1. Monad: 10,000 TPS Parallel EVM Execution
Monad changes the speed game with 10,000 TPS and 1-second finality via parallelized optimistic execution. Because Monad maintains 100% bytecode compatibility with Ethereum, all standard Permit2 (EIP-712) and multicall sweeper bots execute out-of-the-box with sub-second confirmation times and near-zero mempool congestion.
2. Berachain: Proof-of-Liquidity & BERA/HONEY Vaults
Berachain's tri-token model ($BERA gas, $BGT governance, $HONEY stablecoin) introduces high-yield reward vaults that operators target directly:
- BGT Delegation & Reward Redirection: Spoofed dApps prompt users to sign permission updates that redirect accumulated BGT validator bribes and rebase rewards.
- HONEY Vault Allowance Sweeps: Exploiting standard ERC-20 approvals over collateral deposited in lending markets (Bend) and DEX liquidity pools (Bex).
3. Hyperliquid: L1 Sub-Account & Agent Key Signing
Hyperliquid runs its own high-speed L1 state machine for perpetual and spot trading. Instead of traditional ERC-20 approvals, phishing landing pages target Agent Wallet Approvals (EIP-712 signed agent delegation). Once an attacker's key is authorized as an agent on the victim's account, the bot can market-dump collateral, close profitable perps, and transfer unlocked USDC out via bridge contracts.
4. Frequently Asked Emerging Chain Queries
Do existing EVM drainers work on Monad without modifications?
Yes. Monad supports standard EVM opcodes and JSON-RPC APIs natively. Standard Permit2 signatures, Seaport order formats, and multicall sweeper contracts run with zero code modifications.
How do drainers extract staked assets from Berachain PoL vaults?
The relayer contract calls rewardVault.withdraw() to unstake LP positions from Berachain Proof-of-Liquidity pools, harvests pending rewards, and swaps everything into native BERA or stablecoins in an atomic multicall batch.
Explore our EVM drainer module or check the what is a crypto drainer overview.