Key Features

ZKAP introduces a new way for applications and agents to interact with blockchains: valid actions without identifiable senders.

Below are the core features that make ZKAP a next-generation privacy transport layer.

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🟣 1. Anonymous, Ephemeral Identity

ZKAP removes the concept of wallet-based identity.

• No EOA addresses

• No signatures

• No persistent identifiers

• No long-term linkage

Each request uses a fresh, zero-knowledge–generated identity that cannot be tied to any user or session.

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🔐 2. Fully Encrypted Request Frames

Every ZKAP action is wrapped inside an encrypted frame:

• encrypted payload

• zero-knowledge proof

• nullifier for replay protection

• session hash

• expiry

Applications never see:

• calldata

• action type

• input parameters

• account metadata

They only see ciphertext + proof of validity.

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🟣 3. Zero-Knowledge Validity Proofs

ZKAP uses SNARK/STARK proofs to verify:

• payload is valid

• identity is valid

• action complies with protocol rules

• expiry is correct

• nullifier is unused

This allows apps to trust the action without seeing the content.

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🔐 4. Metadata-less Execution

ZKAP removes all correlatable metadata:

• no address

• no signature

• no sequence numbers

• no function selectors

• no calldata structure

• no IP / RPC fingerprints

• no on-chain behavioral patterns

Every action looks uniform and unlinkable.

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🟣 5. Stateless Protocol Architecture

ZKAP does not store:

• user state

• session history

• identity records

The only state stored is nullifiers (to prevent replay attacks). This makes correlation impossible and scaling simple.

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🔐 6. Multi-Chain Ready

ZKAP frames are chain-agnostic:

• can be sent across L1/L2

• can travel through relayers without exposure

• keep payload encrypted end-to-end

• use domain-separated nullifiers

Perfect for cross-chain private routing & bridge commands.

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🟣 7. Designed for Agents (Keyless Execution)

AI agents can execute actions:

• without wallets

• without signatures

• without identifiable patterns

• across chains and rollups

ZKAP gives agents a native, private way to interact with Web3.

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🧩 8. Easy Integration for Developers

Applications only need to:

1. verify the proof

2. check the nullifier

3. decrypt the payload

Everything else is handled by ZKAP.

No redesign. No new VM. No trusted servers.

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🛡️ 9. Strong MEV / Surveillance Resistance

ZKAP prevents:

• mempool sniping

• orderflow prediction

• bridge routing analysis

• timing analysis

• address clustering

• RPC fingerprint attacks

Actions become invisible to MEV bots and observers.

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🚀 Summary

ZKAP delivers:

• privacy

• anonymity

• encrypted transport

• validity proofs

• stateless execution

• multi-chain flexibility

• agent support

All in one unified protocol.

ZKAP is the missing privacy layer that Web3 never had.