Chapter 5: Quality Solidity Code with OpenZeppelin and Friends

by Tonino Jankov

Given the fact that all of Ethereum’s computations need to be reproduced on all the nodes in the network, Ethereum’s computing is inherently costly and inefficient. (In fact, Ethereum’s developer docs on GitHub state that we shouldn’t expect more computational power from Ethereum than we do from a 1999 phone.)

So, security on the Ethereum Virtual Machine — meaning, the security of smart contracts deployed on Ethereum blockchain — is of paramount importance. All the errors on it cost real money — whether it’s errors thrown by badly-written contracts, or hackers exploiting loopholes in contracts, like in the well-known DAO hack, which caused a community split and sprang ...

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