@pipsandbills

miden is one of the strongest zero-knowledge VMs being built today. It gives you: • private computation (your execution trace stays hidden) • STARK-based cryptography method • verifiable correctness • a scalable zk-first architecture this is huge. but there’s one thing miden cannot give: a guarantee of end-to-end encryption. why? because zk proves correctness, it does not hide data but when you combine that with fhe, you can have computation on a hidden data that has been proved correct! meaning: • storage = encrypted • mempool = encrypted • execution = encrypted • state = encrypted • node visibility = zero this is the actual end-to-end encryption. so with zama inside miden, you could have an end-end encrypted chain that works even if the sequencer operator are malicious tldr miden gives private computation. zama gives private data. put them together and you get something better: a verifiable, encrypted, adversary-proof L2.

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