A crypto lending protocol's name is a label for three things at once: a company that builds the apps, the smart contracts that hold the deposits, and a token priced on an exchange. When a market pause makes the news, you need to know which of the three acted and whether your $1,000 deposit can still be withdrawn.
In decentralized finance (DeFi), each of those three has different powers. The company controls its own website and the code it proposes, the contracts apply their rules to anyone who signs a transaction, and the token's holders vote on what those rules should be. Mixing them up produces wrong answers about who holds your assets and who can restrict them.
Aave is one of the clearest cases of that split, because a single name covers Aave Labs, the Aave protocol, and the AAVE token, and each of them answers a different question about a deposit, a vote, or a trade.
What are Aave Labs, the Aave protocol, and the AAVE token?
Aave Labs is the software company that wrote the original Aave code and operates interfaces such as app.aave.com, while the Aave protocol is the set of lending smart contracts that hold supplied assets on public blockchains. The AAVE token sits alongside both as an ERC-20 governance token, which its holders use to vote on changes to those contracts.
Aave Labs is the original author of Aave and remains a contributor to it (source: Aave, About). The lending design that carries the name today relaunched in January 2020, when the earlier ETHLend project moved from peer-to-peer loans to a liquidity pool model (source: Wikipedia, Aave). That relaunch is one step in Aave's history and versions, which run from the first pooled release to today's V3 and V4 markets. This history explains why a company and a set of contracts still share one name.
Labs writes the code, operates the applications, and publishes the guides, yet the protocol it wrote is something it neither owns nor operates. The company also holds no custody of your assets or private keys and acts as no broker, lender, or counterparty when you use the protocol (source: Aave, Terms of Service). Its products now include the Aave App, a savings application in early access on iOS that supplies your deposits to Aave, where borrowers pay the interest you earn (source: Aave, Aave App). Aave Labs is the company behind that mobile application (source: Aave, Aave App Terms of Service).
| Name | What it is | What it can change | Common mix-up |
|---|---|---|---|
| Aave Labs | Software company, original author, operator of app.aave.com and the Aave App | Its own websites, applications, and the code it proposes | Treating Labs as the holder of your deposit |
| Aave protocol | Lending smart contracts on public blockchains | Balances, interest, and liquidations, by code and governance-set parameters | Treating the contracts as an account at a company |
| AAVE token | ERC-20 governance token on Ethereum | Votes on protocol changes | Treating an AAVE balance as proof of a deposit |
The quickest way to keep them apart is to ask who signs: when you supply on Aave, your own wallet signs a transaction sent straight to the contracts. Labs is neither a party nor an intermediary to that transaction (source: Aave, Terms of Service). When people talk about Aave as a lending market, they almost always mean the protocol, while the token matters only when you want a vote or a trade.
The Aave protocol and its V3 and V4 markets
The Aave protocol is a collection of self-executing smart contracts where you supply assets into shared pools or borrow against collateral worth more than the loan. Aave V3 and Aave V4 are the current versions: V3 runs on Ethereum and many other networks, and V4 went live on Ethereum mainnet on March 30, 2026.
Aave V3 is deployed on Ethereum, Polygon, Avalanche, BNB Chain, and several layer 2 networks such as Base, Arbitrum, and Optimism. You reach those public, self-executing contracts by sending transactions from a self-custodial wallet, with no central authority or intermediary approving each loan (source: Aave Help, Introduction to Aave V3).
Aave V4 reorganizes that liquidity: assets sit in a Liquidity Hub, and each spoke connects to that Hub and sets its own collateral list, risk settings, and liquidation rules, so several lending markets can draw on one pool of capital. A borrower on any spoke draws liquidity from the shared Hub behind it. V4 opened with three Hubs: the Core Hub as the default home for most assets, the Prime Hub for a more controlled collateral setup, and the Plus Hub for stablecoin strategies under their own caps. Its interface, Aave Pro, is free to use despite the name and shows every Hub and spoke in one account view along with the rates for each position (source: Aave Labs, Aave V4 is Live on Ethereum).
Suppose you connect a wallet to the V3 Interface and supply 10,000 USDC. The pool contract credits aUSDC to your address, an aToken that represents your share of the pool. Its balance grows as interest accrues under Aave's interest rate model, which raises the rate as utilization, the share of the pool currently borrowed, goes up. When you withdraw, the contract burns your aUSDC and returns the USDC, which works only while enough unborrowed liquidity sits in the pool (source: Aave Help, Introduction to Aave V3).
The same deposit could go into a V4 spoke instead, and it would still be a protocol position recorded in contracts, because the version number describes the contract design and says nothing about who holds the funds. The V3 Interface and Aave Pro are two of several front ends that reach the protocol, alongside third-party apps such as DeFi Saver and Furucombo (source: Aave, FAQ).
Who can pause or freeze funds on Aave?
No company or person, including Aave Labs, can freeze or change one user's supply or borrow position on Aave. The controls that exist act on whole markets, such as the V3 pause on a reserve, meaning one asset's market inside a pool, and each one stops that asset for every wallet at once.
No central entity, Aave Labs and its contributors included, has the authority or the technical means to change a single user's position. The protocol is governed by the Aave DAO, and users keep self-custody of their funds. The risk controls that do exist are narrower than they sound: in Aave V2, the older version that users are advised to migrate away from, the PoolAdmin role can pause every interaction across an entire pool. In Aave V3, the Aave Guardian holds the EmergencyAdmin role, which lets it halt chosen reserves to manage risk. That power ends at the reserve level and never reaches an individual position (source: Aave, FAQ).
The company side matches that limit: Aave Labs neither prevents nor reverses liquidations, and it does not pause, refund, or modify positions recorded on-chain. Governance is different, because DAO decisions can change which assets are listed and whether a particular market is paused, along with the liquidation thresholds that apply to your position, sometimes with no separate notice to you (source: Aave, Terms of Service).
Picture a headline saying Aave paused USDC, which is easy to hear as Labs locking your wallet; that reading is the mistake. What actually happened is that the Guardian paused the USDC reserve on one market, so supplying, borrowing, and withdrawing USDC there stopped for every wallet at the same time, yours included. The misreading collapses as soon as you consider who else is affected: a wallet holding a few dollars of USDC and a wallet holding millions face the same pause, and your aUSDC balance stays recorded in the contract the whole time. The useful check is the scope in the announcement, such as USDC on the Ethereum V3 market, which tells you the action is market-wide.
Any change to the code behind these roles has to pass through on-chain Aave governance. Service providers that specialize in technical review and a public bug bounty add scrutiny on top of the vote (source: Aave, FAQ). That is protocol risk, and you manage it by monitoring proposals and market announcements, which is a different task from appealing to a support desk.
The AAVE token as a governance token
AAVE is the Aave protocol's governance token, an ERC-20 on Ethereum that you can hold, trade, stake, or use to vote and delegate. Owning AAVE gives you a say in protocol decisions, and it has no link to any supply or borrow position you hold in the pool.
AAVE trades on both centralized and decentralized exchanges, and holders of AAVE and of staked AAVE (stkAAVE) can vote on proposals or hand their voting power to a delegate. Those votes cover protocol deployments and parameter changes as well as new features (source: Aave Docs, AAVE Token). ERC-20 is Ethereum's standard for fungible tokens, which means every unit of a token is identical in type and value to every other unit of that token (source: ethereum.org, ERC-20 Token Standard). Governance itself is optional: you can use the protocol without ever casting a vote (source: Aave, FAQ).
Holding AAVE is a market decision, separate from lending, so the token is bought where tokens trade. If you want AAVE itself, as price exposure or as a future vote, BloFin lists it as AAVE/USDT Spot and as the AAVEUSDT Perpetual. A Spot buy puts AAVE in your BloFin account, while the Perpetual is a contract on the AAVE price, and neither one opens an Aave supply or creates an aToken. A Spot order is the most direct way to buy AAVE, and the AAVE token's own uses, from staking to voting, start once you move it to a wallet you control.
Suppose you supply 1,000 USDC through an Aave Labs interface and separately hold 10 AAVE in your wallet. The interface is the access point, the protocol records your supplied balance and the AAVE token represents a separate holding. Selling those 10 AAVE does not withdraw the USDC. To withdraw the supply position, you use the protocol's withdrawal procedure, even if you reach it through a different interface (source: Aave, FAQ).
If you choose to buy or trade the token, compare the maker and taker fees for AAVE/USDT Spot and the AAVEUSDT Perpetual on the BloFin fee schedule. Those are trading costs, separate from the network fee paid when you use the protocol.
Labs, the protocol, and the token in one session
One session can touch all three without any of them turning into another. The website you open is run by Labs, the deposit you make is held in protocol contracts, and the token you buy is a separate ERC-20 balance, so you can remove any one of them and the other two stay exactly where they were.
Start at app.aave.com, the V3 Interface that Labs operates, and connect a self-custodial wallet. Supply 2,500 USDC to a V3 market, and the pool contract credits aUSDC to your address. Later in the session you purchase AAVE on an exchange because you want a vote on future governance proposals. By the end you hold three different things: a browser tab on a Labs website, an aUSDC balance recorded by protocol contracts, and an AAVE balance in your exchange account.
Now take each piece away, starting with the interface: close the Labs tab, or imagine the website going offline permanently. Your position stays intact, because the Labs interface is only one route to the protocol and could be shut down without changing the protocol or your access to it by other means (source: Aave, Terms of Service). You can also supply, withdraw, borrow or repay straight from the protocol contracts through a block explorer or your own code (source: Aave, FAQ).
Sell the AAVE next, and the aUSDC balance remains untouched, because the sale settled on an exchange and the pool contract never registered it. Withdraw the USDC when enough liquidity is free, and the AAVE you still hold is unaffected for the same reason in reverse. Each removal alters exactly one balance, which is the clearest evidence that the three names describe three independent things.
That independence is what non-custodial means in practice, because your wallet signs, the contracts record the result, Labs writes software you may or may not use, and the DAO votes on changes to the contracts. The Aave App follows the same separation even though it feels like a conventional savings account. The application and its software belong to Aave Labs and its licensors (source: Aave, Aave App Terms of Service).
The Aave DAO and the governance process
The Aave DAO is the community of token holders who govern every deployment of the protocol through proposals, votes, and on-chain execution. Aave Labs runs one of several voting interfaces, but the votes themselves are cast in governance smart contracts, and the DAO's decisions take effect through those contracts.
Every Aave deployment, on any network, is accountable to token holders on Ethereum mainnet. Your voting power there is the sum of your AAVE, stkAAVE, and aAAVE balances, where aAAVE means AAVE supplied to the Ethereum V3 market, together with any voting power other holders delegate to you. You can reach the governance contracts through the Aave Labs, BGD Labs, or Tally interfaces. A Labs voting screen is one way into the process; the DAO is the group of voters behind every interface (source: Aave, FAQ).
A proposal moves from forum discussion to a temperature check vote and then to an on-chain vote and execution. The threshold to pass is dynamic: it starts at the quorum and rises as the share of votes against grows, which forces a proposal to win clear approval before it takes effect (source: Aave, FAQ).
The DAO's reach shows clearly in V4, whose Hubs launched with deliberately low supply and borrow caps. Raising those caps, adding spokes or bringing V4 to more networks are decisions for the DAO, discussed and voted on through the governance forum (source: Aave Labs, Aave V4 is Live on Ethereum).
When news mentions Aave without saying which part, identify the subject before you react:
- A website, an application, a brand announcement, or an interface outage points to Aave Labs.
- A pool, an aToken, an interest rate, or a liquidation points to the protocol contracts.
- A proposal, a quorum, a cap increase, or a treasury spend points to the DAO and its token holders.
- A reserve pause points to an emergency role, which acts on a whole market at once.
- A price movement or a new exchange listing points to the AAVE token.
Smart contracts and the three Aave names
A smart contract is public code that holds state on a blockchain and runs when a signed transaction calls it. Aave Labs, the Aave protocol, and the AAVE token are three project-specific names layered on top of that general idea, and each one maps to a different kind of address or website.
Deployed code continues running regardless of what happens to the company that wrote it, which is the basic property of Ethereum smart contracts that Aave inherits. The protocol is one family of those contracts, AAVE is one ERC-20 token the governance contracts count, and Labs is the company that wrote the early code and runs some of the interfaces.
On a block explorer the separation appears as distinct addresses: the AAVE token on Ethereum mainnet is the contract at 0x7Fc66500c84A76Ad7e9c93437bFc5Ac33E2DDaE9 (source: Aave Docs, AAVE Token). Each market's pool contract is the address that takes supplies and borrows. Each aToken, such as aUSDC, is its own token contract that mints, burns, and reports your balance. A separate debt token contract tracks what you owe (source: Aave Docs, Tokenization). The website aave.com is none of these addresses. Mixing up those addresses can be costly, since a plain ERC-20 transfer to a contract that was never built to receive it can strand the tokens for good, because the standard never notifies the receiving contract (source: ethereum.org, ERC-20 Token Standard).
Before you sign anything, identify the target as a Labs interface, a protocol contract, or the AAVE token. If you cannot categorize it as one of those three, stop and verify the address on a block explorer before you approve or send anything, because a token approval or transfer to the wrong contract is far harder to undo than a pause.
Looking to trade AAVE tokens on BloFin? To get started, you'll need to first create a BloFin account, fund your account with cryptocurrency, then open the AAVE/USDT Spot trading page or the AAVEUSDT Perpetual page.
Frequently asked questions
Does connecting a wallet to app.aave.com give Aave Labs custody of my funds?
Connecting a wallet lets the interface prompt your wallet to sign messages and transactions, using methods such as browser wallets like MetaMask or Rabby, WalletConnect, or a mobile wallet. Your private keys stay in your wallet, and nothing moves until you sign. Aave never advertises on social media or search engines and will never ask for your seed phrase, so treat any ad or message that asks for it as a scam (source: Aave, FAQ).
How can I practice on Aave with test funds?
You can practice on test networks, where the assets carry no economic value. Open the V3 Interface or Aave Pro, select the settings button in the top right corner, and turn on the testnet view. Then switch your wallet to the test network you want, make sure it holds that network's native asset for gas, and collect test tokens from the application's faucet. Supplying, borrowing and repaying then run on testnet contracts, so you can rehearse a full position before you sign anything with real funds (source: Aave, FAQ).
Who sets Aave interest rates and liquidation thresholds?
Aave Governance sets both: each collateral asset has a liquidation threshold chosen by governance, and the borrow rate you pay follows the asset's supply and demand along an interest rate curve whose parameters governance also decides. Governance sets each reserve factor too, the share of borrow interest that flows to the Aave Treasury, a contract the DAO controls on every network where the protocol runs (source: Aave, FAQ). Aave Labs sets none of these values, so a disagreement about a rate or a threshold is settled by a governance proposal (source: Aave, Terms of Service).
Do I need AAVE tokens to supply USDC on Aave?
Supplying USDC takes USDC, a self-custodial wallet on the right network, and enough of that network's native coin to pay gas, with no AAVE involved. There is no minimum amount to supply, although a market can carry a supply cap that limits the total anyone can add. On Ethereum-based networks you also approve the token first, either with an on-chain transaction that costs gas or, for some tokens and wallet types, with a free signed message (source: Aave, FAQ).
Can I vote with AAVE I bought on BloFin?
AAVE bought on AAVE/USDT Spot counts toward a vote once you withdraw it to a self-custodial wallet on Ethereum mainnet. The token also exists on Arbitrum, Base, Optimism, and Polygon through bridges (source: Aave Docs, AAVE Token). Voting power is counted only on Ethereum mainnet, so a balance on one of those networks has to move back to Ethereum before it can vote (source: Aave, FAQ). A position on the AAVEUSDT Perpetual is a contract on the price, so it carries no vote at all.
Is the Aave interface hosted on IPFS?
Aave Labs may serve its websites and interfaces through decentralized or content-addressed hosting networks, IPFS among them (source: Aave, Terms of Service). That hosting choice changes how your browser downloads the application files and has no effect on where your assets sit, because supplies, borrows, and aTokens are recorded by the protocol contracts on Ethereum or whichever network you used. A copy of the interface loaded from IPFS still sends the same transactions to the same contracts for your wallet to sign.
Can Aave Labs block my wallet from its website?
Aave Labs can suspend or restrict your access to its own services at its discretion, including by blocking a wallet address, an IP address, or an API key. The reasons it may act on include a breach of its terms, legal or compliance risk, and an order from a regulator or court (source: Aave, Terms of Service). The block applies to the company's websites and apps, while your positions remain in the contracts, where another interface or a direct contract call can still reach them.
Researched and written by the BloFin Academy editorial team with AI-assisted drafting. Primary sources include Aave About, Aave Terms of Service, Aave FAQ, Aave Help (Introduction to Aave V3), the Aave V4 launch announcement, the Aave App page, Aave token and tokenization documentation, Wikipedia on Aave, and ethereum.org on ERC-20. All facts independently verified against cited documentation current as of October 2026.
This article is for informational and educational purposes only. It is not financial, investment, trading, or legal advice. Cryptocurrency can lose value. Borrowing on Aave can lead to liquidation if the health factor drops below 1. Spot AAVE/USDT buys the token. An AAVEUSDT Perpetual is a contract on the price. Do your own research. Consider your circumstances before using any protocol or trading any asset.