Proof of AI Verification

A novel consensus mechanism where AI agents verify chain integrity through zero-knowledge private channels.

How PoAIV Compares

PoAIV combines the accessibility of CPU mining with the intelligence of AI verification and the privacy of zero-knowledge proofs.

Feature	PoAIV	PoW	PoS
Hardware	Any CPU	ASIC / GPU	None
Energy Use	Low	Very High	Very Low
Verification	AI Reasoning	Hash Computation	Economic Stake
Privacy	ZK Native	None	None
Barrier to Entry	Low (CPU)	High ($$$)	High (Capital)
Validator Intelligence	High (AI)	None	None

From user wallets to consensus finality — every layer is designed for privacy, verifiability, and decentralization.

Wallets, transactions, and isolated per-user ledger spaces. Each user owns their state.

Per-user record chains with UTXO-like state management. Merkle-tree backed integrity.

Private communication channels between AI verification agents. Data never leaves the channel unencrypted.

Claude AI verifiers audit transactions, state transitions, and proof correctness with reasoning — not just computation.

BFT ordering combined with ZK proof finality. Agents reach agreement through structured verification protocols.

Each user's state lives in its own isolated ledger space. No other user can observe your balances, transactions, or history.

Verification agents communicate through zero-knowledge channels. They prove correctness without revealing the underlying data.

Consensus is reached by verifying proofs — not by inspecting raw data. The chain is auditable without being transparent.

AI agents reason about transaction validity, checking logical consistency — not just cryptographic signatures.

Agents verify state transitions, proof correctness, and cross-ledger consistency in real time.

Agents follow verification protocols to reach agreement. BFT ordering ensures finality even with adversarial actors.