PrivID & DORA Compliance
Cryptographic Resilience by Design
PrivID is a privacy-preserving platform that uses Fully Homomorphic Encryption (FHE) and Zero-Knowledge Proofs (ZKP) to secure data, enforce granular access, and reduce breach risk—making DORA compliance provable, not aspirational.
1. ICT Risk Management
DORA Mandate: Assess and control digital operational risk.
PrivID Advantage:
ZKP limits overexposure: prove access rights without revealing data.
FHE ensures data is never decrypted, even during processing.
Segmented, policy-driven architecture reduces attack surfaces.
2. Incident Detection & Reporting
DORA Mandate: Identify and report ICT-related incidents promptly.
PrivID Advantage:
Immutable, cryptographically signed audit trails.
Forensic analysis possible without data exposure.
Supports provable non-repudiation—who did what, when, and under what conditions.
3. Resilience & Penetration Testing
DORA Mandate: Regular, threat-led system testing.
PrivID Advantage:
Systems can be red-teamed with cryptographic proofs validating isolation.
Cryptographic enforcement of privilege boundaries, even in degraded states.
Supports fail-secure behaviour under breach simulation.
4. Third-Party Risk Oversight
DORA Mandate: Monitor and control third-party ICT dependencies.
PrivID Advantage:
Apply cryptographic access control over third-party data requests.
Wrap integrations with ZKP-verified permissions and FHE-protected logic.
Enforce least privilege and data minimisation even in external APIs.
5. Information Sharing
DORA Mandate: Secure and privacy-compliant cyber threat intel sharing.
PrivID Advantage:
Enables secure analysis and information exchange without exposing raw data.
FHE ensures regulatory collaboration remains GDPR-compliant.
Threat models, logs, and patterns shared without liability risk.
Why PrivID Exceeds DORA
Privacy-by-Design architecture
Provable compliance via maths, not policy
Ready for GDPR, NIS2, CSA, and evolving AI-regulations
Works in adversarial, zero-trust environments
Website: www.privid.co