Input Validation for 'createBid' Function

Lines of code Vulnerability details Potential Risk: The 'createBid' function in the contract is responsible for allowing users to place bids on a Verb auction by sending Ether. While the function includes several checks, it lacks explicit input validation for certain parameters, which could lead ...

Incomplete Creator Rewards in Auction Settlement

Lines of code Vulnerability details Summary During the settlement of auctions in the AuctionHouse, the proceeds meant for creators are not accurately distributed, leading to potential loss of funds for the creators. Vulnerability Details In the process of settling auctions...

burn() and borrow() in LendingPool are very likely to revert due to insufficient cash and could be triggered maliciously

Lines of code Vulnerability details Impact Users might not always be able to burn or borrow due to being frontrunned by other borrow or burn calls, potentially in a malicious manner so funds don't leave the LendingPool. Proof of Concept This attack could happen frequently because the health of a...

collectLiquidity() Lack of can specify recipient leads to inability to retrieve token1 after entering the blacklist of token0

Lines of code Vulnerability details Vulnerability details LP has only one way to retrieve token, first decreaseLiquidity, then retrieve through the collectLiquidity method. collectLiquidity only has one parameter, tokenId. function collectLiquidity uint256 tokenId external override nonReentrant...

addRewardToken() does note remove old entries before adding new ones

Lines of code 455, 280, 378, 411 Vulnerability details Each time addRewardToken is called, new entries are added to the array, but doing so does not remove any old entries. By calling the function multiple times, an attacker can can increase their voting power indefinitely, without having to...

Using block.timestamp as the deadline/expiry invites MEV

Lines of code 307 Vulnerability details Passing block.timestamp as the expiry/deadline of an operation does not mean "require immediate execution" - it means "whatever block this transaction appears in, I'm comfortable with that block's timestamp". Providing this value means that a malicious mine...

Unchecked return value of low-level call()/delegatecall()

Lines of code 120, 141, 411, 184, 160, 189, 152, 444, 625, 638https://github.com/Tapioca-DAO/tapioca-bar-audit/blob/2286f80f928f41c8bc189d0657d74ba83286c668/contract...

Calls to get_virtual_price() are vulnerable to read-only reentrancy

Lines of code 117 Vulnerability details getvirtualprice was originally considered to be a manipulation-resistant price - suitable as a price oracle, but it was later found to be vulnerable to a read-only reentrancy attack, where the Curve contract could be put into a partially-modified state, and...

Unsafe usage of msg.value in a loop

Lines of code 140 Vulnerability details The value of msg.value in a transaction's call never gets updated, even if the called contract ends up sending some or all of the Eth to another contract. This means that using msg.value in a for- or while-loop, without extra accounting logic, will either...

Front-Running

Lines of code Vulnerability details Impact Visible computed input amounts could be susceptible to front-running by malicious actors. Proof of Concept Provide direct links to all referenced code in GitHub. Add screenshots, logs, or any other relevant proof that illustrates the concept. Tools Used...

Reentrancy in mint function leads to various problems

Lines of code Mint function in minter contract: Mint function in core contract: Vulnerability details Bug Description When minting NFTs, users will using the mint function. This function will mint a NFT using the safeMint function. The problem is that this mint will be done before crucial variabl...

Incorrect Decimals Conversion in Curve2PoolAdapter::primitiveOutputAmount Function

Lines of code Vulnerability details Impact The bug in the primitiveOutputAmount function can lead to incorrect decimal conversions when calculating the rawInputAmount. The rawInputAmount is calculated using the convertDecimals function, but the decimals parameter passed to convertDecimals is...

CURRENT OWNER OF THE Market.sol CONTRACT CAN RENOUNCE THE OWNERSHIP AND DoS THE onlyOwner MODIFIER CONTROLLED FUNCTIONS IN THE Market.sol CONTRACT

Lines of code Vulnerability details Impact Market.sol contract inherits from the openzeppelin Ownable2Step.sol contract. The Ownable2Step.sol contract inherits from the openzeppelin Ownable.sol contract. There is Ownable.renounceOwnership function which can be called by the current owner to...

The initial deposit of an asset will always fail due to the fact that getTotalAssetDeposits() returns 0.

Lines of code Vulnerability details Impact The LRTDepositPooldepositAsset function is employed for users to deposit supported assets. This function relies on LRTDepositPoolgetTotalAssetDeposits to determine the amount of rsETH to be minted. However, the absence of initial deposits in the...

Chainlink oracle will return the wrong price for asset if underlying aggregator hits minAnswer / max answer

Lines of code Vulnerability details Impact Chainlink oracle will return the wrong price for asset if underlying aggregator hits minAnswer / max answer and the deposit asset can be wrongly valued, leads to overborrowing Proof of Concept Chainlink aggregators have a built in circuit breaker if the...

MEV bot can frontrun user's repayment to liquidate user first when the OmniPool is unpaused

Lines of code Vulnerability details Impact MEV bot can frontrun user's repayment to liquidate user first when the OmniPool is unpaused Proof of Concept this report tries to combine a few issue 1. when OmniPool is paused, interest is still accuring 2. when OmniPool is paused, user cannot repay 3...

DoS Any Market by Frontrunning Creation with a Codehash Change

Lines of code Vulnerability details Impact Any market contract can be DoSed by sending a 1 wei transaction to the market address that will be created for a user. When an account has no code and has never been interacted with, the codehash will be bytes320. This will result in market creation...

Inherit a wrong contract - Authorizable.sol.

Lines of code Vulnerability details Risk rating high Title Inherit a wrong contract - Authorizable.sol. Vulnerability Details Impact By an untrust account, the system could be invaliable. Proof of Concept The Authorizable.soladdAuthorization and Authorizable.solremobeAuthorization functions as...

TWAP can lead to loss of manipulation of price

Lines of code Vulnerability details Impact There are tradeoffs when choosing the length of the period of time to calculate a TWAP. Longer periods are better to protect against price manipulation, but come at the expense of a slower, and potentially less accurate, price. Proof of Concept Both the...

ExecutorPlugin missing payable when execute the transaction

Lines of code Vulnerability details Impact Detailed description of the impact of this finding. Proof of Concept executeTransaction in ExecutorPlugin is meant to execute transaction but in executeTxnAsModule function executeTxnAsModuleaddress account, Types.Executable memory executable internal...

accrueTokens will revert if any rebase tokens are used

Lines of code Vulnerability details Impact In PrimeLiquidityProvider.sol:accrueTokens we get the current balance of the passed token. If the token is any rebase token AMPL, stETH, RMPL and the current balance has become lower than tokenAmountAccruedtoken, the function will revert. This will lead ...

Users can deposit() even when Chainlink's price feed for CVX is stale

Lines of code Vulnerability details Bug Description In VotiumStrategy.sol, the price of vAfEth is determined by the price function: VotiumStrategy.solL31-L33 function price external view override returns uint256 return cvxPerVotium ethPerCvxfalse / 1e18; As seen from above, it calls ethPerCVX wit...

AfEth deposits could use price data from an invalid Chainlink response

Lines of code Vulnerability details Summary The current price implementation for the VotiumStrategy token uses a potentially invalid Chainlink response. This price is then used to calculate the price of AfEth and, subsequently, the amount of tokens to mint while depositing. Impact The price of...

It might not be possible to applyRewards(), if an amount received is less than 0.05 eth

Lines of code Vulnerability details Vulnerability Details Upon claiming Votium rewards, applyRewards is intended to be invoked bi-weekly in order to exchange the tokens for eth and put the eth received back into the strategies. Based on the current ratio it either stakes the amount into safETH or...

An attacker can drain all the tokens from UserEscrow contract.

Lines of code Vulnerability details Impact An user who is allowed to invest can maliciously drain all the tokens from the UserEscrow contract from decreaseDepositRequest and decreaseRedeemRequest of LiquidityPool.sol contract. Both functions are first send to the router and when the call is...

Compound charges are sent to GeVault, making them potentially vulnerable to theft

Lines of code Vulnerability details Impact In the previous version, the compound fee would be saved in the TokenisableRange before being deposited into LP, and would be deposited into LP after reaching 1%. After reconstruction, the fees are sent directly to GeVault for distribution through getTVL...

Price Manipulation Through Vulnerability in simulateRange Function

Lines of code Vulnerability details Impact The simulateRange function, although designed for simulation and testing purposes, could potentially be exploited in a sandwich attack scenario. A malicious actor could front-run a user's transaction by using a flash loan to manipulate the price,...

Token recipient is an inaccessible address for contracts

Lines of code Vulnerability details Impact The msg.sender address from the SourceBridge.burnAndCallAxelar function is used by the DestinationBridge.mintIfThresholdMet function as the TOKEN recipient. However, the msg.sender address will not be controllable by contracts on L2, so any tokens will b...

Wrong tick selected by GeVault.getActiveTickIndex()

Lines of code Vulnerability details During mitigation of M-03, the function getActiveTickIndex has been completely rewritten. The new logic uses the following statement to identify the active ticker that represents the Uniswap V3 liquidity pool actively traded: if baseTokenIsToken0 && amt0 == 0 |...

ERC721 tokens are blocked in rdpxV2Core contract

Lines of code Vulnerability details The admin has the right to recover an ERC721 token in the UniV3LiquidityAMO contract. He needs to call recoverERC721 and provide the tokenAddress and tokenid values, where the token with tokenid will be transferred to the rdpxV2Core contract...

Regular bonding incorrectly purchases a reduced amount of Put options due to discount

Lines of code Vulnerability details During rDPX bonding, rdpxV2Core will purchase put options for the rDPX that are used for minting DPXETH. This is for hedging against rDPX price drop to protect the DPXETH peg. The amount of put options to purchase is equivalent to the amount of rDPX that are us...

Division before multiplication incurs larger precision loss

Lines of code Vulnerability details Impact There are couple of instance of using result of a division for multiplication while can cause larger precision loss. Proof of Concept In contract EvolvingProteus.sol, value of int128 two at line 709 is calculated by using ABDKMath64x64.divu function. The...

Existing checks with INT_MAX are insufficient such that the contract becomes dysfunctional after initial deployment of some large balance(s)

Lines of code Vulnerability details Impact EvolvingProteus.sol contains a variety of functions which detail the price in tokens to be paid in swaps, withdraws, and deposits. In external functions such as depositGivenInputAmount, as well as internal functions such as checkBalances, there exists a...

Integer underflow/overflow is possible in some of the timestamp calculations if sequenceOffset or auctionDuration are set maliciously

Lines of code Vulnerability details Impact An attacker could exploit this to make auctionElapsedTime return a low value when it should be high, thereby manipulating the reward calculation. Proof of Concept The vulnerability comes from the subtraction currentTime - sequenceOffset which could...

Reentrancy vulnerability in Singularity.execute

Lines of code Vulnerability details Impact This vulnerability could allow an attacker to withdraw funds from the Singularity contract. This could result in a loss of funds for the user. Proof of Concept The Singularity.execute function has external calls inside a loop. This could potentially lead...

liquidateBorrow() mTokens that do not enter the market can still be liquidated as collateral

Lines of code Vulnerability details Impact borrower's mTokens that do not join the market, but it still be Liquidation as collateral Proof of Concept If user wants to use mToken as collateral, the user needs to enter market with enterMarket function. / @notice Add assets to be included in account...

treasury approveSmallSpending / MediumSpend / LargeSpend and small / medium / large transfer can be blocked

Lines of code Vulnerability details Impact treasury approveSmallSpending, approveMediumSpend and approveLargeSpend can be frontrunned Proof of Concept the AracheTreasury, there are three spending relate function: approveSmallSpend, approveMediumSpend, approveLargeSpend both of these function call...

Users can abuse multicall feature on InterchainTokenService to steal contract funds

Lines of code Vulnerability details Impact Users can steal balance in InterchainTokenService to pay gas fees for remote chain calls through multicall in InterchainTokenService.sol. Proof of Concept User can send multiple calls at the same time on InterchainTokenService contract with the help of...

bypass flow limit by transferring tokens at epoch's boarder

Lines of code Vulnerability details Impact Token flow can reach 2flowlimit in a very short time. Proof of Concept We store the flow out and flow in tokens numbers for every epoch: / @dev Returns the slot which is used to get the flow out amount for a specific epoch @param epoch The epoch to get t...

Risk of Rogue Signer Control: Potential for Malicious Signer to Modify Threshold and Gain Unauthorized Control of Multisig Contract

Lines of code Vulnerability details Impact The "Rotation of Signers" mechanism in the Multisig contract poses a risk of a single rogue or compromised signer gaining unauthorized control of the contract. If a signer with malicious intent or compromised credentials utilizes the rotateSigners...

Two-step ownership transfer process in LSP0ERC725AccountCore can be bypassed

Lines of code Vulnerability details Bug Description To transfer ownership of the LSP0ERC725AccountCore contract, the owner has to call transferOwnership to nominate a pending owner. Afterwards, the pending owner must call acceptOwnership to become the new owner. When called by the owner,...

Vault funds can be stolen by a malicious Yield Vault.

Lines of code Vulnerability details Impact When a vault is initialized, it sets Max Token Approval for the Yield Vault which allows the Yield Vault to ALWAYS have access to the funds in the vault. Since vaults can be created by anyone as long as they provide an ERC-4626 compliant yield source, an...

_totalWithdrawn VALUE DOES NOT INCLUDE THE _fee AMOUNT THUS INTRODUCING ACCOUNTING ERROR

Lines of code Vulnerability details Impact In the PrizePool.ClaimPrize function is used to claim the rewards of the verified winner. Here when sending the Prize amount to the winner a fee amount is deducted from it as shown below: uint256 amount = tierLiquidity.prizeSize - fee; And this amount is...

Unauthorized Withdrawal of ETH by Admin in _withdraw.

Lines of code Vulnerability details Impact An attacker with admin privileges can maliciously execute the withdraw function, resulting in the unauthorized withdrawal of all the ETH in the contract. Proof of Concept withdrawNounsDAOStorageV3.StorageV3 storage ds external onlyAdminds returns uint256...

Anyone can call Well.sol skim method and transfer excessive tokens to its address.

Lines of code Vulnerability details Impact Excessive tokens balance of Well.sol more than returned from getReserves can be transferred by anyone to his account. Proof of Concept After getting hold token's instances from Well.sol contract tokens we can check the balances of Contract of Each token...

Anyone can call Well.sol shift() function and withdraw Contract's extra ERC20 tokens whichever this contract is holding . From Well's contract balance, extra tokens for shifting, calculated amountOut for passed tokenOut token can be withdrawn by attacker.

Lines of code Vulnerability details Impact Whichever type of ERC20 token Well contract is holding it can loose all extra tokens of all types in an amount whatever is the difference reservesj -calcReservewellFunction, reserves, j, totalSupply comes for tokenOut token passed by attacker. Attacker c...

Possible Front Running on the Permit function

Lines of code Vulnerability details Impact It could cause damage to third parties who use the permit method for transferring the tokens. Proof of Concept The well contract extends the ERC20Permit.sol, which contains a permit function that allow users to transfer assets with signatures. / @dev...

Potential Unauthorized Flash Loan Execution and Share Burning due to Lack of Permission Checks

Lines of code Vulnerability details Impact The executeFlashloan function in the provided contract allows any user to execute a flash loan on behalf of another user without explicit permission. This could potentially lead to an unauthorized execution of flash loans and unexpected share burnings if...

stETHs rebase profit stealing

Lines of code Vulnerability details Description It's possible with flashloan from AAVE to capture a big shares amount of eUSD, after each stETH rebase exploiter will buy excessive income, which leads to eUSD rebase due to shares burning, so the exploiter will have most of burned eUSD because they...

LlamaExecutor#execute is not payable

Lines of code Vulnerability details Impact Since the execute function in LlamaExecutor.sol is not payable, nor the contract has the ability to receive ether, any action that requires sending ETH will eventually fail. Proof of Concept Tools Used Manual review Recommended Mitigation Steps One of th...