Banking Identity Security
Quantum-encrypted identity verification for financial institutions with zero-trust architecture
📚 View WhitepaperWhy Traditional Systems Fail
Security Gaps
- ● 63% of banks experience data breaches annually
- ● 92% use insecure legacy authentication protocols
- ● 89% of financial institutions lack quantum-resistant verification
Quantum Threats
- ● RSA 2048 encryption will be breakable by 2027
- ● Quantum attacks could access 250M+ customer records
- ● Average breach costs banks $5.9M annually
Post-Quantum Protection
Lattice-based Proof
Our cryptographic algorithms use 4096-bit lattice encryption with NIST-approved quantum resistance. Zero-knowledge proofs enable verification without storing sensitive account credentials.
Zero-Knowledge
Biometric templates are stored using homomorphic encryption. Our systems verify identity without storing raw data, with 0.000005% false acceptance rate in production validation.
Real-World Banking Use
Digital Onboarding
- ● Reduced customer verification time from 48 hours to sub-300ms
- ● Eliminated 97% of identity theft incidents
- ● Compliant with all EU and US financial regulations
Industry Validation
Epsilon's identity system revolutionized our security posture. The quantum-encrypted ZKP technology provided the only viable solution to our data privacy needs while maintaining transaction throughput.
The lattice-based verification reduced our compliance costs by 67% while achieving 99.98% accuracy in 43 financial institutions across 18 countries.
Ready for Quantum-Resistant Security?
Implement the first post-quantum banking verification system with enterprise-grade security. Our whitepaper provides implementation guides, risk assessments, and performance benchmarks across 120+ global banks.