EIP-7702 allows an existing EOA to delegate smart-account logic while keeping the same address. heyAura uses this account abstraction path to support existing wallets and provide you with the best AI assistant experience.

With EIP-7702, your wallets can act like smart contracts, so your team can call them. Those calls need controls too. ⚙️ Utila contract call rules now accept your wallets as the destination. Decide which functions and parameters are allowed, what needs approval, and what gets blocked. ✋ To cover a wallet calling itself, set Source Wallet as the destination. Delegated wallets, governed like every other transaction in your vault. 🔐

Lots of people are blaming EIP-7702 for recent hacks. 7702 isn't the cause of the attacks. Attacks are caused by compromised apps, leaked keys, or a bad signature request. Every 7702 delegation needs the owner’s signature. Always protect your keys and always watch what you sign.

Seeing that the Binance exploit involved EIP-7702 delegation is naturally shocking, particularly given the amount of funds involved and the apparent failure of its custody security controls. However, there will come a time, if we fail to transition toward post-quantum cryptography, when any ECDSA wallet with an exposed public key could become vulnerable to private-key recovery and transaction forgery using sufficiently advanced quantum computing, potentially accelerated by autonomous AI agents. Naturally, I believe we will implement the necessary cryptographic upgrades before that threshold is reached. Until then, from a quantum-security perspective, one of the safest places to store funds is a securely generated wallet that has never signed or broadcast a transaction and whose public key remains unexposed.

🚀 How to Switch Your Wallet Between EIP-7702 and Standard EOA? One-click to restore your standard EOA wallet via TokenPocket. Fully reversible & safe. Full Guide:

INSIGHT: The Ethereum portion of the $6.3B @Binance hack exploited EIP-7702, a May 2025 upgrade that lets ordinary wallets run smart contract code allowing the attacker to drain ~$2.5B in $ETH and tokens from a single Binance wallet within four minutes.

🟦 TokenPocket Weekly Report 🟦 🔵 Guide to Switch Your Wallet Between EIP-7702 and Standard EOA 🔵 Send $USDT & $USDC with ZERO fees on @solana 🔵 New version on iOS 🔺2.22.0🔺 All-in-one, all in TokenPocket.

🚨SlowMist TI Alert🚨 We have detected a malicious transaction exploiting a flawed EIP-7702 account, resulting in a loss of 1,988.5 $QNT (approx. 54.93 $ETH). The root cause is that the admin identity of a QNT reserve pool is held by an EOA (0xc6ddf90790b433743bd050c1d1d45f673a3413f4), which delegated its code to a `BatchExecutor` contract via the EIP-7702 mechanism. Unfortunately, `BatchExecutor` designates the permissionless `BatchCall` contract (0x044dc3e39c566a95011e272ec800dbd2cc9c057c) as an authorized caller. However, `BatchCall.batch()` is entirely open to any external caller without any permission checks. This led to an arbitrary call vulnerability, allowing the attacker to drain the $QNT tokens from the reserve pool. Exploit tx: Powered by #SlowMist#.AI

9/ This is the core idea behind x402x. Instead of introducing a router, we use EIP-7702 to let the merchant’s own EOA directly execute payment logic. That means: - users authorize the merchant, not a third party - no router contracts - trust minimization is preserved