Rename Mev Max Vault -> Max Vault

Author: Pessina

book/README.md

@@ -235,7 +235,7 @@ await staker.init()
 const delegatorAddress = '0xe6d8d8ac54461b1c5ed15740eee322043f696c08'
 
 // You can use the Chorus One validator address or specify your own
-const validatorAddress = CHORUS_ONE_ETHEREUM_VALIDATORS.ethereum.mevMaxVault
+const validatorAddress = CHORUS_ONE_ETHEREUM_VALIDATORS.ethereum.maxVault
 
 const { tx } = await staker.buildStakeTx({
   delegatorAddress,

book/build-your-staking-dapp/ethereum/pooled_staking_overview.md

@@ -154,14 +154,15 @@ The `@chorus-one/ethereum` module includes a list of Chorus One validators for t
 
 ### Vault Types
 
-- **MEV Max Vault (mevMaxVault)**: This vault employs Chorus One’s proprietary [MEV Research](https://chorus.one/categories/mev) to maximize staking returns by optimizing transaction ordering.
+
+- **Max Vault (maxVault)**: This vault leverages Chorus One’s proprietary strategies to maximize staking rewards through innovative and evolving approaches. Historically, it has benefited from early adoption of Restaking and Looped Staking in collaboration with Stakewise. Chorus One continues to leverage in-house research to capture reward-enhancing opportunities as they arise, delivering maximum rewards to delegators.
 
 - **Obol Distributed Validator Technology (obolDvVault)**: This vault uses [Obol's DVT](https://docs.obol.org/docs/int/Overview) to enhance resilience and decentralization of Ethereum staking by distributing validator duties across multiple nodes.
 
 ```javascript
 import { CHORUS_ONE_ETHEREUM_VALIDATORS } from '@chorus-one/ethereum'
 
-const validatorAddress = CHORUS_ONE_ETHEREUM_VALIDATORS.hoodi.mevMaxVault
+const validatorAddress = CHORUS_ONE_ETHEREUM_VALIDATORS.hoodi.maxVault
 console.log(vaultAddress) // '0x95d0db03d59658e1af0d977ecfe142f178930ac5'
 ```
 

book/ethereum-tutorial/1-installation-and-setup.md

@@ -49,7 +49,7 @@ To access these default vault addresses, you can use the `CHORUS_ONE_ETHEREUM_VA
 
 ### Vault Types
 
-- **MEV Max Vault (mevMaxVault)**: This vault employs Chorus One's proprietary [MEV Research](https://chorus.one/categories/mev) to maximize staking returns by optimizing transaction ordering.
+- **Max Vault (maxVault)**: This vault leverages Chorus One’s proprietary strategies to maximize staking rewards through innovative and evolving approaches. Historically, it has benefited from early adoption of Restaking and Looped Staking in collaboration with Stakewise. Chorus One continues to leverage in-house research to capture reward-enhancing opportunities as they arise, delivering maximum rewards to delegators.
 
 - **Obol Distributed Validator Technology (obolDvVault)**: This vault uses [Obol's DVT](https://docs.obol.org/docs/int/Overview) to enhance resilience and decentralization of Ethereum staking by distributing validator duties across multiple nodes.
 
@@ -60,7 +60,7 @@ To access these default vault addresses, you can use the `CHORUS_ONE_ETHEREUM_VA
 ```javascript
 import { CHORUS_ONE_ETHEREUM_VALIDATORS } from '@chorus-one/ethereum'
 
-const validatorAddress = CHORUS_ONE_ETHEREUM_VALIDATORS.ethereum.mevMaxVault
+const validatorAddress = CHORUS_ONE_ETHEREUM_VALIDATORS.ethereum.maxVault
 
 console.log(vaultAddress) // '0x95d0db03d59658e1af0d977ecfe142f178930ac5'
 ```

book/ethereum-tutorial/2-fetching-vault-details.md

@@ -16,7 +16,7 @@ import { EthereumStaker, CHORUS_ONE_ETHEREUM_VALIDATORS } from '@chorus-one/ethe
 const staker = new EthereumStaker({ network: 'hoodi' })
 await staker.init()
 
-const validatorAddress = CHORUS_ONE_ETHEREUM_VALIDATORS.ethereum.mevMaxVault
+const validatorAddress = CHORUS_ONE_ETHEREUM_VALIDATORS.ethereum.maxVault
 // Alternatively, you can define vaults yourself:
 // const vault = '0x...';
 

book/ethereum-tutorial/3-staking.md

@@ -72,7 +72,7 @@ const stake = async ({
   const staker = new EthereumStaker({ network: 'hoodi' })
   await staker.init()
 
-  const validatorAddress = CHORUS_ONE_ETHEREUM_VALIDATORS.ethereum.mevMaxVault
+  const validatorAddress = CHORUS_ONE_ETHEREUM_VALIDATORS.ethereum.maxVault
 
   const { tx: stakeTx } = await staker.buildStakeTx({
     delegatorAddress: userAddress,

packages/ethereum/README.md

@@ -35,7 +35,7 @@ await staker.init()
 const delegatorAddress = '0xd8dA6BF26964aF9D7eEd9e03E53415D37aA96045'
 
 // You can use the Chorus One validator address or specify your own
-const validatorAddress = CHORUS_ONE_ETHEREUM_VALIDATORS.ethereum.mevMaxVault
+const validatorAddress = CHORUS_ONE_ETHEREUM_VALIDATORS.ethereum.maxVault
 
 const { tx } = await staker.buildStakeTx({
   delegatorAddress,

packages/ethereum/src/constants.ts

@@ -13,10 +13,10 @@ export const CHORUS_ONE_ETHEREUM_VALIDATORS = {
     obolDvVault: '0xdbdee04c72a02a740b9f26ada9203582c8a99daf',
 
     /**
-     * The MEV Max vault address.
-     * This vault utilizes Chorus One’s proprietary [MEV Research](https://chorus.one/categories/mev) to enhance staking returns.
+     * The Max vault address.
+     * This vault leverages Chorus One’s proprietary strategies to maximize staking rewards through innovative and evolving approaches. Historically, it has benefited from early adoption of Restaking and Looped Staking in collaboration with Stakewise. Chorus One continues to leverage in-house research to capture reward-enhancing opportunities as they arise, delivering maximum rewards to delegators.
      */
-    mevMaxVault: '0xe6d8d8ac54461b1c5ed15740eee322043f696c08'
+    maxVault: '0xe6d8d8ac54461b1c5ed15740eee322043f696c08'
   },
   /**
    * Hoodi testnet validator addresses.
@@ -25,7 +25,7 @@ export const CHORUS_ONE_ETHEREUM_VALIDATORS = {
     /**
      * Testnet vault
      */
-    mevMaxVault: '0x2148ffbc0a2d83f5e3605041f5b85d54305f803c',
+    maxVault: '0x2148ffbc0a2d83f5e3605041f5b85d54305f803c',
     /**
      * Testnet vault
      */

packages/ethereum/test/getRewardsHistory.spec.ts

@@ -13,7 +13,7 @@ describe('EthereumStaker.getRewards', () => {
   beforeEach(async () => {
     const setup = await prepareTests()
     validatorAddress = setup.validatorAddress
-    // Use one of the first delegators to the MevMax Vault
+    // Use one of the first delegators to the Max Vault
     delegatorAddress = '0xA3FBae7A9834862A5853D39d850aBcBCE5a1AFdA'
     staker = setup.staker
   })

packages/ethereum/test/getVault.spec.ts

@@ -26,7 +26,7 @@ describe('EthereumStaker.getVault', () => {
       validatorAddress
     })
 
-    assert.equal(vault.name, 'Chorus One - MEV Max')
+    assert.equal(vault.name, 'Chorus One Max Vault')
     assert.isTrue(Number(vault.tvl) > 1000 * 10 ** 18)
     assert.isTrue(
       vault.description ===

packages/ethereum/test/lib/utils.ts

@@ -51,7 +51,7 @@ export const prepareTests = async () => {
   await staker.init()
 
   return {
-    validatorAddress: CHORUS_ONE_ETHEREUM_VALIDATORS[config.networkConfig.name].mevMaxVault,
+    validatorAddress: CHORUS_ONE_ETHEREUM_VALIDATORS[config.networkConfig.name].maxVault,
     walletClient,
     publicClient,
     staker,