SENDĀTRIX
Patented Data Protection — C Chains™
Converge Securely Securing Tomorrow's Data Today
Converge Securely Securing Tomorrow's Data Today
Enterprises don't adopt new security by ripping out what works. C Chains™ converges into your existing infrastructure — same database, same applications, same queries — and wraps your most sensitive fields in patented CTP protection from the inside out.
From ingestion to long-term storage, your data remains protected, auditable, and compliant — without a single change to your business operations or application code.
Our convergence process follows a four-stage sequence that ensures sensitive data is immediately protected the moment it enters the C Chains™ environment, and remains that way through every subsequent operation.
Sensitive fields are automatically identified and extracted at the source. Module A encrypts the B portion immediately — exposure is eliminated before data ever moves. This is not masking. The original values are structurally fragmented.
Encrypted fragments move through validated codeset channels to the CTP module. Each transfer is confirmed with a BOK/COK handshake — nothing is accepted without verified codeset authentication at both ends.
Unique, auditable codesets are generated for each protected field operation. These are the transactional currency of CTP — never reused, never replayable, and tied exclusively to your evaluation instance.
Protected fields return structurally present but completely unusable values to any unauthorized query — including full DBA access. Regulatory redaction rules are enforced automatically, satisfying HIPAA, PCI DSS, and government mandates.
Enterprise security deployments fail when they disrupt the operations they're supposed to protect. C Chains™ is designed so that the answer to "what changes for my team?" is: almost nothing.
PostgreSQL stays exactly as-is. Same tables, same schema, same structure — C Chains™ operates within your existing environment.
No application code changes required. Systems that read non-protected fields continue operating without interruption.
Standard SQL queries work normally against unprotected fields. Protected fields return unusable fragments — by design.
No retraining, no new tooling, no new workflows for day-to-day operations. CTP runs silently in the background.
Deployment requires no downtime window. C Chains™ can be introduced to a live environment with no service interruption.
Existing HIPAA, PCI DSS, and audit frameworks are strengthened — not replaced. C Chains™ generates the evidence your auditors already require.
Compliance isn't a feature added on top of C Chains™ — it's baked into how convergence works. Every codeset operation generates an immutable, timestamped audit entry. When regulators ask how a specific field was protected, accessed, or restored, the answer is already logged.
PHI fields protected at the database level. Audit trails satisfy technical safeguard requirements without additional tooling.
Cardholder data rendered unusable at rest and in query — satisfying PCI's data protection requirements structurally, not procedurally.
Zero-trust data compartmentalization aligns with federal security mandates and supports transparent audit trail delivery.
Every codeset transaction is logged permanently. No after-the-fact reconstruction — evidence is captured in real time.
We've publicly offered $5,000 to anyone who can retrieve protected field data from a C Chains™-protected database when CTP protocols are followed. The challenge has stood since 2016 — no solution has ever been submitted. Download the evaluation, run the convergence yourself, and try to breach it.
Take the Challenge →The fastest way to understand what C Chains™ convergence looks like in your environment is to run it yourself — on your own machine, with no live data, no commitment, and no sales call required.