Ethereum Co-Founder Pushes for Native Private ETH Transfers in Hegota Upgrade

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Tom Lehman pushes for EIP 8182 inclusion in <a href="https://bbg-news.com/eth-usd/">Ethereum</a> Hegota upgrade

Tom Lehman, a key figure in Ethereum’s Layer 2 technology, is again pushing for the inclusion of EIP-8182 in Ethereum’s upcoming Hegota upgrade. This proposal aims to add a built-in privacy feature, allowing for confidential transactions with both ETH and ERC-20 tokens.

Summary

  • Facet co-founder Tom Lehman has pushed for EIP-8182 inclusion in Ethereum’s Hegota upgrade to enable native private ETH and ERC-20 transfers.
  • The proposal introduces a protocol-managed shared shielded pool and ZK proof verification system with no admin key or pause mechanism.
  • EIP-8182 joins other Hegota privacy proposals, including EIP-8141 and EIP-8250, as Ethereum developers expand work on protocol-level privacy infrastructure.

A new plan, outlined by Lehman on Friday and called EIP-8182, suggests creating a single, built-in system for private transactions on Ethereum. Currently, privacy features are handled by separate apps, which can be difficult for users. This proposal aims to simplify things by having the Ethereum network itself manage these private transactions.

Here are my slides! 🧵

— Tom Lehman (@dumbnamenumbers) May 21, 2026

According to Lehman, co-founder of the Facet network, Ethereum has a fundamental issue: privacy-focused services need a large user base to truly protect anonymity, but people are hesitant to join those services unless they already have strong privacy features. This creates a difficult cycle.

The new plan suggests building Ethereum’s shielded pool as a core part of the system, without any central control or ability to be paused. According to Lehman, this design would be updated like other essential Ethereum components – only through major network upgrades, ensuring community consensus drives any changes.

EIP-8182 aims to improve Ethereum by adding a tool that can directly verify privacy proofs within the network itself, without needing external help. This would allow for more private transactions. It would work by using a system similar to how Bitcoin tracks transactions (UTXO-style) and a specific type of proof called Groth16 BN254 to confirm those transactions.

This new privacy proposal differs from many current systems by still allowing users to send funds to regular Ethereum addresses or ENS names. Instead of requiring special privacy addresses, it would use hidden identifiers stored in registries to manage the private aspects of transactions, as outlined in Lehman’s notes.

How would EIP-8182 change Ethereum privacy?

As an Ethereum investor, I’m really interested in this new proposal. It aims to build one big, shared system for privacy across all Ethereum applications, instead of having a bunch of smaller, separate ones. Basically, it’s like creating a central hub where all the necessary information – things like transaction details, records of cancelled transactions, and access permissions – will be securely stored and managed by the protocol itself. This should make privacy features more effective and easier to use for everyone.

The proposal details how users can make secure, all-in-one transactions. This would allow them to deposit funds into a private pool, use those funds with standard smart contracts, and then return the funds to their private accounts, all as part of a single process.

Lehman admitted that the EIP-8182 proposal isn’t a complete solution for Ethereum privacy. The proposal itself states that truly private transactions would also require things like encrypted transaction pools, stronger network security, and changes to how wallets work – all of which are beyond what this proposal covers.

As a researcher following Ethereum’s development, I’m excited about three proposals currently being considered for the next Hegota upgrade. One, EIP-8141, would allow privacy pools to cover withdrawal fees directly with the assets they’re withdrawing. The other, EIP-8250, introduces something called ‘keyed nonces,’ which is a technical step towards building privacy systems where multiple users can share a single sender address.

Why is Ethereum discussing protocol-level privacy now?

Ethereum developers are focusing more on privacy features as they plan for the future, anticipating increased use by institutions and the growth of tokenization. Leaders at the Ethereum Foundation have reportedly made building privacy-focused, compliant systems and speeding up transaction finality key goals for 2026.

Earlier this year, Ethereum developers planned to include FOCIL – a system designed to resist censorship – as part of the Hegota upgrade. Ethereum co-founder Vitalik Buterin explained this move was intended to make Ethereum more aligned with the original cypherpunk ideals of privacy and freedom.

Discussions about how to protect user privacy are influencing the development of EIP-8182. Projects like Privacy Pools are exploring ways to use advanced cryptography – specifically zero-knowledge proofs – to distinguish between legal and illegal funds without revealing all the details of transactions.

Lehman suggests creating a common privacy system for decentralized finance and tokenized assets. This system could help these platforms protect user transactions while still meeting legal and regulatory obligations.

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2026-05-25 17:41