A Secret-Scoped Semantic Value That Can Be “Pulled” Into a Public Block Without Revealing Its Origin

What happens in .me:

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1. Store a value in a secret branch

Example:

me.wallet.secret("alpha").privateBalance(99999);

Result:

payload = {
wallet: "<encrypted blob>"
}

Properties:

• privateBalance is not visible
• 99999 is not visible
• the branch itself is not detectable

Only "alpha" can decrypt it.

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2. Manifest the value into a public block

Example:

const hidden = me("wallet.privateBalance");
cleaker(me, manifest.hiddenBalance(${hidden}));

Result:

Block {
expression: "manifest.hiddenBalance(99999)",
payload: { ... }
}

Properties:

• the value is public
• the secret branch is not
• no origin path is included
• no secret key is exposed
• no operator context leaks

This is selective semantic revelation:

Meaning without structure.

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🚀 Zero-knowledge proofs

Zero-knowledge systems today can prove simple statements:
• “I know a number such that…”
• “I know a password”
• “I’m over 18”

But .me can reveal actual values pulled from secret context without revealing the secret context.

This is like:

A private universe that can publish truth to a public blockchain without revealing its topology.

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💎 Why

✔ You can create private meaning encrypted semantic branches nobody can read or even detect exist.

✔ You can project selected meaning into public blocks values, decisions, derived structures — but never their origin.

✔ You can chain encrypted universes and selectively unfold truth across them.

✔ Identities become “semantic oracles” instead of wallets with balances, you have minds with private universes.

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🛡 Privacy property

This system has a unique privacy model:

“Topology-preserving secrecy”
• You can reveal a value
• Without revealing which nodes, which branches, or which secrets produced it.

Only .me + Cleaker semantic blocks do.

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🎯 Real-world example

Imagine:

You store your health records inside a secret branch
me.health.secret("delta").bloodType("O+");

Then you generate a public block:
cleaker(me, "verify.bloodType");

Your runtime resolves:
• looks up .health.bloodType
• decrypts with the secret “delta”
• pulls out "O+"
• produces a block:

Block {
expression: "verify.bloodType",
tokens: ["verify", "bloodType"],
payload: "O+"
}

👉 No one knows:
• that you have a health tree
• that it has a bloodType field
• that it’s under secret “delta”
• that there are other values in that tree

Yet the blockchain contains the truth.

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🎆 This is why .me is nice.
Secrets encrypt universe fragments.
Blocks are truth projections.

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