RAAC: An Overview
RAAC is a decentralized protocol for real-world asset (RWA) lending and borrowing. It brings tokenized physical assets into on-chain financial primitives such as stablecoins, lending pools, and asset vaults to enable collateralized lending and generate on-chain liquidity from illiquid assets.
Quick answer
RAAC is a decentralized protocol for real-world asset (RWA) lending and borrowing. It brings tokenized physical assets into on-chain financial primitives such as stablecoins, lending pools, and asset vaults to enable collateralized lending and generate on-chain liquidity from illiquid assets.
RAAC (Real Asset Acquisition Corp) operates as a decentralized finance protocol that focuses on bringing real-world assets (RWAs) into blockchain-based financial systems. The platform enables lending and borrowing against tokenized tangible assets, including properties and commodities, by integrating them into a DeFi stack of stablecoins, lending pools, and asset vaults. Its objective is to convert traditionally illiquid assets into tokenized forms that function as collateral and income-generating instruments on-chain, narrowing the divide between traditional finance (TradFi) and DeFi.
Overview
Real Asset Acquisition Corp (RAAC) is a DeFi protocol designed to incorporate real-world assets (RWAs) into blockchain financial infrastructure. It aims to mitigate the separation between TradFi—where holdings like real estate and commodities tend to be illiquid and bound by regulatory or structural restraints—and DeFi, which provides faster settlement and broader access but often depends on volatile crypto assets and speculative yields.
RAAC’s approach centers on tokenizing real-world assets so they can serve as collateral or yield-bearing instruments within DeFi applications. Its offerings include RAACLend, which allows tokenized RWAs to be held, deployed, or borrowed against using a stablecoin, and RWf(x), which permits tokenized assets to back a collateralized debt position (CDP) stablecoin that can be used to pursue yield. These mechanisms are intended to introduce asset-backed collateral and increase on-chain liquidity. Specific protocol features remain subject to change.
Products
RAACLend
RAACLend is RAAC’s framework for lending and tokenizing assets with an emphasis on real estate–backed digital tokens. Under this structure, RAAC purchases real estate, retains legal title, and issues property-linked NFTs called REET NFTs, which denote contractual claims on particular properties. Holders can keep these NFTs, trade them on external marketplaces, post them as collateral to borrow crvUSD, or follow a defined redemption process that permits eligible holders to acquire title to the underlying real estate. RAAC oversees property-related obligations such as maintenance, insurance, taxes, and property management, and distributes rental income according to preset allocations that governance can modify.
The system also offers a real estate index token, iREET, which aggregates exposure across several tokenized properties. Owners of REET NFTs may deposit their NFTs into the index in return for iREET tokens that represent a proportional share of the pool’s net asset value (NAV). These index tokens can be redeemed for REET NFTs through a randomized queue mechanism or used as collateral to borrow crvUSD. The index can retain rental revenues to enhance NAV, with designated fees directed to the protocol and its treasury.
The lending setup uses an interest-rate model tied to the U.S. prime rate, with borrowing fees that shift based on utilization levels. Lenders obtain yield from borrower interest payments and, in certain arrangements, from a portion of rental income linked to collateral. Deposited crvUSD may be allocated to a stability pool in exchange for receipt tokens, which can produce extra yield but expose holders to higher risk in the event of bad debt. The stability pool functions with specified withdrawal windows and procedural rules.
Liquidations occur when a borrower’s collateral drops below required thresholds. Collateral valuations are refreshed using price feeds alongside periodic off-chain appraisals. When liquidations are executed, the stability pool covers the outstanding liability and takes possession of the collateral, which can subsequently be folded into the index. Proceeds are apportioned according to predefined rules, reimbursing the stability pool, rewarding liquidity providers, collecting protocol fees, and burning tokens where applicable. If liquidity proves inadequate, losses may be socialized within the stability mechanism, and the protocol includes measures to pause activity if necessary to curb systemic risk.
Architecture
Lending Pool
The LendingPool contract sits at the heart of RAAC and handles deposits, withdrawals, borrowing, repayments, and liquidation workflows. It stores the protocol’s primary liquidity and issues yield-bearing RTokens to depositors in return for supplied assets. Interest accrues via an index-based method tied to the U.S. prime rate, while borrowing costs vary with pool utilization. The contract enforces a suite of risk and operational settings—such as supply and borrow caps, collateral and liquidation thresholds, liquidity buffer ratios, and fee parameters—that can be adjusted by assigned governance roles.
Collateral is supported through a modular adapter system, enabling different tokens or NFTs to act as collateral once a compliant adapter is registered. Borrowers must initiate a vault position before supplying collateral and may borrow up to a specified portion of the collateral’s value, provided their health factor remains above the liquidation threshold. The protocol offers an optional insurance feature that provides a grace period for undercollateralized positions if a fee is paid. Liquidations follow a lifecycle: initiation, a potential grace-period repayment by the borrower, and final resolution by the Stability Pool if requirements are not satisfied. Part of the liquidity is directed to an external yield vault, with automated rebalancing occurring after major pool actions to retain target allocations.
Stability Pool
The StabilityPool contract functions as the primary safeguard for the LendingPool during liquidation events. Participants deposit a yield-bearing token (currently rcrvUSD) and obtain a 1:1 representative token called deToken. These deposits are used to extinguish the debt of undercollateralized borrowers during liquidations, with the pool operating through a dedicated liquidation module. Depositors keep exposure to the lending pool’s underlying yield while serving as this backstop, and accounting preserves a fixed 1:1 relationship between rToken and deToken.
Tokens
$RAAC
$RAAC is the ecosystem token employed to coordinate governance and the distribution of value across RAAC components, including RWf(x) and the RAACLend index. The protocol utilizes a vote-escrow (ve) model, under which holders lock tokens to receive $
Tokenomics
$RAAC has a total supply of 21M tokens and has the following allocation:
RAACNFT
- Ecosystem: 41.92%
- Treasury: 14.7%
- Team & Advisors: 25.75%
- Investors & Partners: 10.63%
- Bond Sales: 7%
Partnerships
- Chainlink
- TheLlamas
- TAU Labs
- Circle
- Instruxi
- Ion Digital
- Curve Finance
- Frax Finance
- Facoin
- zkMe
Frequently Asked Questions
What is RAAC?
RAAC is a decentralized protocol for real-world asset (RWA) lending and borrowing. It brings tokenized physical assets into on-chain financial primitives such as stablecoins, lending pools, and asset vaults to enable collateralized lending and generate on-chain liquidity from illiquid assets.
How does RAAC work?
RAAC operates through smart contracts deployed on the Ethereum blockchain. Users interact directly with the protocol via a web interface or wallet integration — no account creation or KYC is required. All operations are settled on-chain and are publicly verifiable.
Is RAAC safe to use?
RAAC has undergone smart contract audits and is among the more established protocols in DeFi. However, all DeFi protocols carry inherent risks including smart contract vulnerabilities, oracle failures, and liquidation risk. Users should only commit funds they can afford to lose and review the protocol's audit reports before participating.
What blockchain is RAAC built on?
RAAC is primarily deployed on Ethereum. Many leading DeFi protocols are also expanding to Layer-2 networks such as Arbitrum, Optimism, and Base to reduce transaction costs and improve throughput.
What are the risks of using RAAC?
Key risks include smart contract exploits, governance attacks, oracle manipulation, liquidity crises, and regulatory uncertainty. DeFi protocols are uninsured — losses from exploits are typically not recoverable. Always review audits and understand the mechanism before depositing funds.
How do I get started with RAAC?
To use RAAC, you need a self-custody wallet (such as MetaMask or Rabby), ETH for gas fees, and the relevant tokens for the action you want to perform. Visit the official protocol interface, connect your wallet, and follow the on-screen steps. Start with a small amount to familiarise yourself with the UX.
What token does RAAC use?
RAAC typically has a native governance token that allows holders to vote on protocol parameters, fee structures, and treasury allocations. Check the protocol's documentation for the current token ticker, total supply, and distribution schedule.
Who created RAAC?
RAAC was founded by a team of blockchain developers and DeFi researchers. The protocol is typically governed by a decentralised autonomous organisation (DAO), meaning ongoing development and parameter changes are decided collectively by token holders rather than a central company.
What is the total value locked (TVL) in RAAC?
RAAC's TVL fluctuates with market conditions and can be tracked in real time on DeFiLlama (defillama.com). TVL measures the total value of assets deposited into the protocol and is a key indicator of user confidence and liquidity depth.
How does RAAC compare to other DeFi protocols?
RAAC is differentiated by its specific mechanism, fee structure, and supported assets. Comparing protocols should include factors such as audited security posture, capital efficiency, governance maturity, cross-chain availability, and historical uptime. DeFiLlama and Dune Analytics provide side-by-side comparative data.