Where does the "trust" in blockchain come from? In existing L2 models, trust is largely transferred to sequencer operators. You trust that they do not censor, do not manipulate the order, and do not go offline. This is a form of "personalized trust" that institutional risk-averse individuals cannot accept. @0xMiden re-anchors trust in cryptography and mathematical proofs. The system does not require you to trust any intermediaries, only that you believe in publicly verifiable zero-knowledge proofs.
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Where does the "trust" in blockchain come from? In existing L2 models, trust is largely transferred to sequencer operators. You trust that they do not censor, do not manipulate the order, and do not go offline. This is a form of "personalized trust" that institutional risk-averse individuals cannot accept. @0xMiden re-anchors trust in cryptography and mathematical proofs. The system does not require you to trust any intermediaries, only that you believe in publicly verifiable zero-knowledge proofs.