EIP-7710 primary sources — 2026-05-07

Project status in this pass

• No standalone EIP-7710 whitepaper or litepaper surfaced.
• The clearest source of truth was the draft ERC itself, backed by the raw ERC markdown and MetaMask’s implementation-facing delegation materials.
• The sources consistently frame EIP-7710 as the redemption layer for delegated authority, not as the wallet-side permission request UX.

Primary-source snapshots

1) Canonical ERC page

• URL: https://eips.ethereum.org/EIPS/eip-7710
• Key excerpt/signals:
  • The abstract defines a standard way for smart contracts to delegate capabilities to other contracts or EOAs.
  • The spec centers on a DelegationManager that validates delegation authority and executes the desired action on behalf of the delegator.
  • The motivation explicitly names long-lived sessions, bounded permissions for AI agents, invite links, and third-party delegates operating under policy constraints.
• Why it mattered:
  • This is the clearest evidence that EIP-7710 belongs in the corpus as reusable capability-routing infrastructure.

2) Raw ERC markdown

• URL: https://raw.githubusercontent.com/ethereum/ERCs/master/ERCS/erc-7710.md
• Key excerpt/signals:
  • The ERC leaves delegation issuance out of scope and says protocols such as ERC-7715 may handle requesting and granting delegations.
  • The core interface is just redeemDelegations(bytes[] permissionContexts, bytes32[] modes, bytes[] executionCallData).
  • The spec says the _modes and _executionCallData arrays inherit their structure from ERC-7579 execution semantics.
• Why it mattered:
  • These details show that EIP-7710 is standardizing redemption and execution plumbing while intentionally staying neutral on wallet UX or permission language.

3) Permission-verification guidance in the ERC text

• URL: https://raw.githubusercontent.com/ethereum/ERCs/master/ERCS/erc-7710.md
• Key excerpt/signals:
  • The ERC says dapps should verify permissions by simulating the intended redeemDelegations call.
  • It explicitly warns that past receipt of a delegation does not guarantee current execution rights because delegations can expire, be revoked, or become invalid from state changes.
  • The guidance recommends retry logic and new permission requests when simulations fail.
• Why it mattered:
  • This is the strongest sign that EIP-7710 treats actual executable state, not metadata, as the authority source of truth.

4) MetaMask Delegation Framework repository

• URL: https://github.com/MetaMask/delegation-framework
• Key excerpt/signals:
  • The repo describes delegations as the ability to share the capability to invoke some onchain action entirely offchain in a secure manner.
  • It presents a stack with DeleGator accounts, a DelegationManager, and caveat enforcers that constrain how delegated authority can be used.
  • It highlights support for ERC-4337 smart accounts, EIP-7702 stateless delegators, revocation, and fine-grained caveats.
• Why it mattered:
  • This is the best implementation-facing evidence that EIP-7710 is becoming programmable capability infrastructure rather than remaining a purely theoretical draft.

5) MetaMask Delegation Toolkit overview

• URL: https://metamask.io/news/what-is-the-delegation-toolkit-and-what-can-you-build-with-it
• Key excerpt/signals:
  • MetaMask frames ERC-7710 as the shared foundation for delegated spending limits, gas sponsorship, automated workflows, invite flows, and AI-agent permissions.
  • The article explains delegation as separating account ownership from account execution while preserving scoped control.
  • It emphasizes off-chain delegation storage, revocation, caveats, and transitive delegation chains.
• Why it mattered:
  • This gives the clearest practical description of the mechanism surface EIP-7710 is trying to make portable across wallets and dapps.

Working conclusion

EIP-7710 is best cataloged as the standard redemption rail for delegated authority in the smart-account stack. The decisive evidence in this pass was the draft ERC’s narrow focus on redeemDelegations, its reuse of ERC-7579 execution semantics, its insistence on simulation-based permission checking, and MetaMask’s implementation materials showing how off-chain delegations, caveats, and revocation can sit on top of that shared execution boundary.