Humanity Protocol
@humanityprot
PoH improves security by using palm biometrics, leveraging zero-knowledge proofs, and protecting sensitive data via decentralized storage. This combo counters bots, fraudulent identities, and unauthorized access across various high-security scenarios. Day to day examples ⬇️
2 replies
1 recast
6 reactions
Humanity Protocol
@humanityprot
🔐 Secure Access to Sensitive Facilities ➡️ Challenge: Conventional access badges or PIN codes can be stolen or shared. ➡️ Solution: Palm-verification devices, allowing only verified individuals to enter. Credentials are decentralized = there’s no single database to breach. ⬇️
1 reply
0 recast
3 reactions
Humanity Protocol
@humanityprot
💼 High-Security Document Access ➡️ Challenge: Stolen credentials can lead to data leaks of sensitive files (finance/law/research) ➡️ Solution: Files are only accessible to an on-chain verified DID. A user attempts access, their palm is scanned, verifying they’re authorized. ⬇️
1 reply
0 recast
0 reaction
Humanity Protocol
@humanityprot
Preventing E-Commerce Fraud ➡️ Challenge: Fraudulent transactions with bots or stolen identities. ➡️ Solution: At checkout, require a one-time palm-authentication linked to the user’s decentralized ID. This ties each purchase to a confirmed human, reducing fraudulent orders ⬇️
1 reply
0 recast
0 reaction
Humanity Protocol
@humanityprot
🗳️ Protecting Online Voting ➡️ Challenge: In DAO governance or digital elections, bots/fake accounts can distort the results. ➡️ Solution: Require a unique palm-recognition credential for each vote, ensuring each participant is a real human. ZKPs preserve voter privacy ⬇️
1 reply
0 recast
0 reaction
Humanity Protocol
@humanityprot
🪪 KYC Without Risking Privacy ➡️ Challenge: KYC checks can expose user info to hacking/misuse ➡️ Solution: Through zero-knowledge proofs, users prove they meet requirements (e.g., age, jurisdiction) without sharing raw personal data. Also, no risk of data leaks! ⬇️
1 reply
0 recast
0 reaction