Abtract
Real World Assets (RWAs) are assets existing off-chain that are tokenized and brought on-chain to generate yield within the decentralized finance (DeFi) space. The introduction of RWAs has the potential to bring about significant transformations in DeFi by offering sustainable and reliable yields backed by traditional asset classes. By integrating RWAs, DeFi becomes more compatible with external markets, resulting in increased liquidity, improved capital efficiency, and expanded investment opportunities. RWAs act as a bridge between decentralized and traditional financial systems, representing both tangible assets such as gold and real estate, as well as intangible assets like government bonds and carbon credits. The decision to tokenize RWAs stems from the belief that DeFi will provide unique opportunities and market efficiencies in the long run. Through fractionalization and dispersion in DeFi, previously inaccessible private credit investments become available to a wider range of investors. Fixed income holds a dominant position within the RWA space, while the evolution of the RWA ecosystem is shaped by layer 1 RWA protocols, regulatory frameworks, enforcement mechanisms, and the overall macro environment.
Introduction
The definition of an asset class was addressed in Robert Greer’s seminal 1997 paper, “What is an Asset Class, Anyway?” In his paper, Greer lays out three superclasses of assets, which include capital assets, consumable/ transformable assets, and store of value assets. He goes on to say “the lines between asset classes can still be fuzzy,” as is the case with gold fulfilling both consumable/transformable and store of value asset profiles, as shown in the table below.
The 2016 ARK Invest whitepaper argued that Bitcoin should be considered as its own, novel super asset class. Since then, a lot has happened in crypto so it makes sense to apply the framework beyond Bitcoin to different types of tokens and crypto assets.
Tokenization
Tokenization is a paradigm shift in digital finance. The standard features and characteristics of assets and securities can be enhanced by tokenization, a process that creates a blockchain representation of the underlying instrument. Asset and security tokenization produces many benefits. These benefits include reducing issuance and trading costs, lessening dependency on intermediaries, facilitating more liquidity in markets, and providing greater transparency around an asset’s lifecycle for all parties involved. This requires that an asset is transformed into a token with core and service layers in full accordance with the rules of the importing programmable platform. The process occurs through so-called ramps, which apply the necessary computational transformations from traditional systems architecture to new ledger technologies Ramps lock assets in their platform of origin as collateral for the tokens that are issued on the programmable platform. They perform a role analogous to that of bridges connecting one distributed ledger technology (DLT) platform to another. Asset tokenization is an expansion of blockchain technology that allows digital assets to be bought, sold, and traded on blockchains. “Digitizing real assets will help create universally accessible, fast, liquid, and transparent investment and financial systems.”
How RWAs Are Tokenized and the Challenges Involved
Real world assets have the potential to be included in the DeFi industry, providing increased liquidity and introducing a new asset class for investment yield. Notably, the inclusion of real world assets can offer a more stable investment yield compared to the volatility of cryptocurrencies. The performance of real-world asset protocols surpasses that of DeFi blue chips due to the tokenization wave. Traditional finance companies are actively engaging with Ethereum-based real-world asset protocols, leading to the outperformance of these assets. Backed by traditional assets, real-world assets can offer sustainable and reliable digital asset classes, positioning decentralized finance in direct competition with traditional finance.
To leverage the aforementioned benefits, RWAs can be generated in one of two token formats. The first format is non-native tokens, where on-chain tokens are issued to represent RWAs that exist and are managed off-chain by a custodian. This is the most common type due to the infancy of RWAs and the ability to leverage existing financial infrastructure around asset custody. All existing USD-collateralized stablecoins have adopted this token format.The second format is native tokens, where an on-chain token is issued and serves as the RWA itself, meaning it does not represent any type of off-chain asset. For example, bonds that are directly issued on-chain as tokens are native RWAs, while a bond that is issued and held off-chain could be tokenized as a non-native RWA.
It’s important to note that RWAs can be issued on either private or public blockchains. Private chains—where only certain verified participants can operate the chain and view its contents—offer increased control over the ledger’s entries but come with trust requirements, limited composability, and walled-garden access, negating many of the benefits that public blockchains bring to RWAs.
The process of RWA tokens becoming legitimate bearer assets can be conceptualized as three phases: (1) Chain Formalization (2) Information Bridging (3)RWA Protocol Demand and Supply.
While RWAs on public chains provide many benefits for both institutions and investors alike, there are also a number of challenges that must be considered to realize their potential:
• Regulatory clarity: The primary blocker for many financial institutions interested in tokenizing assets, particularly on public blockchains, is the lack of regulatory clarity. Certain jurisdictions, such as the EU, Switzerland, the UK, and Japan, have made tangible progress in establishing clear frameworks, while others, like the United States, are still largely a work in progress.
• Permissions: In order to comply with existing and upcoming financial regulations around public blockchains and asset tokenization, token issuers often must add permissions through the implementation of KYC/AML checks (such as during issuance/redemption or at time of transfer)—deviating from the norm in DeFi.
• Identity: The need for granular permission controls necessitates robust solutions to determine user identities and risk profiles. Decentralized Identifiers (DIDs) and other privacy-preserving identity solutions are a prerequisite for most institutions stepping into RWA tokenization.
• Connectivity: The multi-chain ecosystem continues to expand, resulting in a growing collection of chains that institutions must plug into to access/issue RWAs. Solutions such as the forthcoming Cross-Chain Interoperability Protocol (CCIP) enable institutions to not only connect existing backend systems to blockchains, but also bridge RWAs cross-chain.
• Proof of reserves: Since RWAs represent off-chain assets, DeFi applications have limited insight into their true collateralization. Oracle solutions such as Chainlink Proof of Reserve address this challenge by delivering collateralization data on-chain (e.g. TrueUSD).
The market and the tokenization opportunity 
At the moment There are already a number of crypto protocols dealing in real-world asset tokenization. These include GoldFinch, Centrifuge, TrueFi, Maple Finance, and DeFi pioneer MakerDAO.
RWA industry protocol map, segmented by underlyings
The top RWA protocols by total value locked. Source: DefiLlama
Conclusion
Tokenisation’s potential is in knitting together transactions encompassing money and other assets residing in a programmable platform. At the heart of the system lies tokenised central bank money to facilitate settlement finality (Source: BIS Annual Economic Report ) Despite a few remaining issues regarding the tokenomics of certain projects and proof of reserve, the tokenization of real-world assets (RWAs) holds the potential to scale DeFi to a global level.In the world of digital assets and decentralized finance (DeFi), several important topics and trends are emerging. The Swiss Digital Asset Custody Report 2023 provides insights into the custody landscape, highlighting the significance of secure storage for digital assets. Custody is identified as a cornerstone for digital assets, emphasizing the importance of secure storage. Bidirectional opportunities between Traditional Finance (TradFi) and DeFi are emerging, encouraging collaboration and synergy between the two domains. Institutional DeFi is on the rise, as institutional players become more involved in decentralized finance. The concept of Decentralized Autonomous Organizations (DAOs) is explored beyond the initial hype, revealing potential for innovative governance structures. The adoption of AML regulation software solutions in DeFi can drive innovation while ensuring compliance. The role of stablecoins in DeFi is debated, questioning whether they are part of the solution or part of the problem. Tokenization and the Internet of Value are seen as a powerful combination, transforming the integration of digital assets into financial systems. The Prisoner’s dilemma in crypto highlights the strategic challenges faced by participants in the cryptocurrency space. Solidus Labs reported that 56% of Crypto Token Listings since 2021 show signs of Insider Trading, indicating the need for evaluation and improvement of implemented programs, starting with the promotion of enhanced security and control through bringing your own crypto wallet (BYOW). The evolution of AI in the crypto industry is shaping the future of technology and finance. Lastly, the crypto ETFs moment signifies a significant period for the emergence and impact of cryptocurrency exchange-traded funds on the market.
Resources
Benedetti, Hugo E and Rodríguez-Garnica, Gabriel, Tokenized Assets and Securities (December 15, 2021).
Greer, R. J. (1997). What is an an asset class, anyway?. Journal of Portfolio Management, 23(2), 86.
0 comments
Here is no comments for now.