Quantum-Safe, Future-Ready Data Protection

Data that holds its value for years, such as customer IDs, payment details, health records, and credentials, faces a growing risk: information stolen today may be decrypted in the future as computing power advances.

The smart response isn’t to wait. It’s to reduce exposure now while building the flexibility to adapt as quantum-safe standards evolve. TAMUNIO helps you take that path, strengthening protection without disrupting existing schemas, pipelines, or workflows.

• Classify and choose: Identify long-lived, high-value data (e.g., IDs, payment data, credentials). Decide whether tokenization, file encryption, or format-preserving encryption (FPE) is best based on structure, usage, and compliance needs.
• Protect at rest and in use: Apply tokenization for structured data and strong file encryption for unstructured assets (documents, PDFs, images). Use quantum-safe FPE where data must remain usable in production formats.
• Maintain operational continuity: Strengthen protection without forcing schema changes or disrupting existing integrations and workflows.
• Secure data in transit: Extend resilience to sensitive data in motion with PQ-TLS, applied selectively on critical channels.
• Monitor and prove controls: Centralize policy and audit logs across environments. Export to your SIEM for streamlined reporting and faster investigations.

• Lower long-term risk: Reduce the value of stolen records by keeping sensitive data protected throughout its lifecycle, even against future decryption attempts.
• Continuity without re-platforming: Maintain schemas, pipelines, and reporting systems while raising the strength of protection.
• Targeted investment: Focus quantum-safe adoption on datasets with multi-year sensitivity or regulatory mandates, aligning cost to actual risk.
• Future-ready posture: Introduce quantum-safe controls incrementally so your security program evolves with standards instead of restarting later.

• “Harvest‑now, decrypt‑later” defense: Protect cardholder and account data so there is no value even if decrypted years from now.
• Financial records with long lifespans: Apply FPE to payment numbers and transaction references so they stay usable in existing applications while resistant to future decryption.
• Healthcare and identity datasets: Use quantum-safe FPE for patient IDs or national identifiers with mandated retention periods, preserving interoperability across systems.
• Regulatory evidence retention: When compliance requires decades of storage, encrypt with quantum-safe FPE so archives remain protected without breaking retrieval processes.
• Secure cross-border data exchange: Adopt PQ-TLS to secure movement of protected datasets between regions or cloud environments, extending protection to transport layers.