4516 matches found
CVE-2018-13761
The CVE-2018-13761 entry concerns NetkillerAdvancedTokenAirDrop (Ethereum token). The mintToken function enables an integer overflow that allows the contract owner to set any user’s balance to an arbitrary value. This affects token integrity (high impact per CVSS3 I:H) and could enable arbitrary ...
CVE-2018-13626
The CVE-2018-13626 entry concerns the mintToken function of SemainToken’s smart contract, where an integer overflow can let the contract owner set any user’s balance to an arbitrary value. The issue is rooted in arithmetic overflow within mintToken, impacting token balances and potentially enabli...
CVE-2018-13729
CVE-2018-13729 affects JPMD100B’s Ethereum token mintToken function. The vulnerability is an integer overflow that lets the contract owner set any user’s balance to an arbitrary value. This is documented across multiple sources (NVD/CVE entries and CNVD/PRION/CVE listings) confirming the root cau...
CVE-2018-13708
CVE-2018-13708 concerns the mintToken function of an Ethereum token contract (Order/ETH) named BuyToken. The vulnerability is an integer overflow in mintToken that allows the contract owner to set any user’s balance to an arbitrary value. The connected documents confirm the affected component and...
CVE-2018-13610
The CVE-2018-13610 entry describes an integer overflow in the mintToken function of MedicayunLink’s Ethereum token contract. The overflow permits the contract owner to arbitrarily set any user’s token balance, effectively enabling unauthorized balance manipulation. The vulnerability is rooted in ...
CVE-2018-13611
The CVE-2018-13611 entry concerns a mintToken integer overflow in the CDcurrency Ethereum token contract. The vulnerability allows the contract owner to set any user’s balance to an arbitrary value via the mintToken function. The problem stems from an overflow in balance handling, enabling arbitr...
CVE-2018-13615
The CVE-2018-13615 entry concerns a smart contract vulnerability in MJCToken (Ethereum). The mintToken function reportedly contains an integer overflow that allows the contract owner to set any user’s balance to an arbitrary value. Connected documents corroborate the core issue (overflow in mintT...
CVE-2018-13603
The CVE-2018-13603 entry concerns Briant2Token, an Ethereum token, where the mintToken function in its smart contract has an integer overflow. This vulnerability lets the contract owner set an arbitrary user’s balance to any value, exposing a risk of manipulation of token balances. The connected ...
CVE-2018-13736
Summary of known details: The CVE-2018-13736 issue affects the ELearningCoinERC Ethereum token’s smart contract. The vulnerability is in the mintToken function, described as an integer overflow that allows the contract owner to set any user’s balance to an arbitrary value. The available connected...
CVE-2018-13694
CVE-2018-13694 concerns the GMile Ethereum token smart contract. The issue is in the contract’s mintToken function, where an integer overflow enables the contract owner to set any user’s balance to an arbitrary value. This constitutes a critical integrity risk for token balances and could comprom...
CVE-2018-13702
The CVE-2018-13702 issue affects Essence, a tradable Ethereum ERC20 token. The mintToken function in Essence’ s smart contract has an integer overflow that allows the contract owner to overwrite any user’s balance with an arbitrary value. This is described across multiple sources (CNVD-2018-12855...
CVE-2018-13763
CVE-2018-13763 affects the mintToken function of a smart contract implementation for the Ublasti Ethereum token. The vulnerability is an integer overflow in mintToken that enables the contract owner to set the balance of an arbitrary user to any value. The available connected documents confirm th...
CVE-2018-13510
The CVE-2018-13510 entry describes an integer overflow in the mintToken function of a smart contract for Welfare Token Fund (WTF) on Ethereum. The overflow enables the contract owner to set any user balance to an arbitrary value, constituting a high-severity integrity risk as stated in the NVD en...
CVE-2018-13465
Technical details about CVE-2018-13465 are not publicly available in the provided connected documents. Monitor for updates from official advisories.
CVE-2018-13464
The CVE-2018-13464 entry concerns t_swap, an Ethereum-based token smart contract. The issue is an integer overflow in the mintToken function that allows the contract owner to set any user’s balance to an arbitrary value. This is documented across multiple sources (e.g., CNVD-2018-13030, NVD entry...
CVE-2018-13503
The CVE-2018-13503 entry concerns South Park Token Token (SPTKN), an Ethereum token. The vulnerability is in the mintToken function of the smart contract, described as an integer overflow that allows the contract owner to set any user’s balance to an arbitrary value. This directly enables manipul...
CVE-2018-13748
The CVE-2018-13748 entry concerns CarToken, a tradable Ethereum ERC-20-like token. The vulnerability is an integer overflow in the mintToken function of CarToken’s smart contract, which enables the contract owner to set the balance of any arbitrary user to any value. This is documented in multipl...
CVE-2018-13568
The CVE-2018-13568 entry concerns a smart contract (MktCoin) with a mintToken function that contains an integer overflow. The vulnerability allows the contract owner to set the balance of any arbitrary user to any value, revealing a control over user balances via this overflow. The provided sourc...
CVE-2018-13780
The CVE-2018-13780 entry concerns the mintToken function of a smart contract implementation for ESH (an Ethereum token). The vulnerability is an integer overflow in mintToken that allows the contract owner to set the balance of an arbitrary user to any value. The provided connected sources confir...
CVE-2018-13605
The CVE-2018-13605 entry concerns the mintToken function in Extreme Token (Extreme Coin) Ethereum contract (ExtremeToken). The root cause is an integer overflow that enables the contract owner to arbitrarily set any user’s balance to a chosen value. Documents consistently describe this vulnerabil...