Humanity (H) Price, Charts & Market Data

ZK Biometric Proofs: The protocol uses palm recognition - a biometric modality with high uniqueness and low forgery rates - to establish that each participant is a real, unique human. This biometric data is converted into hashed representations and processed using ZKPs to generate identity attestations without revealing raw data.

zkEVM Infrastructure: Deployed on a ZK rollup for scalability and privacy, Humanity Protocol leverages Polygon CDK to maintain composability with Ethereum while ensuring cost-efficient operation.

Sybil Resistance Mechanism: By enforcing that each palm scan corresponds to a single identifier, the system ensures one-human-one-identity constraints. Palm signatures are locally encrypted and compared to prevent duplicates using zkML (zero-knowledge machine learning).

Trusted Execution and Verifiers: Decentralised verifiers known as zkProofers validate the biometric claims. These nodes stake H tokens and are rewarded for uptime, accuracy, and fraud detection, ensuring a self-regulating ecosystem.

Decentralised Identity (DID) Layer: The protocol issues cryptographically secured DIDs that can be used across dApps and Web3 services, making Humanity Protocol a foundational identity layer for permissionless systems.