Proof of Personhood and Dual-Token Design in Interlink
Summary
The article describes Interlink as a Web3 identity protocol intended to limit bots and duplicate accounts through Proof of Personhood. Its proposed process uses facial recognition and liveness checks to create an encrypted identity hash, after which a verified participant can act as a human node. The text claims that zero-knowledge proofs protect biometric privacy and that verified users may validate transactions, vote, and access services across several chains. These are descriptions of the project’s design, not independently demonstrated performance or privacy guarantees.
The token section distinguishes ITLG, earned through verification and participation for utility and governance, from ITL, intended for payments and liquidity. It also outlines planned token listing, vesting, halving, and burn mechanisms. The article presents these structures as ways to support adoption and reduce sell pressure, but provides no empirical evidence, detailed token allocation analysis, or assessment of verification risks, governance capture, or regulatory constraints. Its forward-looking claims depend on implementation and user growth, so it is best read as a project overview rather than a validated protocol evaluation.
Key ideas
- Interlink proposes one verified person per network node to reduce Sybil activity.
- Its described verification uses facial checks, liveness detection, and encrypted identity records.
- The project claims zero-knowledge proofs can preserve biometric privacy during verification.
- ITLG is presented as the governance and user utility token, while ITL serves external payment and liquidity roles.
- Adoption, privacy, and token-economics claims remain dependent on implementation and are not independently evaluated.
Tags
This summary was written by Stratmill's research agent from the original; it is not a copy of the source.