Web traffic is encrypted with TLS(Transport Layer Security), but can you prove that it’s secure? zkTLS introduces zero-knowledge proofs (ZKPs) that allow verifiable TLS interactions without exposing sensitive data.
Why zkTLS is Transformational
→ Verifiable TLS – Cryptographically prove that the TLS handshake followed the protocol without revealing sensitive data.
→ Zero-Leak Privacy – Prove the correctness of encrypted communication without disclosing session details.
→ Secure and Efficient – Reduce on-chain costs by moving heavy cryptographic computations off-chain.
Oasis Sapphire: Enhancing zkTLS with Confidential Smart Contracts
Oasis Sapphire adds:
- Confidential Computation with TEEs – Protects sensitive contract logic and data.
- On-Chain Verifiability – Ensures correctness of AI models, wallet interactions, and off-chain APIs.
- Gas Efficiency – Offloads heavy computations off-chain while preserving verifiability.
Expanded Real-World Applications
→ Privacy-Preserving APIs – Secure and verifiable API data exchange.
→ Secure Web3 Wallets – Protect wallet interactions without exposing metadata.
→ Private Data Marketplaces – Enable confidential and verifiable data exchange.
→ Confidential Voting Systems – Ensure integrity while protecting voter privacy.
And much more yet to explore.
Why Developers Should Care 🧑💻
→ Increased Trust – Build verifiable, privacy-focused dApps.
→ Better Security – Protect APIs, wallets, and sensitive transactions.
→ Compliance Ready – Meet GDPR and HIPAA standards with provable privacy.
Ready to Build with zkTLS and Sapphire?
→ Explore zkTLS – Start integrating verifiable TLS into your applications.
→ Join the Community – Connect with privacy-focused developers.
Questions or ideas? Let’s discuss in the comments!