MakerDAO and DAI: What Enterprise Treasury Teams and Protocol Founders Need to Know

Most content about MakerDAO is written for individual DeFi users opening vaults or farming yield. That framing misses an increasingly relevant audience: protocol founders building stablecoin infrastructure and enterprise treasury teams evaluating which stablecoins to hold, accept, and route across chains.

DAI is not just another dollar-pegged token. It is a collateral-backed stablecoin governed by a decentralized protocol, now transitioning to USDS under the Sky Protocol rebrand. For organizations running multi-stablecoin treasury strategies, DAI introduces a different risk profile, a different governance model, and different liquidity characteristics than centralized alternatives like USDC or USDT. Understanding those differences is not optional if your protocol handles stablecoin flows at scale.

This article covers DAI from the perspective of enterprise integration: how the Maker Protocol works as collateral infrastructure, what the USDS migration means for existing integrations, where DAI liquidity actually sits across chains, how governance affects risk, and which MakerDAO alternatives exist for collateralized stablecoin issuance.

MakerDAO is a decentralized credit protocol on Ethereum. Users deposit collateral (ETH, WBTC, real-world assets, and other approved tokens) into smart contracts called vaults. Against that collateral, they mint DAI, a stablecoin soft-pegged to the US dollar. Every unit of DAI in circulation is backed by more collateral than its face value, a mechanism known as overcollateralization.

The protocol manages risk through several parameters controlled by governance:

For enterprise teams, the key distinction is structural: DAI does not depend on a single entity holding reserves in a bank account. Its backing is transparent, verifiable onchain, and governed by token holders rather than a corporate issuer. That creates both advantages and risks worth quantifying.

In August 2024, MakerDAO rebranded as Sky Protocol. The core protocol mechanics remain the same, but the tokens are changing. DAI is being migrated to USDS, and MKR (the governance token) is converting to SKY at a ratio of 1 MKR to 24,000 SKY.

The migration timeline is now concrete. Coinbase has scheduled its DAI-to-USDS conversion for early May 2026, with automatic 1:1 balance migration. Binance has already delisted DAI trading pairs, with USDS spot trading beginning in April 2026. USDS holds a market capitalization exceeding $11 billion, and Sky Protocol generated an estimated $611 million in gross revenue for 2025.

For protocol founders and treasury teams, the migration raises several practical questions:

The underlying mechanism is unchanged: USDS is backed by the same collateral framework as DAI. But the token migration introduces operational complexity that enterprise teams cannot ignore.

The DAI vs USDC decision is not about which stablecoin is better in absolute terms. It is about which risk profile aligns with your treasury mandate and operational constraints.

USDC is issued by Circle, a regulated entity that holds reserves in US dollars and short-term US Treasuries with monthly attestation reports. Circle can freeze USDC at specific addresses in response to regulatory or legal requirements. For enterprises operating in highly regulated environments, the presence of a centralized issuer with clear legal accountability can be an advantage.

DAI has no single issuer. Its minting and burning are governed by smart contracts. No entity can freeze DAI at a specific address. For protocols that prioritize censorship resistance or operate in jurisdictions where centralized stablecoin access is uncertain, this characteristic matters.

Both stablecoins offer verifiable backing, but through different mechanisms. USDC backing is attested by third-party auditors on a monthly cycle. DAI collateral is visible onchain in real time, with every vault's collateral ratio publicly queryable. For treasury teams that value continuous auditability over periodic attestation, DAI's transparency model is more granular.

DAI offers native yield through the DAI Savings Rate, which has exceeded 3% at various points. USDC yield is available through third-party lending protocols but not natively from Circle. For treasuries evaluating idle stablecoin allocation, DAI's built-in yield mechanism simplifies the decision and reduces counterparty exposure to lending platforms.

USDC benefits from Circle's compliance infrastructure and regulatory engagement. DAI, as a decentralized asset, sits in a more ambiguous regulatory position. The EU's MiCA framework and the US GENIUS Act both favor fiat-backed stablecoins with identifiable issuers. Enterprise teams operating under strict compliance mandates should weigh this gap carefully.

The practical answer for most enterprise treasuries is diversification. Holding DAI (or USDS) alongside USDC and USDT creates redundancy across issuer types, governance models, and regulatory regimes. If Circle faces a regulatory action, DAI is unaffected. If a smart contract vulnerability impacts the Maker Protocol, USDC and USDT positions remain intact. A multi-stablecoin treasury is a risk management strategy, not a speculative one.

DAI originated on Ethereum and maintains its deepest liquidity there. But enterprise protocols increasingly operate across multiple Layer 2 networks, and DAI multichain liquidity is fragmented in ways that matter for treasury operations.

DAI is available on Arbitrum, Optimism, Base, Polygon, and several other networks. However, unlike USDC, which Circle issues natively on multiple chains through its Cross-Chain Transfer Protocol (CCTP), DAI on Layer 2 networks exists as a bridged asset. The security of bridged DAI depends on the bridge that moved it, introducing an additional trust assumption that native tokens do not carry.

Concrete liquidity numbers illustrate the disparity. DAI on Arbitrum held an onchain market cap of roughly $20.5 million as of early April 2026, a fraction of USDC's presence on the same network. On Base, which prioritizes native USDC, DAI liquidity is even thinner. For protocols that need to execute large DAI transfers across chains, this fragmentation creates slippage risk and operational complexity.

This is where stablecoin routing infrastructure becomes relevant. Protocols that need to accept DAI alongside USDC and USDT across multiple chains face an integration burden: each stablecoin on each chain requires separate handling for bridging, liquidity sourcing, and settlement. Eco Routes addresses this by providing a single integration point for stablecoin transfers across 15 supported chains, including Ethereum, Arbitrum, Optimism, Base, Polygon, and Solana. Through stablecoin orchestration, protocols can accept DAI on one chain and settle in USDC on another without building separate routing logic for each pair.

DAI's decentralized governance is a feature for censorship resistance and a risk factor for enterprise predictability. Understanding how governance decisions are made helps treasury teams assess whether DAI aligns with their risk tolerance.

MKR (now SKY) token holders vote on all critical protocol parameters: collateral types, risk parameters, stability fees, the DAI Savings Rate, and emergency responses. Proposals follow a structured process: community discussion, governance polls, and executive votes that are executed onchain.

The governance model introduces several enterprise-relevant risks:

For enterprise risk teams, the takeaway is that DAI governance risk is real but manageable. It is a different category of risk than the counterparty risk associated with centralized issuers, not necessarily higher or lower.

DAI pioneered the overcollateralized stablecoin model, but several protocols now offer variations on the same concept. Enterprise teams evaluating collateralized stablecoins should understand the landscape beyond Maker.

Ethena takes a fundamentally different approach. USDe maintains its dollar peg through a delta-neutral hedging strategy, holding long positions in crypto assets while shorting equivalent positions in derivatives markets. With a market cap exceeding $11 billion, USDe has grown rapidly and offers broad cross-chain availability. The risk profile differs from DAI: USDe depends on derivatives market liquidity and counterparty risk with exchanges rather than onchain collateral ratios. Enterprise teams should evaluate whether derivatives-based stability aligns with their risk framework.

Liquity is the closest philosophical cousin to MakerDAO. LUSD is backed exclusively by ETH collateral, with no governance token and no human-controlled parameters. Interest rates and liquidation thresholds are set algorithmically. For enterprise teams that view governance risk as a primary concern, Liquity's immutable design eliminates that variable entirely. The trade-off is reduced flexibility: the protocol cannot adapt to changing market conditions through governance decisions.

Frax uses a hybrid model combining partial collateralization with algorithmic stabilization mechanisms. While innovative, adoption remains niche in 2026, and the hybrid model adds complexity that may concern enterprise risk assessors who prefer fully collateralized designs.

USDC and USDT are not MakerDAO alternatives in a technical sense, since they use entirely different issuance mechanisms. But from a treasury allocation perspective, they serve as the primary alternatives to DAI for dollar-pegged stablecoin holdings. Fiat-backed stablecoins represent approximately 92% of the total stablecoin market, which surpassed $300 billion in total capitalization as of early 2026.

Over 400 platforms have integrated DAI, making it one of the most widely supported stablecoins in DeFi. For protocol founders considering MakerDAO protocol integrations, several factors determine whether DAI support is worth the engineering investment.

DAI is deeply integrated across lending protocols (Aave, Compound), decentralized exchanges (Uniswap, Curve), and yield aggregators. Protocols that integrate DAI gain access to this composability layer, enabling use cases like collateralized borrowing, liquidity provision, and automated yield strategies that reference DAI as a base asset.

Supporting DAI alongside USDC and USDT means handling three separate token contracts, potentially across multiple chains. Each stablecoin may have different liquidity depths, bridging requirements, and settlement characteristics on each network. This complexity scales linearly with the number of chains and stablecoins supported.

This is the core problem that stablecoin developer tools like Eco Routes solve. Rather than building separate integration paths for DAI on Ethereum, DAI on Arbitrum, USDC on Base, and USDT on Polygon, protocols can use a single integration point. Eco's intent-based architecture means a user can initiate a transfer in DAI on one chain, and the receiving protocol can settle in whichever stablecoin it prefers on the destination chain. The cross-chain stablecoin routing handles denomination conversion, chain bridging, and optimal execution in a single step.

Protocols integrating DAI today should plan for supporting USDS as well. During the transition period, both tokens will circulate. Builders should consider whether to support both token contracts simultaneously or wait until the migration reaches critical mass. Monitoring exchange delisting timelines and DeFi protocol migration announcements will determine the practical cutover point.

For enterprise treasury teams, DAI is best understood as one component in a diversified stablecoin allocation. A structured approach to multi-stablecoin treasury management considers several dimensions:

Concentrating treasury holdings in a single stablecoin creates issuer concentration risk. A treasury holding USDC, USDT, and DAI distributes exposure across Circle, Tether, and the Maker Protocol. Each has different failure modes, regulatory exposures, and operational risks.

Stablecoin liquidity is not uniform across networks. A treasury strategy should account for where each stablecoin has the deepest liquidity relative to operational needs. If your protocol primarily operates on Arbitrum and Base, USDC will likely serve as the primary settlement asset, with DAI playing a supporting role. If your user base is concentrated on Ethereum mainnet, DAI liquidity is more competitive.

DAI's built-in Savings Rate provides a baseline yield without third-party lending risk. USDC yield requires deployment into lending protocols or money market funds. A treasury allocation model might hold a portion in sDAI (the yield-bearing wrapper for DAI in the Savings Rate) for passive yield and keep USDC liquid for operational payments.

The ability to convert between stablecoins quickly and at low cost is critical for treasury management. Stablecoin swap infrastructure determines how efficiently a treasury can rebalance between DAI, USDC, and USDT in response to changing market conditions, liquidity needs, or risk assessments. Protocols using Eco Routes can execute these conversions across chains without maintaining separate bridge integrations for each stablecoin pair.

The stablecoin market in 2026 is defined by two trends: regulatory formalization and multichain expansion. DAI, now transitioning to USDS, sits at the intersection of both.

Regulatory frameworks like MiCA and the GENIUS Act favor fiat-backed stablecoins with identifiable issuers. This does not make DAI or USDS irrelevant, but it does narrow the institutional use cases where decentralized stablecoins can serve as the primary treasury asset. DAI's strength going forward is as a diversification tool, a DeFi composability layer, and a censorship-resistant option within a broader stablecoin portfolio.

The multichain trend works in DAI's favor in some respects and against it in others. DAI is available across major networks, but as a bridged asset rather than a natively issued one. This creates friction for cross-chain stablecoin transfers that protocols need to account for. Infrastructure that abstracts away these differences, routing DAI transfers alongside USDC and USDT without separate integration work, reduces the operational cost of supporting DAI in a multichain environment.

For protocol founders and enterprise treasury teams, the evaluation criteria are straightforward. DAI offers decentralized governance, onchain transparency, native yield through the Savings Rate, and deep DeFi integration. It carries governance risk, thinner multichain liquidity than centralized alternatives, and regulatory ambiguity. The right allocation depends on your operational context, your compliance requirements, and your conviction about the value of decentralized stablecoin infrastructure.

DAI is being migrated to USDS under the Sky Protocol rebrand. The underlying collateral mechanics are identical, and the conversion is 1:1. Major exchanges are handling the migration automatically, with Coinbase converting balances in May 2026 and Binance transitioning in April 2026. DAI will continue to exist as a token, but liquidity and integrations are shifting to USDS.

No. DAI is a decentralized, overcollateralized stablecoin with no centralized issuer. No single entity has the ability to freeze DAI at a specific wallet address. This is a core architectural difference from USDC and USDT, where the issuer retains the ability to blacklist addresses in response to regulatory or legal requirements.

The DAI Savings Rate is a yield mechanism built into the Maker Protocol. DAI holders can deposit into the DSR contract and earn interest funded by stability fees collected from vault users. Rates are set by governance and have ranged from under 1% to above 15% depending on market conditions. For enterprise treasuries, the DSR offers yield without lending counterparty risk, though the rate itself is subject to governance changes.

DAI liquidity on Layer 2 networks like Arbitrum, Optimism, and Base is significantly lower than USDC. On Arbitrum, DAI's onchain market cap was approximately $20.5 million in early April 2026, while USDC maintains substantially deeper pools. DAI on Layer 2 networks exists as a bridged asset, adding bridge security risk that natively issued USDC does not carry. Protocols handling large DAI volumes across chains should evaluate liquidity depth on each target network.

The primary alternatives are Ethena (USDe), which uses a delta-neutral hedging strategy rather than overcollateralization; Liquity (LUSD and BOLD), which uses immutable smart contracts with no governance overhead; and Frax (FRAX), which employs a hybrid collateral-algorithmic model. Each protocol makes different trade-offs between governance flexibility, risk characteristics, and decentralization. Fiat-backed stablecoins like USDC and USDT serve as alternatives from a treasury allocation perspective, though they use fundamentally different issuance mechanisms.