
Glamsterdam Gas Repricing: EIP-8037 and EIP-8038 for Developers
Learn how EIP-8037 state gas and EIP-8038 access pricing change Ethereum gas assumptions, which contracts are exposed, and how to test safely.

Learn how EIP-8037 state gas and EIP-8038 access pricing change Ethereum gas assumptions, which contracts are exposed, and how to test safely.

Learn how Ethereum initcode runs once, returns runtime bytecode, and affects constructor arguments, gas, size limits, verification, and CREATE2.

Learn how Solidity assigns Ethereum contract storage slots, how mappings and arrays derive locations, and how to inspect state safely with eth_getStorageAt.

Learn how Ethereum CREATE2 predicts a contract address from a factory, salt, and init code, with Solidity examples, use cases, and security checks.

Compare Solidity abi.encode and abi.encodePacked, see why packed dynamic values can collide, and choose safer encoding for hashes and contract calls.

Learn how Ethereum transient storage works, when EIP-1153 clears data, how Solidity exposes it, and which reentrancy and composability risks matter.
Learn how Ethereum proxy contracts use delegatecall, how transparent, UUPS, and beacon proxies differ, and how to verify upgrade authority safely.
Learn how Ethereum event logs work, how indexed topics differ from data, how to query eth_getLogs, and what reorgs and decoding can break.

Understand Ethereum’s 16,777,216-gas transaction cap, why it differs from the block gas limit, and how developers can handle oversized calls.

Learn how Ethereum calldata encodes function selectors and arguments, how explorers decode it, and what to verify before signing a contract transaction.

Learn how ERC-4626 tokenized vaults turn one underlying asset into standardized shares, how deposits and redemptions work, and which risks to check first. NFA.

Blockchains can't see past their own network — so how does a smart contract know the ETH price? A plain guide to oracles, the oracle problem, and Chainlink.

Discover what smart contracts are, how they work on the blockchain, and their real-world use cases in DeFi, NFTs, and RWA — plus risks, limits, and FAQ.