Tiering and Dashboarding ETH 2.0 Validator Behavior

1 Introduction As part of the data visualization subdivision of Ethereum Foundation community staking grantees, our research seeks to provide graphical insights into the function and health of the network. Over the last few months, we have worked to update our analysis on the performance of validator nodes which was originally performed on the Medalla testnet. In this article, we will provide an update on the progress, highlighting the work we’ve done both in terms Read more about Tiering and Dashboarding ETH 2.0 Validator Behavior[…]

Proper Proposers and Skipped Slots: A Ranking and Segmentation Study of Validator Behavior

The release of Ethereum 2.0 will mark the beginning of the largest scale proof-of-work to proof-of-stake migration in the crypto-ecosystem. This transformation will render traditional mining infrastructure outmoded as network security and consensus is facilitated, no longer by miners, but holders of the cryptocurrency who stake a portion of their balances inside of wallets integrated into client node software that interact directly with the blockchain. These stakers will serve as validators, entities economically incentivized to Read more about Proper Proposers and Skipped Slots: A Ranking and Segmentation Study of Validator Behavior[…]

The Art of Slashing

Consensys’s glossary of Ethereum 2.0 terms eloquently describes the act of “slashing” as one of Ethereum’s new processes created to maintain blockchain security. They state that Ethereum 2.0’s consensus mechanism has a couple of rules that are designed to prevent attacks on the network. Any validator, an actor that proposes and attests new blocks, found to have broken these rules will be slashed and ejected from the network. According to Codefi, there are three ways Read more about The Art of Slashing[…]