPs.pdf

Houben, R. (2020). Cryptocurrencies and Blockchain: A New Regulatory Approach? European Parliament Research Service.

ICMA. (2018). The Role of the Transfer Agent in the European Debt Capital Markets. Retrieved from https://www.icmagroup.org/assets/documents/Regulatory/Primary-Markets/The-Role-of-the-Transfer-Agent-in-the-European-Debt-Capital-Markets-June-2018.pdf

UBS. (2025). UBS executes first live tokenized fund transaction leveraging the Chainlink Digital Transfer Agent technical standard. Retrieved from https://www.ubs.com/global/de/media/display-page-ndp/en-20251104-chainlink.html

UBS. (2025). UBS Completes World’s First Live Tokenized Fund Transaction on Ethereum. Retrieved from https://holder.io/news/ubs-tokenized-fund-transaction-ethereum/