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In-depth analysis of HyperLiquid's technical architecture: Safety of cross-chain bridges and analysis of HyperEVM dual-chain structure
HyperLiquid After the Speculation Cooldown: Analyzing Its Cross-Chain Bridges and HyperEVM Architecture from a Technical Perspective
HyperLiquid, as a highly regarded on-chain order book exchange, has a TVL that has surpassed $2 billion, earning it the title of "on-chain Binance". This article will delve into HyperLiquid from the perspectives of technical structure and security, focusing on the construction and risks of its cross-chain bridges contracts, as well as the dual-chain architecture of HyperEVM and HyperL1.
HyperLiquid cross-chain bridges解析
HyperLiquid has deployed a cross-chain bridges contract on Arbitrum to store users' USDC assets. The bridge contract includes four groups of validators:
Deposit Process
The HyperLiquid bridge contract uses the Permit method of EIP-2612 to handle deposits, allowing only USDC to be deposited. The deposit operation is relatively simple, using the batchedDepositWithPermit function to process multiple deposits in batch.
Withdrawal Process
The withdrawal process is relatively complex:
cross-chain bridge locking mechanism
Validator set update
The updateValidatorSet function updates the hotValidatorSet, requiring signatures from all members, with a 200-second dispute period.
Potential Risks of Cross-Chain Bridges
HyperEVM and Dual-Chain Architecture
HyperLiquid adopts a dual-chain architecture:
Two chains interact through Precompiles and Events:
HyperBFT consensus
Based on the improvement of HotStuff, the theoretical processing speed can reach 2 million orders per second.
Developer's Notes
Overall, HyperEVM is similar to the layer 2 architecture based on HyperLiquid L1, but it offers higher interoperability. Developers need to pay attention to handling various edge cases in cross-chain interactions.