Use Cases
Proof of everything with zkPass
zkPass extends verifiability across the digital world by transforming sensitive Web2 data into cryptographic proofs that are portable, privacy-preserving, and universally verifiable. Built on the zkTLS protocol, zkPass creates a trust layer where information can prove itself without being exposed, bridging the gap between Web2 institutions and Web3 applications.
The use cases of zkPass can be organized into ten domains, each addressing critical challenges where authenticity, privacy, and interoperability are essential:
🪪 Identity and Compliance
Privacy-preserving KYC, AML, and eligibility verification across financial and regulated services.
💹 Finance and Governance
Proofs of assets, transactions, and unique identities enabling compliant DeFi, fair governance, and automated insurance claims.
🌐 Reputation and Achievements
Conversion of Web2 achievements, professional records, and experience into verifiable credentials usable across ecosystems.
🏥 Industries and Society
Secure proofs for healthcare, education, social networking, and gaming, ensuring authenticity without data exposure.
🤖 AI and Data Economy
Authentic, privacy-protected data inputs for AI models and agents, supporting trustworthy and regulated AI systems.
⚡ DePIN and Machine Economy
Verifiable machine-to-machine interactions and device usage proofs anchoring the decentralized infrastructure economy.
📦 Supply Chain and Enterprise Data
Cryptographic verification of supply chain documents, compliance attributes, and enterprise records.
🏛️ Government and Public Services
Efficient, privacy-first verification for welfare distribution, tax compliance, and digital identity.
Strategic Impact
Across these domains, zkPass consistently replaces the need to disclose raw data with cryptographic attestations rooted in authoritative sources. This delivers three transformative outcomes:
For individuals: sovereignty over personal and professional data, with control over what is disclosed and where.
For enterprises and institutions: reduced liability, compliance efficiency, and assurance of data authenticity.
For ecosystems: new classes of applications where trust and privacy are not trade-offs but complementary guarantees.
zkPass positions itself as the universal verification layer of the digital era. By embedding verifiability into the fabric of online interaction, it enables an internet where authenticity is native, privacy is preserved, and trust is grounded in mathematics rather than intermediaries.
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