dos-gas-limit

To prevent gas limit exhaustion in Solidity smart contracts, you must detect unbounded loops iterating over dynamic data structures and time-sensitive functions susceptible to block stuffing. Analyze loop conditions, data structure growth, transaction batching support, and attacker incentives.

A Denial of Service vulnerability due to gas limits occurs when contract operations fail from exceeding the block gas limit. This is typically caused by unbounded loops iterating over dynamic arrays or time-sensitive logic exploited by attackers to delay transaction inclusion.

To secure payment distribution functions from block stuffing attacks, analyze time-sensitive functions where transaction inclusion can be delayed. Ensure transaction batching support is implemented to prevent scenarios where large recipient lists cause all transactions to revert.

Your Solidity loop fails because unbounded iteration over a dynamic array exceeds the block gas limit as the data structure grows indefinitely. When operations like payment distribution scale beyond gas limits, all transactions revert, causing a Denial of Service.

Yes, you can analyze Solidity mappings and dynamic arrays for unbounded iteration risks. The analysis flags loops that can grow indefinitely and identifies whether transaction batching support is needed to prevent block gas limit exhaustion.