Keymaster

Your brain remembers "the thing I set up for the tax stuff last spring." Your password manager wants an exact vault name and a folder path. Keymaster closes that gap: ask in plain English, get the credential back. Semantic search over your logins, with zero-knowledge encryption so the server never sees plaintext.

You don't remember the vault name. You remember "that login for the tax thing last spring." Keymaster searches your credentials the way you actually recall them: plain English in, the right entry out. Zero-knowledge encryption, so the server never sees the plaintext.

Password managers make you retrieve by exact name and folder. Your memory works by context: "the account I made for the tax stuff last spring." Keymaster searches credentials in plain English and hands back the right one, with zero-knowledge encryption so the server never sees your plaintext.

Password managers make you retrieve credentials the way a filesystem stores them: exact name, right folder. Your memory doesn't work like that. You remember "the login I set up for the tax stuff last spring." Keymaster searches that way. Ask in plain English, get the credential back, with zero-knowledge encryption so the server only ever holds ciphertext. The retrieval got smart without the storage getting less private.

You don't remember the vault name. You remember "the login for the tax thing last spring." Keymaster searches credentials in plain English and hands back the right one. Zero-knowledge encryption, so the server never sees plaintext.

Password managers want an exact name and folder. Your memory works by context: "the account I set up for the tax stuff last spring." Keymaster searches your credentials that way, and the server never sees the plaintext.