Cornami Market Application: Zero-Knowledge Proofs (ZKPs)
Zero-knowledge proofs allow one party to verify something without revealing the underlying data—enabling trustless, privacy-preserving systems for blockchain, AI, compliance, and identity. But ZKPs are computationally heavy and slow to scale.
Cornami solves this. Our FracTLcore compute fabric accelerates ZKP generation and verification in real time—supporting FHE, post-quantum encryption (PQE), and zero-trust infrastructure from edge to cloud.
Cornami brings speed, privacy, and trust to ZK-powered systems—at scale.
- Acceleration of SNARKs, STARKs, and zkVMs
- Encrypted execution of private logic using FHE + ZK
- PQE-secure infrastructure for long-term ZK integrity
- No trusted setup, centralized verifiers, or cloud dependency
Why it Matters
- ZK rollups scale blockchain while preserving privacy
- AI can prove inference behavior without leaking inputs
- Verifiable credentials and access control without exposing identity
- Regulatory compliance without revealing sensitive records
- Quantum-safe ZK systems for future-proof trust
The Cornami Advantage
Cornami brings high-performance, cryptographically secure compute to the zero-knowledge ecosystem—removing the traditional tradeoff between privacy and performance. By enabling real-time ZKP generation and encrypted logic execution, Cornami makes scalable, trustless systems viable across industries.
Use Cases
ZK Rollups: Speed up proof generation for blockchain scalability and privacy
Verifiable AI: Prove inference behavior and model compliance without exposing sensitive data
ZK Identity: Enable verifiable credentials, access control, and zero-trust identity with PQE
Cross-Domain Proofs: Share insights across organizations without sharing data
Regulatory Compliance: Prove compliance without exposing underlying records
Quantum-Resistant ZK Systems: Secure proofs, signatures, and attestations from future quantum compromise