Ethereum Staking Reward Burn Proposal EIP-8363 Withdrawn From Hegota Upgrade

The co authors of EIP-8363, which would burn a rising share of validator rewards as more ETH is staked, pulled it from the Hegota upgrade on Thursday. Co-author Jérôme de Tychey, president of Ethereum France, said industry participants and core protocol and client contributors argued that a fork scoping process is the wrong place to settle an issuance policy change. He noted it had become one of the most commented on EIPs in the history of the Ethereum Magicians forum.

What the Tapered Issuance Burn Proposed

Researchers including the Ethereum Foundation’s Justin Drake, Pintail, de Tychey, dapplion, pa7x1 and Ladislaus von Daniels proposed it on Aug. 4. The burned share would rise with total staked ETH and reach 100% at about 60.25 million ETH, roughly half the supply, phased in over about 18 months. With about 34% of supply staked in mid-August, annual consensus yield would fall from about 2.6% to 1.2%.

Objections and Industry Reaction

De Tychey grouped the criticism into five areas: security, industry impact, burn curve design, validator set makeup and the effect on solo stakers. SharpLink CEO Joseph Chalom said in August it would undermine DeFi, and Aave founder Stani Kulechov called it hurtful for Ethereum, then replied “Great move” to the withdrawal.

New Issuance Process Through EthCC

The authors plan a separate multi-node process, with Lido offering to help steer it. It starts with a roundtable at EthCC 2026 and a forum at Devcon in November. A tentative forum at a Columbia University cryptoeconomics workshop follows in January, with workshops after Devcon and in February and March. It ends with a forum at EthCC in April, aiming for CFI or SFI status. De Tychey said the authors still stand by the motivation, citing risks to Ethereum’s security, neutrality and role as money.

Hegota and Ethereum’s Roadmap

Hegota will follow the Glamsterdam update. Vitalik Buterin wrote Sunday that it is likely Ethereum’s last “normal” fork, with later upgrades involving recursive STARKs, automated formal verification, optimized consensus and quantum safety.