What can you actually do with tokenized stocks in DeFi? trading, routing and collateral

A familiar ticker is not DeFi utility. Where tokenized stocks can be routed, traded and borrowed against today, by chain.

SK Kim, Head of Growth
Open treasure chest full of gold coins on a sandy beach, cover image for a Treasures Finance guide to using tokenized stocks in DeFi for trading and collateral

Open any RWA dashboard today and the market looks massive. For most everyday DeFi users, the usable surface is still much smaller. Many RWA products require KYC. Some are built for institutions. Some sit inside issuer portals. Some can be held onchain, but cannot be easily traded, routed, borrowed against or used across protocols.

This gap makes it easy for everyday users to tune out. If an asset cannot be held, traded, routed or used in DeFi, it will remain distant. Tokenized stocks make this gap easier to understand because the underlying assets are already familiar.

Nvidia, Tesla, Apple, SPY and QQQ are established financial stocks. Users follow the headlines and recognize the price movements. Until recently, some of these names now have onchain versions.

But is that enough?

A familiar ticker only gets the user’s attention. DeFi utility depends on how the token behaves onchain.

Can the token move freely between wallets? Can it be approved by smart contracts? Can a DEX pool support it? Can an aggregator route it? Can an oracle price it? Can a lending market accept it without adding too much liquidation risk?

Those questions are separate from whether the asset is recognizable. Big names like Apple, Nvidia and SPY already have clear meaning in traditional markets. Once they become tokens, their usefulness depends on token standards, transfer rules, liquidity venues, oracle coverage and protocol integrations.

To understand that second layer, take a step back and look at how tokens became useful in DeFi.

Token Standardization: ERC 20 and Token-2022

Before a token can move through wallets, DEXs, lending markets and aggregators, applications need a common way to read balances, transfer assets and approve spending.

On Ethereum and EVM chains, ERC-20 became that shared language for fungible tokens. It gave DeFi a simple base layer: one token interface that many applications could understand. That is how assets like USDC, WETH and governance tokens could spread across wallets, DEXs, lending markets and aggregators without every application building a custom integration.

Solana has a different token architecture. Standard Solana assets use the SPL Token Program, while newer institutional assets can use Token-2022, also known as Token Extensions. Token-2022 adds optional features such as transfer hooks, transfer fees, metadata, confidential transfers, non-transferability and pausing.

These extensions are useful for issuers that need more control over regulated assets. A transfer hook can add extra logic when a token moves. A pause function can stop transfers during specific events. A non-transferable token can restrict movement entirely. These controls can help issuers meet compliance requirements while still using public blockchain infrastructure.

What changes when the token represents a stock?

Tokenized stocks follow the same logic at the technical layer, but the asset behind the token is more complex.

A share of Nvidia or Apple carries market hours, corporate actions, issuer obligations, custody arrangements and securities restrictions. The token standard gives the asset a format. The issuer structure decides what the holder can actually do with it.

We have covered issuers, market hours and product structure in previous articles. For DeFi composability, the practical question is what users can do after the asset reaches secondary markets.

A tokenized stock may exist onchain, but a trader still needs a venue. On Solana, that usually means checking Jupiter. On EVM chains, it means checking 1inch, Uniswap, PancakeSwap or another aggregator depending on where the asset trades.

xStocks

xStocks offers tokenized versions of stocks and ETFs with tickers such as SPYx, QQQx, TSLAx, NVDAx, AAPLx, GOOGLx, MSTRx, HOODx and CRCLx.

For traders, the Solana route check usually starts with Jupiter. Search the asset, check the route from USDC, then compare execution at different sizes. The route may pass through one or more pools depending on available liquidity.

xStocks also lists support across other networks, including Ethereum, Mantle, TON and Ink. On those networks, the route check moves to the relevant EVM or network-specific venue.

Ondo Global Markets

Ondo Global Markets offers tokenized exposure to stocks and ETFs with tickers such as SPYon, QQQon, NVDAon, TSLAon, AAPLon, GOOGLon, CRCLon and SLVon.

For traders, the route check depends on the chain. If the asset is on Solana, the first place to check is Jupiter. If the asset is on Ethereum, BNB Chain or another EVM network, traders can check 1inch, Uniswap, PancakeSwap or the relevant DEX route for that chain.

The next layer: using tokenized stocks as collateral

Trading is the first layer of DeFi composability. Collateral is the next. But this layer is still early.

Once a tokenized stock can be supplied into a lending market, the asset becomes more than a tradable exposure. It can support borrowing, leverage, carry strategies and portfolio liquidity without requiring the user to sell the position.

Kamino

On Solana, Kamino currently offers the clearest example through its xStocks Market. A user can supply supported xStocks as collateral and borrow against them. The visible market includes assets such as SPYx, TSLAx, QQQx, NVDAx, GOOGLx, MSTRx, AAPLx and HOODx.

That gives traders a more complete DeFi loop.

They can hold a tokenized stock, check trading routes through Solana venues, supply the asset into Kamino and borrow stablecoins against the position. The market still depends on price feeds, risk parameters, borrow caps, liquidation thresholds and available liquidity, but the collateral surface is already visible.

Morpho

On Ethereum, the verified collateral surface is narrower.

The 2 examples are SPYon and QQQon on Morpho. These are Ondo tokenized ETF assets that can be used as collateral to borrow USDC. The markets were created by Gauntlet, with risk parameters such as collateral factors, borrow caps and liquidation thresholds monitored around the assets.

Closing Notes

Tokenized stocks are still early in DeFi, but the category is becoming easier to measure.

The next phase will not be judged only by how many tickers are issued. It will be judged by how many tickers can be held in wallets, routed through aggregators, traded with usable depth, priced by reliable oracles and accepted by lending markets.

That is where RWA becomes relevant to everyday DeFi users.

About Treasures

Treasures is a Neobrokerage-as-a-Service solution built on tokenized stocks, powering stock trading in neobanks, AI agent ecosystems and hedge funds. Our SmartRoute aggregator routes across all of the leading issuers and blockchains to offer the deepest catalog in the market, with over 2,000 tokenized stocks available today. Our Copytrade and Signals products surface alpha from well-known market participants - allowing both our users and integrators to access high-quality asset curation. Over the next few weeks, we will be launching Onchain SMAs, our flagship institutional B2B offering connecting traditional asset managers with corporate clients onchain. With a single integration to the Treasures API or Agent Skill, partners can now launch full-fledged neobrokerage services in just a matter of hours.


Trade at app.treasures.io: https://app.treasures.io
Build with the Treasures API: https://docs.treasures.io
Follow Treasures on X: https://x.com/treasures_io