# Yield Related Articles

HTX News Center provides the latest articles and in-depth analysis on "Yield", covering market trends, project updates, tech developments, and regulatory policies in the crypto industry.

Saylor's Latest Long Read: Bitcoin is Not Money, It's Digital Capital, and Money is Built Upon It

Michael Saylor presents his "Digital Asset Stack" theory, positioning Bitcoin as the foundational layer of digital capital. He argues Bitcoin itself should remain unchanged—no staking, inflation, or protocol alterations. Instead, a five-layer financial architecture should be built atop it: Digital Capital (BTC), Digital Credit (e.g., yield instruments like STRC), Digital Currency (stable, yield-bearing instruments pegged to fiat), Digital Yield (leveraged/structured products), and Digital Equity (e.g., MSTR stock, absorbing residual volatility). Saylor asserts this stack transforms Bitcoin's high-volatility, high-energy capital into tailored products: stable currencies for payments/savings, yield instruments for income seekers, and equity for growth investors. This approach meets diverse needs—corporate treasuries, banks, retirees, emerging market users—without compromising Bitcoin's core properties (scarcity, decentralization). The "killer use case" is rebuilding global money, credit, and capital markets on Bitcoin, bridging the fiat world with a superior digital asset foundation. The system leverages traditional finance principles (risk layering, structured products) while using Bitcoin as the ultimate collateral. This expands Bitcoin's utility, drives adoption, and offers a better monetary experience: digital, yield-bearing, stable-value tools for everyday use.

marsbit06/16 07:57

Saylor's Latest Long Read: Bitcoin is Not Money, It's Digital Capital, and Money is Built Upon It

marsbit06/16 07:57

After Tokenization of Assets, How to Exit?

Title: How to Exit After Asset Tokenization? Author: Symbiotic Compiled by: Hu Tao, ChainCatcher Summary: Tokenization addresses how assets go on-chain but largely leaves the redemption question unresolved. While tokenized assets can settle instantly, the underlying redemption for assets like treasuries, private credit, or real estate can take from T+1 to 180 days. This gap hinders DeFi adoption of Real World Assets (RWAs). Three emerging models aim to provide instant exit liquidity, differing primarily in their capital structure and efficiency: 1. **Balance Sheet Model (e.g., Grove Basin):** A single entity (like Sky) provides immediate liquidity from its balance sheet, acting as a bridge during the settlement period. It offers simplicity and deep initial liquidity but is constrained by a single entity's capacity and risk appetite. 2. **Asset-Specific Vault Model (e.g., Upshift Clear):** Independent liquidity providers fund dedicated vaults for each supported asset, earning fees. It decentralizes capital sources but isolates liquidity and capital per asset, leading to potential fragmentation. 3. **Shared Liquidity Layer Model (e.g., Symbiotic Liquid Lane):** A shared capital pool supports multiple RWA types simultaneously. Funds remain productive between redemptions (e.g., earning yield in lending markets). Exits are settled via a competitive RFQ market. This model aims for higher capital efficiency, scalability across assets, and serves longer-duration assets like private credit. Key differentiators are: 1) Source of capital and risk bearer, 2) Redemption pricing mechanism, 3) Capital efficiency, 4) Scalability to new asset types, and 5) Composability. The shared liquidity layer model represents a move from piecemeal solutions toward scalable infrastructure, enabling T+0 exits by pooling capital, maintaining yield, and using competitive pricing, thus enhancing RWA utility in DeFi.

marsbit06/16 06:09

After Tokenization of Assets, How to Exit?

marsbit06/16 06:09

After the Passage of the GENIUS Act and the CLARITY Act, What Is the Correct Architecture for On-Chain Yield?

The article discusses the evolution of on-chain credit, distinguishing three markets: overcollateralized crypto lending, unsecured lending (largely unsuccessful), and asset-backed credit (ABC). ABC, backed by identifiable real-world collateral with legal recourse, is identified as the fastest-growing category and the only one credibly addressing adverse selection—the core problem in credit where the riskiest borrowers self-select. Current growth in on-chain Real World Assets (RWAs), particularly tokenized private credit funds (e.g., Maple Finance, Centrifuge), is substantial but often merely "wraps" existing fund structures, inheriting their risks rather than solving adverse selection at the protocol level. The regulatory landscape is a key driver, with the US GENIUS Act (prohibiting stablecoin issuers from paying yield) and the proposed CLARITY Act (closing loopholes on indirect yield) set to redefine permissible yield-bearing products. This makes vaults (like ERC-4626) the critical architecture—they become the primary compliant vehicle for delivering yield, functioning as issuance, disclosure, distribution, and recovery mechanisms. The author's thesis is that the correct post-GENIUS/CLARITY architecture involves building ABC solutions where credit assessment, structure, and recovery are encoded directly into the smart contract vault layer, moving beyond mere tokenized fund wrappers to solve adverse selection fundamentally and ensure regulatory compliance.

Foresight News06/11 11:13

After the Passage of the GENIUS Act and the CLARITY Act, What Is the Correct Architecture for On-Chain Yield?

Foresight News06/11 11:13

Banks Battle Stablecoins: Where Will Deposits Ultimately Flow?

Banks are facing a challenge from stablecoins, which offer near-instant, low-cost global transfers and the potential for higher yields via DeFi protocols, threatening traditional deposit bases. The article draws a historical parallel to the 1970s when Merrill Lynch's Cash Management Account (CMA) circumvented Regulation Q's interest rate caps by funneling client funds into money market funds, forcing banks to adapt with new products. Today, the competition centers on two forms of digital dollars. The first is stablecoins (e.g., USDC), which remove funds from bank balance sheets, reducing lending capital. While regulations like the GENIUS Act prohibit issuers from paying interest, users can seek yield elsewhere in crypto. The second is tokenized deposits, where banks represent deposits as on-chain tokens for efficient settlement while keeping funds insured and on their books for lending. Bank consortia like the Clearing House network and Cari Network are developing such platforms. The core battleground is control over the movement and utility of money. SoFi Bank exemplifies a potential fusion path by launching its own stablecoin (SoFiUSD) and allowing seamless conversion to/from insured, interest-bearing tokenized deposits within one app, giving users flexibility between crypto's efficiency and banking's safety/yield. The article concludes that blockchain technology is not replacing bank deposits but forcing the industry to disaggregate and improve its value propositions—security, yield, and liquidity. The ultimate winners will be institutions that enable frictionless switching between these attributes, much as banks historically absorbed innovations (like the CMA) to maintain their role.

marsbit06/10 10:27

Banks Battle Stablecoins: Where Will Deposits Ultimately Flow?

marsbit06/10 10:27

Banks Battle Stablecoins: Where Will Deposits Ultimately Flow?

"Banks vs. Stablecoins: Where Will Deposits Flow?" By: Prathik Desai The traditional banking model, where banks profit from lending out low-interest deposits, faces a fundamental challenge from blockchain-based stablecoins. While U.S. savings accounts offer ~0.6% interest, stablecoins provide near-instant, low-cost global transfers and, via DeFi protocols, access to 5-8% yields. This threatens bank deposit bases and their net interest margins. History offers a parallel: In the 1970s, Merrill Lynch's Cash Management Account (CMA) circumvented Regulation Q's interest caps by sweeping funds into money market funds, causing massive deposit outflows until banks responded with their own high-yield accounts. Today, two competing "digital dollar" models are emerging: 1. **Stablecoins (e.g., USDC):** Funds leave the banking system to back the tokens. While laws like the GENIUS Act forbid issuers from paying interest, users can earn yield via DeFi. This poses an existential threat, especially to regional banks. Predictions suggest significant deposit migration to stablecoins. 2. **Tokenized Deposits:** Banks convert deposits into on-chain tokens for fast, cheap transfers, while the original funds remain on their balance sheets, protected by FDIC insurance and available for lending. Two major bank consortia are developing platforms: one for institutions (led by JPMorgan, Citi, etc.) and Cari Network (regional banks) for retail users. The competition centers on control. Stablecoins offer openness and programmability but lack insurance. Tokenized deposits offer safety and yield but within the traditional, regulated system. A third path, exemplified by SoFi Bank's launch of SoFiUSD, aims to bridge this divide. SoFi integrates a stablecoin, a tokenized deposit (with yield and FDIC insurance), and a bank account in one app, allowing seamless switching based on the user's need for yield, safety, or liquidity. The core insight is that the future belongs not to a single product form, but to the *ability to frictionlessly switch* between forms—optimizing for security, yield, or liquidity as needed. Blockchain technology is becoming financial infrastructure, not to replace banks, but to force them to deconstruct and rebuild their services. The ultimate winners will be institutions that enable this seamless conversion, forcing an evolution similar to the post-Regulation Q era, where traditional finance absorbed innovations to survive.

Foresight News06/10 07:04

Banks Battle Stablecoins: Where Will Deposits Ultimately Flow?

Foresight News06/10 07:04

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