Forging a verifiable internet with zkTLS — turning private Web2 data into portable, trustless proof across systems.
ZkPro is an infrastructure project focused on building a verifiable internet layer using zkTLS.
It enables private Web2 data—secured by TLS—to be transformed into zero-knowledge proofs that are:
- Cryptographically verifiable
- Privacy-preserving
- Portable across systems
- Trustless by default
ZkPro does not expose raw data. It exposes proof of truth.
Most Web2 data today is:
- Locked inside centralized platforms
- Not cryptographically verifiable
- Impossible to reuse without trusting the data issuer
This makes Web2 data incompatible with trustless systems.
ZkPro introduces a zkTLS-based proof layer that allows:
- Verifying authenticity of Web2 data
- Preserving user privacy
- Reusing proofs across Web3 and off-chain systems
- Eliminating trusted intermediaries
Proofs, not permissions.
-
Privacy-first
No raw data disclosure. -
Trustless verification
Proofs replace attestations. -
Portability
Proofs can move across chains, apps, and protocols. -
Infrastructure-grade
Designed to be composable, auditable, and long-lived.
-
zkTLS Circuits
Generate zero-knowledge proofs from TLS-secured sessions. -
Prover Layer
Converts private Web2 data into cryptographic proofs. -
Verifier Layer
Verifies proofs without accessing underlying data. -
SDK / Integration Layer
Enables easy integration for applications and protocols.
- Verifiable identity & credentials
- Proof of balances, assets, or activity from Web2 platforms
- Privacy-preserving compliance primitives
- Trustless reputation systems
- Cross-chain and cross-application verification
zkpro/
├── circuits/ # zkTLS zero-knowledge circuits
├── prover/ # Proof generation logic
├── verifier/ # Proof verification modules
├── sdk/ # Developer-facing SDK
├── examples/ # Usage examples
├── docs/ # Technical documentation
└── README.md