Account Abstraction

Live on-chain usage, the proposal family, native-AA work, and related calls

EIP-8130 Launching on Base · late Sep 2026as of September 2026

Account Abstraction by Account Configuration

EIP-8130 is Base's native account-abstraction design and the L2 counterpart to EIP-8141. Instead of building AA into L1 consensus, it uses an account-configuration model with deterministic authenticators, needs no EVM changes, and is cross-chain portable. Core Devs set the default path as 8130 on L2s (Base, OP Stack, Arbitrum) and 8141 on L1, with convergence work ongoing, so the two are complementary layers rather than rivals.

How the model works

Account configuration model

A singleton account-config contract defines how an account authenticates, rather than deploying code to the account itself.

Deterministic authenticators

Native support for K1, P256, and passkey authenticators, declared top-level in the transaction so dependencies are inspectable without tracing.

2D & nonceless nonces

Two-dimensional nonces plus nonceless transactions for parallel and out-of-order flows.

No EVM changes

EOAs work out of the box, no protocol EVM changes required, and the model is cross-chain portable.

Adoption status

L2 path · Base, OP Stack, Arbitrum
  1. Jul 2026

    Base announces EIP-8130 (Account Abstraction by Account Configuration)

  2. Aug 27, 2026

    ACDE #244: default path set, 8130 proceeds on L2s and 8141 on L1

  3. Late Sep 2026

    Launch on Base; OP Stack and Arbitrum also committing

  4. Ongoing

    Timeboxed 8141 ↔ 8130 convergence; shared ERC-1979 key lifecycle

8130 and 8141: two layers, one goal

EIP-8130 · L2

Account-configuration model, no EVM changes, launching on Base and other rollups. Thesis: no capability gap versus 8141 at lower cost; authenticators declared top-level for inspectability.

EIP-8141 · L1

In-protocol Frames, SFI'd as the Hegota headliner. Coupled account model is the main point of debate; the two efforts share the ERC-1979 key-lifecycle standard and are attempting convergence.

Discussion & research

Links are community discussion and research, shared for context, not endorsements or security disclosures.

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