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Stop scrolling. This might be one of the most important thing happening on Hyperliquid right now and almost nobody is talking about it.
What you're looking at is the first independent client achieving block hash parity with Hyperliquid validators.
For non-technical people: Hyperliquid hasn't open-sourced its node client. The code that runs the network is a compiled binary, a black box. @androolloyd took that black box, 87MB of machine code with no documentation, and reverse-engineered it using AI and Ghidra. He decoded every formula, every structure, every protocol. Then he built his own client from scratch that produces the exact same results as the official validators. 3/3 match.
For technical people: full verification chain cracked. keccak256 on raw msgpack for block response hashes. blake3 keyed for consensus transactions. LtHash16 with SSE2 paddw across 14 accumulators (11 L1 + 3 EVM) finalized with SHA-256 for state hashing. All reproduced independently from a stripped ELF binary with zero source code.
What this means: anyone can now verify the Hyperliquid chain independently without trusting the official binary. This is the foundation for a truly decentralized validator set where operators don't depend on one codebase. Independent implementations make the network stronger, more resilient, and harder to compromise.
The team didn't open-source the client. So someone reverse-engineered it and built one anyway. That's the kind of ecosystem Hyperliquid has.
I'll be covering this work in depth over the coming days to make sure everyone understands the magnitude of what's being built here.
Legendary work happening in real time.
Hyperliquid.
androolloyd.hl@androolloyd
We have achieved block hash parity, lots to do still but the end zone fees in sight.
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