# Vitalik Pitches EIP-8288 as Ethereum's Next Big Cryptography Unlock

*Author: Bankless*
*Published: Sep 9, 2026*
*Source: https://www.bankless.com/read/news/vitalik-pitches-eip-8288-as-ethereums-next-big-cryptography-unlock*

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Today, Vitalik Buterin laid out the case for [EIP-8288](https://eips.ethereum.org/EIPS/eip-8288), a proposed featured he co-authored and that he's hoping lands in "I-star," i.e. "the fork after Hegota," suggesting it's a [strong follow-up](https://x.com/VitalikButerin/status/2097711433073172837) in the wake of frame transactions (a.k.a. EIP-8141). 

## **What's the Scoop?**
- **The pitch:** Vitalik listed various unlocks that are possible here, namely **1)** dramatically cheaper quantum-safe signatures, **2)** inexpensive quantum-safe privacy protocols, **3)** support for any future signature or proof scheme, and **4)** "private account abstraction," e.g. changing ownership across *all *your onchain positions in one transaction without revealing what moved.
- **How it'd work:** Transactions would attach a *dependency frame* (a list of claims like "this signature is valid for this data") instead of the raw cryptographic proof itself. Mempool nodes then run a loop roughly every half-second, bundling everyone's proofs into one combined proof per tick and cutting proof-related bandwidth even though transactions still broadcast individually. 
- **Big payoff:** Under this design, a block's entire cryptographic overhead shrinks to one proof (100-300 kB) plus a tiny 96-byte tag per claim, regardless of how many individual signatures or private transactions are bundled inside it.
- **The catch:** Pulling this off means Ethereum has to agree on a shared instruction set for writing these proofs against, and Vitalik noted RISC-V is the "leading candidate" for this currently.