QuantumSafe QR
Post-quantum QR for secure credentials and access.
- Post-quantum cryptographic signature
- Tamper-proof digital credentials
- Offline verifiable physical/digital QR
Overview
Defeat synthetic identities with graph analytics, verify dynamic post-quantum QR credentials, and authenticate document tamper points.
- Zero-Trust identity & credential tools
3
Zero-Trust identity & credential tools
- Cryptographic QR signatures
Post-Quantum
Cryptographic QR signatures
- Synthetic identity detection
Graph-based
Synthetic identity detection
In this category
3 products, one detection stack
Three products for identities and documents that have to hold up under adversarial pressure — synthetic-identity graphs and post-quantum signed credentials.
PharmaQR
Post-quantum signed QR serialisation for pharmaceutical packaging.
- Dilithium2 post-quantum strip signing
- Four-lock consumer verification
- Thin-server batch data sovereignty
SyntheticFraudGuard AI
Graph analytics to detect synthetic identities.
- Identity graph clustering & link analysis
- Synthetic identity creation detection
- Cross-institutional fraud network mapping
Core architecture
Credentials that survive the next decade
Built for high precision, privacy compliance, and integration into the systems that already make the decision.
- Post-quantum tamper-proof QR
- QuantumSafe QR uses lattice-based cryptography to generate digital passes resistant to future quantum decrypt attacks.
- Synthetic identity graph detection
- Uncovers artificial identities built from stolen PII fragments across institutional data silos.
- AI document forgery inspection
- ForgeIDGuard AI scrutinizes government ID fonts, micro-patterns, and digital edits alongside biometric face matching.
- Offline-verifiable passes
- SecurePass QR allows physical and digital access control verification without requiring continuous backend connection.
The rest of the line
More in Data Security
Upgrade your identity infrastructure to Zero-Trust
Contact sales to evaluate post-quantum credential verification and document forensics.