When RWA is converted into an on-chain token, it doesn't inherently possess liquidity or utility. It must be integrated into the DeFi protocol ecosystem to enter the true financial cycle.
Essentially, DeFi offers three core capabilities: trading, lending, and composability. Once RWA tokens are in these scenarios, they can be used just like native crypto assets.
A typical path looks like this:
RWA tokens are issued and brought on-chain
Integrated into DEXs or aggregators to gain basic trading liquidity
Included in lending protocols as collateral or yield assets
Combined with other assets to enter yield strategies (such as yield farming or structured products)
The key point here is: RWA should not just be traded, but also used.
For example, in protocols like Aave or MakerDAO, RWA has already been included in collateral asset systems to support stablecoin issuance or lending markets. This means real-world assets are starting to directly participate in the on-chain credit creation process.
If DeFi is the infrastructure, then stablecoins and lending protocols are the central layer connecting RWA and liquidity. Stablecoins play a critical role in the entire system because they are the main unit of account and liquidity medium on-chain. An important application for RWA is providing more real and sustainable asset backing for stablecoins. For instance, USDC and DAI have gradually introduced real-world assets like treasury bonds and cash to improve stability and yield capacity.
Structurally, their relationship can be understood as:
RWA provides yield and asset backing (such as treasury bond interest)
Lending protocols enable credit expansion (allowing collateralized borrowing)
Stablecoins circulate as liquidity carriers in the market
The change brought by this structure is: on-chain finance no longer relies solely on crypto asset price fluctuations but begins to introduce real-world interest rate systems. RWA is gradually aligning DeFi with the traditional financial interest rate world.
In on-chain markets, liquidity doesn't exist automatically—it needs to be designed and incentivized. For RWA assets, this is especially crucial because compared to mainstream assets like BTC and ETH, RWA tokens often have lower market awareness and trading frequency, and their price discovery mechanisms are less mature. Therefore, market-making mechanisms are essential to provide basic liquidity.
Currently, mainstream approaches mainly include AMMs (automated market makers) and professional market makers. Protocols like Uniswap use liquidity pools to enable automatic asset pricing and trade matching. However, for RWA, relying solely on AMMs may not be sufficient since their pricing often needs to reference off-chain asset valuations. In practice, the following methods are commonly combined:
Introducing market makers to provide active quotes
Using incentive mechanisms (liquidity mining) to attract funds into pools
Setting price anchoring mechanisms (such as referencing net asset value, NAV)
Restricting trading ranges to reduce price deviations
RWA liquidity building can be understood as a combination of market mechanisms and deliberate design—not a completely free market.
Once RWA enters lending and financial systems, risk issues inevitably emerge. Unlike pure crypto assets, risks for RWA come not only from price volatility but also from off-chain risks such as asset default, legal disputes, or lack of transparency. Therefore, its risk control mechanisms need to be more complex.
From an on-chain perspective, the core still revolves around collateral ratios and liquidation mechanisms. Typically, the system sets a minimum collateral ratio; when asset values drop or risks rise, liquidation processes are triggered. This process is usually automatically executed by smart contracts to ensure overall system solvency.
But in RWA scenarios, additional control measures are introduced, such as:
Higher collateral ratio requirements (to reduce system risk)
Whitelist mechanisms (to limit participant scope)
Regular asset audits and valuation updates
Delayed liquidation or manual intervention mechanisms (to address off-chain issues)
RWA liquidation doesn't always happen instantly like with crypto assets; if the underlying asset is real estate or debt, disposal itself takes time, which brings new challenges to on-chain systems.
The real adoption of RWA does not depend on whether it can be brought on-chain, but on whether it can be integrated into DeFi's liquidity and risk systems. As these infrastructures gradually improve, on-chain finance will no longer be just a game for crypto assets—it will start supporting broader real-world economic activity.