Adds EIP link to all mentions and reframes EIP-7702 != account abstraction

docs/wiki/pectra-faq.md

@@ -12,33 +12,33 @@ Overall
 #### **Q:** What is Prague/Electra?
 **A:** Prague and Electra are the names of the upcoming Ethereum hard fork. The included EIPs can be found [here](https://eips.ethereum.org/EIPS/eip-7600). Prague is the name of the fork on the execution client side, and Electra is the upgrade name on the consensus layer client side. 
 
-There are 3 main features along with some smaller EIPs included in Pectra. They are: Max effective balance, Account abstraction and Execution Layer triggered exits.
+There are 3 main features along with some smaller EIPs included in Pectra. They are: [EIP-7251](https://eips.ethereum.org/EIPS/eip-7251) also known as Max effective balance (MaxEB), [EIP-7702](https://eips.ethereum.org/EIPS/eip-7702), and [EIP-7002](https://eips.ethereum.org/EIPS/eip-7002) also known as Execution Layer triggered exits.
 
-The MaxEB feature will allow the user to have a > 32ETH effective balance. This would allow users to consolidate many validators (or deposit new ones) into one up to 2048ETH. The requirement to use this feature is the setting of the `0x02` withdrawal credentials. A user can either make a deposit directly with `0x02` credentials or the user can move from `0x01` to `0x02`.
+The [MaxEB](https://eips.ethereum.org/EIPS/eip-7251) feature will allow the user to have a > 32ETH effective balance. This would allow users to consolidate many validators (or deposit new ones) into one up to 2048ETH. The requirement to use this feature is the setting of the `0x02` withdrawal credentials. A user can either make a deposit directly with `0x02` credentials or the user can move from `0x01` to `0x02`.
 
-With EIP-7702, The user wallet would be able to delegate control to a smart contract. This pattern allows a new wallet and app interaction design space, leading the path for future full account abstraction solutions.
+With [EIP-7702](https://eips.ethereum.org/EIPS/eip-7702), The user wallet would be able to delegate control to a smart contract. This pattern allows a new wallet and app interaction design space, leading the path for future full account abstraction solutions.
 
-The Execution Layer (EL) _triggered exits_ is a new feature that allows the withdrawal address set in the `0x02` withdrawal credential to perform exits directly in EL, without relying on on pre-signed BLS keys. This feature is mainly targeted at staking pools, enabling them to use smart contracts to fully control the validator lifecycle.
+The [Execution Layer (EL) triggered exits](https://eips.ethereum.org/EIPS/eip-7002) is a new feature that allows the withdrawal address set in the `0x01` or `0x02` withdrawal credential to perform exits directly in EL, without relying on pre-signed BLS keys. This feature is mainly targeted at staking pools, enabling them to use smart contracts to fully control the validator lifecycle.
 
 Users/Devs
 ---
 **FAQ**:
-#### **Q:** What is EIP-7702/Account abstraction?
-While EIP-7702 isn’t quite account abstraction, it does provide execution abstraction, i.e adds additional functionality to externally owned accounts (EOAs. This allows your EOA to do things like send transaction batches and delegate to other cryptographic key schemes, like passkeys. It does this by setting the code associated with the EOA to a protocol-level proxy designation. A full specification can be found [here](https://eips.ethereum.org/EIPS/eip-7702). It introduces a new transaction type that temporarily authorizes specific contract code for an EOA during a single transaction, allowing EOAs to function as smart contract accounts. This enables several use cases for users, including transaction batching, gas sponsorship, and privilege de-escalation.
+#### **Q:** What is EIP-7702 and how does it relate to Account abstraction?
+While [EIP-7702](https://eips.ethereum.org/EIPS/eip-7702) isn’t quite account abstraction, it does provide execution abstraction, i.e adds additional functionality to externally owned accounts (EOAs. This allows your EOA to do things like send transaction batches and delegate to other cryptographic key schemes, like passkeys. It does this by setting the code associated with the EOA to a protocol-level proxy designation. A full specification can be found [here](https://eips.ethereum.org/EIPS/eip-7702). It introduces a new transaction type that temporarily authorizes specific contract code for an EOA during a single transaction, allowing EOAs to function as smart contract accounts. This enables several use cases for users, including transaction batching, gas sponsorship, and privilege de-escalation.
 
 #### **Q:** Where can I find the specification for EIP-7702? How can I use it as a wallet dev?
-The specification for EIP-7702 is can be found [here](https://eips.ethereum.org/EIPS/eip-7702). To get started as a wallet developer, you'll need to determine a smart contract wallet core to use with the EOA. Pay close attention to how the wallets [should be initialized](https://eips.ethereum.org/EIPS/eip-7702#front-running-initialization). Once you have determined the core wallet to use, you'll need to expose behavior like `eth_sendTransaction` and other custom methods for EIP-7702 specific functionality like batch transactions.
+The specification for [EIP-7702](https://eips.ethereum.org/EIPS/eip-7702) is can be found [here](https://eips.ethereum.org/EIPS/eip-7702). To get started as a wallet developer, you'll need to determine a smart contract wallet core to use with the EOA. Pay close attention to how the wallets [should be initialized](https://eips.ethereum.org/EIPS/eip-7702#front-running-initialization). Once you have determined the core wallet to use, you'll need to expose behavior like `eth_sendTransaction` and other custom methods for [EIP-7702](https://eips.ethereum.org/EIPS/eip-7702) specific functionality like batch transactions.
 
-#### **Q:** As a user, how can I use account abstraction?
-To get the [benefits](https://ethereum.org/en/roadmap/account-abstraction/) of account abstraction, you need to use a wallet that supports it. Once your wallet of choice supports account abstraction, you will be able to make use of it. 
+#### **Q:** As a user, how can I use EIP-7702?
+To get the [benefits](https://ethereum.org/en/roadmap/account-abstraction/) of EIP-7702, which is an early attempt at account abstraction, you need to use a wallet that supports it. Once your wallet of choice supports account abstraction, you will be able to make use of it. 
 
 #### **Q:** Do I have to wait for my wallet to support EIP-7702?
-Unfortunately yes, until your wallet integrates EIP-7702 it will not be possible to make use of the new functionalities it provides.
+Unfortunately yes, until your wallet integrates [EIP-7702](https://eips.ethereum.org/EIPS/eip-7702) it will not be possible to make use of the new functionalities it provides.
 
 #### **Q:** What do I need to know about EIP-7702 as a smart contract dev?
 As a smart contract developer, you should know that after Prague the majority of users on Ethereum will now be able to interact with the chain in more complex ways than were feasible before. Many standards have been developed to work around the limitations of EOAs, such as [ERC-2612 Permit](https://eips.ethereum.org/EIPS/eip-2612).
 
-#### **Q:** What do I need to know as a security engineer/auditor?
+#### **Q:** What do I need to know about EIP-7702 as a security engineer/auditor?
 As a security engineer / auditor, you must be aware that the previous assumption that a frame cannot be reentered when `msg.sender == tx.origin` no longer holds. This means the check is no longer suitable for reentrancy guards or flash loan protection.
 
 #### **Q:** What does the EIP-2537 BLS precompile add in pectra?
@@ -67,7 +67,7 @@ There are 2 ways in which a validator can have `0x02` withdrawal credentials:
 1. When you deposit a new validator with `0x02` withdrawal credentials
 2. When you consolidate existing validators to `0x02` withdrawal credentials by sending a transaction to consolidation request address
 
-The `0x02` withdrawal credential enables you to control the validator exit from your execution layer address as well as allows you to possess maximum effective balances of >32 ETH and <2048ETH. This means you can run one validator and have a single validator with a balance of up to 2048 ETH.
+While both the `0x01` and `0x02` withdrawal credential enables you to control the validator exit from your execution layer address, only `0x02` allows the validator to possess a maximum effective balances of >32 ETH and <2048ETH. This means you can run one validator and have a single validator with a balance of up to 2048 ETH.
 
 #### **Q:** Can I deposit a validator with `0x02` credentials directly?
 Yes, you can deposit a validator with `0x02` credentials directly. This will allow you to have a single validator with a balance of up to 2048 ETH.
@@ -85,7 +85,7 @@ There is no direct way to move from `0x00` to `0x02`. You will need to first mov
 You can consolidate your validator to `0x02` withdrawal credentials via a self consolidation with both, the source and target pointing to your validator. This will change your withdrawal credentials to `0x02` and allows you to have a single validator with a balance of up to 2048 ETH. For new deposits, the `staking-cli` will support the `0x02` withdrawal credentials in the coming months before the Pectra mainnet Ethereum fork.
 
 #### **Q:** What is MaxEB?
-MaxEB or the [EIP-7251](https://eips.ethereum.org/EIPS/eip-7251) increases the `MAX_EFFECTIVE_BALANCE` to 2048 ETH while keeping the minimum staking balance at 32 ETH. Before MaxEB, any entity that wanted to contribute a large amount of ETH to consensus had to spin up multiple validators because each was capped at a maximum of 32 ETH. EIP-7251 will allow large stake operators to consolidate their ETH into fewer validators, using the same stake with up to 64 times less individual validators. It also allows solo stakers' ETH to be compounded into their existing validator and contribute to their rewards without having to use the exact validator amount. For example, 35 ETH will be considered the validator's effective balance by the protocol, instead of leaving out 3 ETH ineffective and waiting till 64 ETH for 2 validators. Overall, consolidating validators will allow for fewer attestations in the consensus network and easing the bandwidth usage by nodes.
+[EIP-7251](https://eips.ethereum.org/EIPS/eip-7251) or MaxEB increases the `MAX_EFFECTIVE_BALANCE` to 2048 ETH while keeping the minimum staking balance at 32 ETH. Before MaxEB, any entity that wanted to contribute a large amount of ETH to consensus had to spin up multiple validators because each was capped at a maximum of 32 ETH. [EIP-7251](https://eips.ethereum.org/EIPS/eip-7251) will allow large stake operators to consolidate their ETH into fewer validators, using the same stake with up to 64 times less individual validators. It also allows solo stakers' ETH to be compounded into their existing validator and contribute to their rewards without having to use the exact validator amount. For example, 35 ETH will be considered the validator's effective balance by the protocol, instead of leaving out 3 ETH ineffective and waiting till 64 ETH for 2 validators. Overall, consolidating validators will allow for fewer attestations in the consensus network and easing the bandwidth usage by nodes.
 
 #### **Q:** How do I consolidate my validators?
 To consolidate your validators, you first need to ensure that both the source and target validators have either `0x01` or `0x02` credentials assigned.