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Glossary · Crypto-Backed

Collateral Diversification

Crypto-Backed Advanced

Full Explanation +
01 · What is this?

What are the trade-offs behind MakerDAO's decision to accept USDC as DAI collateral (through PSM)? Why did this decision both improve system efficiency and introduce systemic risk?

Decision background: MakerDAO introduced PSM (Peg Stability Module) in 2020, allowing 1 USDC to exchange for 1 DAI (or reverse), letting institutions frictionlessly convert USDC to DAI.

Benefits: DAI supply substantially increased (PSM makes DAI minting more flexible); DAI's peg to $1 more robust (since USDC can always be redeemed 1:1); attracted large institutional DAI usage (lowered entry barriers).

Risks introduced: Centralization risk — USDC is a centralized Stablecoin issued by Circle; if Circle is sanctioned by regulators or USDC blacklisted, MakerDAO's held USDC may be frozen, instantly invalidating part of DAI's reserves. Correlation risk — DAI was originally positioned as 'decentralized stablecoin,' but with heavy USDC introduction, DAI and USDC fates became highly correlated (USDC depegging in SVB event caused DAI to also depeg). Regulatory dependency — if Circle is required in some jurisdiction to blacklist MakerDAO's held USDC, DAI's legal status may also be impacted.

MakerDAO's subsequent response: precisely because of awareness of USDC dependence risk, MakerDAO accelerated RWA integration post-2022 (directly holding tokenized Treasuries rather than indirectly through USDC), while discussing reducing USDC dependence ratios in EndGame plans.

02 · Why does it exist?

What opportunities and unique risks does tokenized real-world assets (RWA) as DAI collateral present?

RWA integration opportunities: MakerDAO in 2022 began accepting tokenized US Treasuries (T-Bills) as part of DAI's reserves. This allows MakerDAO to invest idle stablecoins (USDC) in US Treasuries, earning real interest income (during the 2022-2024 Fed rate hike period, Treasury yields reached 4-5%). RWA integration brought MakerDAO over $100M in annualized protocol income in 2023 — a major leap in protocol profitability. For DAI holders, this income is returned through DSR (DAI Savings Rate), giving holding DAI higher interest incentives.

RWA integration unique risks: First, legal structure risk — tokenized Treasuries require a 'legal wrapper layer' (typically Special Purpose Vehicles, SPVs) allowing on-chain DAOs to hold off-chain assets. If this legal structure isn't recognized in a specific jurisdiction, the legal link between DAI's on-chain reserves and off-chain assets may break. Second, issuer credit risk — tokenized Treasury issuers (like Centrifuge, Goldfinch, Ondo) are centralized intermediary institutions. If these issuers experience fraud or operational problems, DAI's RWA reserves may face losses. Third, liquidity risk — RWA liquidity is typically lower than ETH or USDC. Under emergency Liquidation needs, tokenized Treasuries may take days to weeks to fully liquidate, impacting DAI's instant redemption capacity. Fourth, regulatory risk — US SEC may classify certain tokenized traditional assets as securities requiring specific qualifications to hold, potentially making it illegal for DAOs to hold RWA.

03 · How does it affect your decisions?

What special risks does 'liquid staking derivatives (LSD)' as DAI collateral (like stETH) introduce? How does it differ from directly collateralizing ETH?

LSD basic concept: Liquid Staking Derivatives are tokenized receipts for 'ETH staked on Ethereum's Beacon Chain' — stETH (Lido), rETH (Rocket Pool), and other tokens represent claims on staked ETH and allow holders to continue accumulating Ethereum staking yield (approximately 3-5% annualized). Compared to directly holding ETH, stETH holders 'earn extra staking yield.'

Special risks of stETH as collateral: First, Smart Contract stack risk — using stETH as DAI collateral exposes you simultaneously to 'Lido's smart contract risk + MakerDAO's smart contract risk' double risk (propagation of contract vulnerabilities). Second, slashing risk — if a Lido Node operator is 'slashed' (Ethereum network's penalty for improper validation behavior), stETH's value may briefly fall below equivalent ETH. If this occurs for positions using stETH as collateral, it may trigger unexpected liquidations. Third, liquidity discount risk — stETH and ETH typically exchange near 1:1 on DEXs, but discounts may emerge under market pressure (during the June 2022 Celsius crisis, stETH traded at a 0.94 ETH discount). If protocols using stETH as collateral use instant spot price (rather than TWAP), this discount may trigger mass liquidations. Fourth, concentration risk — Lido controls over 30% of Ethereum staking (2026); if the Lido protocol has problems, the entire LSD market may be simultaneously impacted, and with MakerDAO holding large amounts of stETH, the two systems' fates are highly correlated.

04 · What should you do?

From a portfolio management perspective, how can you assess a decentralized Stablecoin's (like DAI) 'actual decentralization level'? With increasing RWA and USDC, is DAI still decentralized?

Framework for assessing decentralization level: true decentralization should achieve all three dimensions: First, issuance decentralization — does stablecoin minting and burning require any centralized institution's permission? DAI minting is automatically executed by smart contracts (no MakerDAO Foundation permission needed) — this dimension is decentralized. Second, reserve decentralization — are the underlying assets supporting the stablecoin all decentralized (can't be frozen by a single institution)? DAI's reserves now include large amounts of USDC (freezable by Circle) and tokenized Treasuries (relying on off-chain legal frameworks) — neither part is truly decentralized. Third, governance decentralization — are system rules determined by a dispersed holder group rather than a few institutions? MakerDAO's governance is decided by MKR holders, but MKR concentration is relatively high (few large holders have significant influence) — 'relatively decentralized' not 'completely decentralized.'

DAI's current decentralization status (2026): if assessed by reserve asset centralization degree, DAI is no longer a purely decentralized stablecoin — it's a hybrid design 'managed by decentralized mechanisms, but with some reserves depending on centralized assets.' This is MakerDAO's compromise between 'capital efficiency and decentralization purity.'

Practical meaning for users: if you hold DAI because 'I don't trust any centralized institution,' you need to understand DAI's reserves now include large amounts of centralized assets — creating significant distance between DAI and 'completely decentralized stablecoin.' If you hold DAI because 'I want a yield-bearing stable asset and trust MakerDAO's governance,' DAI may still be a good choice — just need to accept the risks its centralized components bring.

Real-World Example +

Brief Timeline of MakerDAO Collateral Diversification Evolution

2017 (ETH-A only): earliest DAI only accepted ETH as collateral (Single Collateral DAI, SAI). Purely decentralized, but DAI supply limited by ETH market cap, with insufficient liquidity in ETH bear markets.

2019 (Multi-Collateral DAI): upgraded to multi-collateral version, accepting ETH, BAT, and other crypto assets. DAI supply elasticity improved, but still purely crypto collateral.

2020 (introduced USDC and PSM): to maintain DAI's peg during DeFi Summer demand surges, MakerDAO introduced USDC as collateral and established PSM. This substantially improved DAI's supply capacity, but also caused DAI to start depending on centralized assets.

2022-2023 (large-scale RWA integration): MakerDAO began integrating tokenized US Treasuries (Centrifuge, Monetalis Clydesdale, etc.), allowing idle USDC reserves to earn real interest income, bringing over $100M annualized income.

2024-2026 (EndGame and USDS transition): DAI renamed to USDS, MKR renamed to SKY; protocol continues finding balance between 'capital efficiency vs decentralization purity.'

What this means for your money: DAI/USDS's evolution illustrates the systemic tension of 'decentralized stablecoins being forced to compromise with centralized realities while pursuing sustainability.' If you're a long-term DAI holder, understanding this evolution trajectory helps evaluate DAI's true risk characteristics.

Common Misconceptions +
✕ Misconception 1
✗ Misconception: DAI's 'decentralized' label means it is safer than USDC in any situation. In reality, DAI's risk profile is 'smart contract risk + collateral portfolio risk + governance risk + USDC/RWA indirect centralization risk,' which differs from USDC's counterparty risk alone — in scenarios like a DeFi contract attack or a sharp ETH crash, DAI's risk can actually be higher. No stablecoin is absolutely safer; there are only trade-offs between different types of risk.
✕ Misconception 2
✗ Misconception: MakerDAO introducing USDC and RWA as collateral was a design failure that betrayed the decentralization vision. In reality, it was a rational compromise between capital efficiency and decentralization purity — the PSM made DAI supply more flexible, and RWA brought over $100M in annualized revenue to keep the protocol sustainable. DAI/USDS is a hybrid design under real-world constraints, not a design failure.
The Missing Link +
Direct Impact

Core Trade-offs of Collateral Diversification

Single crypto asset (ETH only) → most pure decentralization; cost is DAI supply constrained by ETH market cap, with severely insufficient liquidity in bear markets

Multiple crypto assets (ETH + stETH + WBTC) → improved supply elasticity; cost is smart contract risk stacking, and assets are highly correlated during market crises

Crypto assets + centralized stablecoin (USDC) → substantially improved liquidity; cost is introducing centralization risk (freezing, regulation) and correlation contagion

Crypto assets + centralized stablecoin + RWA → highest capital efficiency and protocol income; cost is substantially reduced decentralization purity, plus introducing legal structure and issuer credit risk

Missing Link: MakerDAO's collateral diversification evolution demonstrates that 'decentralized stablecoins face structural centralization compromise pressure when pursuing usability and capital efficiency.' This isn't design failure — it's rational adaptation under real-world constraints. The question is: does this compromise exceed the boundary the original 'decentralization' value proposition can bear?

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