Live verification of data streams without revealing content • Built on zkVerify + Horizen
First-ever implementation of continuous ZK proof generation for live data streams. Proves data integrity without revealing content in real-time.
Revolutionary incremental proving system that updates ZK proofs as new data arrives, maintaining O(1) verification time regardless of stream length.
Combines multiple data streams into single aggregated proofs while preserving individual stream integrity and privacy guarantees.
Smart algorithms automatically adjust proof generation frequency based on data velocity and criticality, optimizing for both security and performance.
Enables real-time analytics on sensitive data streams without ever exposing raw data, using homomorphic operations within ZK circuits.
Verifies data integrity across multiple blockchains simultaneously, enabling global real-time data verification networks.
Native integration with zkVerify network for high-throughput proof verification. Utilizes Horizen's scalable infrastructure for enterprise-grade streaming.
Custom PLONK circuits optimized for streaming data verification. Supports universal setup with polynomial commitment schemes for efficiency.
High-performance WASM-based proof generation running directly in browsers. Enables client-side streaming without server dependencies.
Novel data structure combining Merkle trees with streaming algorithms for efficient proof updates and verification of temporal data integrity.
Verify sensor data integrity in real-time without exposing sensitive manufacturing data. Critical for supply chain transparency and regulatory compliance.
Prove market data authenticity for high-frequency trading while preserving trading strategy privacy. Enables trustless financial data feeds.
Verify content authenticity and detect manipulation in real-time without compromising user privacy. Combats misinformation at scale.
Addresses massive markets in IoT security, financial data integrity, and social media verification. Creates entirely new trust infrastructure.