The Time for Progress is Now

The Building Blocks of Institutional DeFi on XRP Ledger

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The financial landscape is rapidly evolving, and the decentralized finance (DeFi) sector is at the forefront of this transformation. As institutions look to harness the power of DeFi markets, practices and protocols, they require a robust, secure, and efficient platform that can meet their complex needs. As the blockchain built for business, XRP Ledger (XRPL) is uniquely positioned to serve as the foundation for institutional DeFi. 

Ripple’s vision and roadmap for institutional DeFi on XRPL is to provide the foundational building blocks and fundamental components of a successful financial system— issuance, value transfer, exchange, and credit—while ensuring security and regulatory compliance at its core. This vision is realized through current and forthcoming key innovations at the protocol level, including:



Automated Market Maker


Decentralized Identifiers (DiD)

Undergoing Voting


Q2 Release

Multi-Purpose Token (MPT)

Q3 Amendment Proposal 

XRPL-native Lending Protocol

Technical Design Proposal

Built for Business: Proven, Fast, Secure

XRP Ledger is battle-tested, enabling the secure, reliable tokenization and movement of value for over a decade. With over 2.8B transactions processed representing over $1T in value moved, and over 5M active XRP wallet holders secured by a network of over 100 validators, XRPL remains as robust as ever before. Its ability to handle transactions swiftly and at low cost makes it an attractive option for institutions. The security features built into the core protocol layer ensure that transactions and data remain secure, a critical requirement for institutional adoption.

One of XRPL’s unique differentiators is its native protocol functionalities, which include built-in features that support DeFi activities without the inherent risks associated with smart contracts. This native support ensures that DeFi operations are efficient and secure. This design allows for the liquidity from DeFi applications to aggregate at the protocol level, rather than compete in siloes, which enhances capital efficiency and overall institutional appeal.

Key Innovations and Developments

Let’s explore further some of the key integrations designed to enhance liquidity and efficiency on XRPL, and the introduction of new solutions. These developments will undergo a decentralized voting process, whereby the broader global validator community will scrutinize the amendments prior to reaching a decision. The innovations are tailored to meet institutional demands, ensuring a secure, transparent, and efficient DeFi ecosystem on XRP Ledger.

AMM Integration on XRPL

The introduction of AMM allows for the automated trading of assets, providing liquidity and improving market efficiency. The AMM on XRPL is designed to be highly efficient, offering institutions the ability to engage in DeFi activities with reduced slippage and improved pricing. Through the XLS-30 protocol, this development brings a new level of liquidity and trading efficiency to the network, which is crucial for institutions looking to leverage decentralized financial service.

Institutions typically require robust, efficient, and secure platforms to manage significant volumes of transactions and liquidity. The AMM integration on XRPL provides these institutions with a streamlined, non-custodial way to manage liquidity and trading operations, aligning perfectly with the demands of institutional DeFi. This move towards a more automated and integrated system within XRPL’s native Decentralized Exchange (DEX) is designed to facilitate greater institutional participation by ensuring constant liquidity and minimal slippage. 

Core AMM Features and Benefits for Institutions

  • Protocol Native: As a core primitive of the XRPL, developers can utilize AMM functionality without the need to create their own smart contracts or leverage those of a third-party thereby facing associated risks. This is particularly useful for institutions seeking to maintain stringent security and operational standards.

  • Aggregated Liquidity: Liquidity for all trading pairs is aggregated at the protocol layer, rather than fragmented or siloed across individual smart contracts. This concentration is advantageous for institutional traders who need access to deep liquidity pools to execute large orders with minimal impact on market prices. 

  • Limit Order Book Integration: The seamless integration between the AMM and the CLOB-based DEX allows for optimal price execution. This ensures that institutional traders can achieve the best possible rates, whether trading through the AMM or the order book, thus enhancing overall liquidity and trading efficiency.

  • Continuous Auction Mechanism: Reduces impermanent loss by allowing arbs to bid for the right to trade at a reduced fee. LP tokens are burned in the process, creating more value for existing pool owners (LPs).

  • LP Voting: A built-in voting mechanism provides liquidity providers the opportunity to exercise control over pool trading fees.

  • Single-sided Liquidity Provision: Institutions can provide liquidity using a single asset, simplifying the process and reducing operational burden.

  • No Miner Extractable Value (MEV): The XRPL’s federated consensus mechanism eliminates the risk of MEV, ensuring that no single party can manipulate transaction ordering for personal gain. This provides a fair and transparent trading environment, which is essential for maintaining institutional trust and confidence.

AMM Use Cases and Institutional Applications:

Financial Services: The AMM integration enables institutions to create sophisticated DeFi services, such as trading platforms, yield farming applications, and liquidity management systems. The efficient liquidity provision and automated trading capabilities enhance the overall user experience and operational efficiency.

Non-Financial Integrations: Beyond traditional financial services, institutions can leverage AMM functionalities in applications like NFT platforms or digital goods marketplaces. This integration facilitates seamless asset swaps and broadens the scope of institutional involvement in the XRPL ecosystem.

XRPL Ecosystem Utilizing AMM Functionality

  • Orchestra Finance: Orchestra Finance is leveraging the AMM to provide users with a seamless trading experience, allowing access to a wide range of assets, an opportunity to earn returns for those who deposit in liquidity pools, hedge against price fluctuations and speculate on asset prices without intermediaries. 

  • Sologenic: Sologenic has integrated the AMM into its ecosystem to enable continuous trading of tokenized real-world assets, such as stocks and commodities; optimizing liquidity management for custom trading pairs and fractionalized assets. 

  • Crossmark: Crossmark designed its browser-first wallet to offer native AMM and X-chain support for the XRP Ledger, enabling account management and real-time visibility into liquidity pool balances. For new teams building AMM-enabled platforms, Crossmark simplified the process of connecting a wallet and signing AMM transactions on the XRP Ledger. 

  • The team behind is launching a new trading interface leveraging the AMM on Telegram, First Ledger.

Decentralized Identity (DiD) 

Decentralized Identifiers (DIDs) are a new type of identifier defined by the World Wide Web Consortium (W3C) that enable verifiable, self-sovereign digital identities. Unlike traditional, centralized identifiers, DIDs are fully controlled by the DID owner and are not dependent on any Centralized registry, identity provider, or certificate authority. This makes DIDs a powerful tool for enhancing identity management within the realm of institutional DeFi on XRP Ledger.

DIDs in Institutional DeFi

In the context of Institutional DeFi, DIDs play a vital role in ensuring secure, verifiable, and decentralized identity management. The DID ecosystem typically involves three key parties:

User: Controls the DID and holds the associated private keys.

Issuer: Provides verifiable credentials, confirming the information linked to a DID.

Verifier: Validates the authenticity of the DID and associated credentials for various digital tasks. 

With this in mind we can begin to think a little more about the relevant use cases for DIDs in institutional DeFi:

  • Compliance: DIDs facilitate compliance with Know Your Client (KYC) and Anti-Money Laundering (AML) regulations by providing verifiable and tamper-evident credentials.

  • Access Control: Institutions can use DIDs for managing user identities across various DeFi applications, ensuring that only authorized users can access sensitive services and information.

  • Digital Signatures: DIDs enable secure digital document signing, enhancing trust and security in contractual agreements and transactions. 

  • Secure Transactions: By providing a verifiable identity, DIDs help ensure that online transactions are secure and that both parties are authenticated, reducing fraud and enhancing trust. 

DIDs are a cornerstone innovation in the development of institutional DeFi on the XRPL. By providing a decentralized, verifiable, and interoperable identity solution, DIDs enable institutions to manage identities more securely and efficiently, facilitating greater trust and compliance in the DeFi ecosystem. As the adoption of DIDs grows, their role in enhancing security, privacy, and trust in digital financial transactions will become increasingly important, paving the way for more robust and resilient DeFi infrastructures. 

Partners Leveraging DID on XRP Ledger

To better understand how DiD works in practice, let's explore two real-life examples: FractalID and Heirloom digital ID solutions provider.

  • Fractal ID: Fractal ID is a leading provider of decentralized digital identity solutions, leveraging blockchain technology to create secure and tamper-proof identity records. Fractal ID’s core use case is in the DeFi space, where they facilitate KYC and ensure compliance. One of the key features of Fractal ID is its emphasis on interoperability, allowing users to seamlessly manage their identities across different platforms and applications. Through the use of cryptographic techniques such as zero-knowledge proofs, FractalID enables selective disclosure of identity attributes, allowing users to share only the necessary information with third parties while keeping the rest confidential.

  • Heirloom: Heirloom takes a slightly different approach to decentralized digital identity, focusing on verifiable credentials and self-sovereign identity principles. Heirloom builds both no-code tools and SDKs for institutions to manage their business identity using blockchain-based decentralized identifiers and sign credentials from their institution’s private keys. Institutional key management is a complex part of security and cryptography, and Heirloom makes it simple for institutions to manage the rights and permissions of the individual people that comprise the institution.

Oracles - 2.2 Release

Oracles are a critical component of the DeFi ecosystem, enabling the integration of real-world data into the blockchain. The upcoming release of Oracles on XRPL will provide institutions with access to reliable and accurate data feeds, enhancing the functionality of smart contracts and DeFi applications. Oracles will enable a wide range of use cases, from price feeds to event data, making them an essential tool for institutional DeFi.

Band Protocol is the primary oracle provider for both XRPL's mainnet and its EVM sidechain, signaling a transformative moment in XRPL's evolution. Band Protocol's integration will empower XRPL mainnet and EVM sidechain with decentralized oracle price feed data, ensuring real-time market data reliability and accessibility. Band Protocol’s oracle integration establishes a foundation for enriched dApp development across the XRPL developer community. Enabling seamless oracle integration with decentralized applications opens pathways for global XRPL developers to explore innovation and expand DeFi opportunities.

Multi-Purpose Token (MPT) - 2.3 Release

The Multi-Purpose Token (MPT) standard, set to be released in Q3, will introduce a new level of flexibility and functionality to the XRPL. MPTs will allow for the creation of complex token structures that can represent a variety of assets and rights using metadata. This innovation will be particularly valuable for institutions looking to tokenize and manage diverse asset portfolios, ensuring efficient lifecycle management of digital assets.

You can think of MPT as a ‘best of both worlds’ token standard, somewhere between fungible and non-fungible tokens. Fungible tokens, as they exist on XRPL today, lack certain capabilities, most importantly, metadata. If you tokenize a bond on XRPL with regular fungible tokens, there is no on-chain information that you can record for an investor to recognize the terms of the bond (face value, maturity date, coupon rate, coupon payment dates). The information asymmetry makes it inefficient and less transparent, making the use case for on-chain bonds less useful, especially in comparison to existing centralized infrastructure. 

MPT is a token standard that will be natively available on XRPL with several capabilities that developers can directly access using simple APIs from XRPL libraries. MPT capabilities are as follows: 

  • On-chain Metadata: ability to store asset information on-chain to achieve transparency and higher interoperability.

  • Metadata pointer: a 1024 bytes URI field allows for both on-chain metadata and link to an off-chain source of information

  • Fixed Supply of tokens: issuers can choose to set a maximum supply without blackholing an account

  • Freezing: ability to lock tokens held by a token holder to support compliance needs

  • Global Freeze: ability to lock all MPT balances across all tokenholders

  • Clawback: ability to revoke or re-assign tokens to deal with investors who lose access to wallets or counter fraudulent activities.

  • Trade in bulk or decimals: ability to trade in decimals with accuracy, and in bulk for supporting trading requirements. 

  • Unique token IDs: uniquely verifiable token IDs  

  • Authorization: ability to limit circulation of token to permissioned wallets.

  • Non-transferable tokens: setting to ensure token holders are unable to transfer to any other wallet except the issuer wallet. 

  • Transfer Fees:  issuers are able to charge a fee on any transfer of issued MPTs

XRP Ledger-Native Lending Protocol 

Credit is at the heart of any efficient financial system, facilitating access to capital for those in need and offering unique investment opportunities for those with surplus funds. The forthcoming XRP Ledger-native lending protocol will add a new dimension to the XRPL’s DeFi capabilities. This proposed protocol will enable institutions to engage in lending and borrowing activities, providing new opportunities for yield generation and capital efficiency. The lending protocol will be designed to meet the needs of institutional users, with features that ensure security, compliance, and scalability.

Institutional DeFi requires robust, scalable, and secure financial products. The XRPL-native lending protocol addresses these needs by providing a decentralized, protocol-native solution for lending that reduces reliance on intermediaries, enhances transparency, and offers a higher degree of security.

Core Features and Institutional Benefits:

  • Simplicity and Direct Lending: The protocol facilitates direct agreements between borrowers and pool managers (Pool Delegates), streamlining the lending process. This is particularly beneficial for institutions seeking straightforward and efficient lending solutions without the complexities of traditional DeFi platforms.

  • Protocol Native Approach: Unlike other DeFi lending protocols that operate via smart contracts on virtual machines, the XRPL-native Lending Protocol is integrated directly at the consensus layer. This reduces execution risks and enhances security, making it an attractive option for institutions that require reliable and robust financial systems.

  • Modular and Flexible Design: The protocol's upgradeable and adaptable architecture supports a wide range of future enhancements. This flexibility is crucial for institutions looking to future-proof their DeFi strategies and capitalize on emerging financial innovations.

This lending protocol represents a significant advancement in the institutional DeFi ecosystem. By simplifying the lending process and leveraging a protocol-native approach, it opens up new possibilities for institutional innovation and financial inclusion. Institutions can now participate in a decentralized lending market with confidence, supported by robust security, efficiency, and flexibility inherent to the XRPL-native approach. This marks a pivotal moment in the evolution of blockchain-based financial services, paving the way for broader institutional adoption and transformative financial innovation on XRP Ledger.

With its proven performance, native functionalities, built-in compliance features, and a suite of innovative developments, XRPL is poised to lead the next wave of DeFi adoption among leading institutions. Ripple’s commitment (alongside the broader community) to continuous improvement and support for XRPL features and capabilities ensures that it will remain the premier blockchain of choice for institutions looking to harness the power of decentralized finance. The innovations covered in this piece are only made possible by other partners and developers in the community continuously striving to improve and build on XRPL. As we look to the future, XRPL’s roadmap promises to deliver even greater capabilities, solidifying its position as the home for institutional DeFi.

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