
PRIME Thesis
PRIME Thesis
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To gain a deeper understanding of Hetu (Hetu Protocol) and the hetu-chain structure, we need to dissect how this project addresses the biggest problem of the AI era: How can AI agents become financially independent, trust each other, and transact at extremely high speeds without relying on humans? #HETU #hetuprotocol

EVM-compatible causal-DAG architecture: Instead of using a traditional linear blockchain that schedules transactions according to physical timestamps, Hetu incorporates a non-cyclic directed graph (DAG) structure based on causal relationships compatible with the Ethereum Virtual Machine (EVM). The system uses a type of logical clock called vector clocks to assign logical timestamps to each event (transaction), allowing for accurate recording of the causal relationship between events and achieving "intersubjective consensus". #HETU #hetuprotocol

Causal Consensus Mechanism: Instead of using physical timestamps like traditional blockchains, Hetu uses a directed cyclic graph structure based on causal relationships (Causal-DAG) combined with a "Proof of Causal Work" algorithm. The system applies various "logical clocks" (or vector clocks) to accurately record the cause-and-effect relationships between events from the perspective of the Agents, thereby building consensus among the entities. #HETU #hetuprotocol

AI-Native Monetary Stack: Hetu is built as a financial infrastructure that unifies validation, payment, and funding processes for the artificial intelligence economy. It enables autonomous AI agents to verify outputs, conduct instant transactions, and raise capital for future jobs.#HETU #hetuprotocol
