Technology

Coordinative Transactional Processing (CTP)

A patented approach that protects data by fragmenting it and separating responsibility across three independent modules. No single location contains the original data — reassembly happens only during a controlled restoral using a restoration-only key.

● Fragmentation: Module A splits pieces so no module holds the whole.
● Codesets: Transactional transport is validated with fresh codes (7 codes per transaction).
● Restoral-only A Code: The sole link back to original data — used only in controlled restoration.

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Covered by U.S. Patent 9,405,927 · $5,000 Unanswered Breach Challenge

C Chains lock with radiant keyhole — CTP fragmentation visualization

The Core Mechanism

Codesets: Transactional Currency That Makes Every Exchange Unique

Codesets are not administrative tokens — they are the architecture. Each protected field operation consumes one codeset, making every transaction uniquely validated and impossible to replay or reconstruct from any single point of compromise.

Codes per transaction

100

Free evaluation codesets

Reused or replayable codes

8+ yrs

Challenge unanswered

Step-by-Step

How CTP Works — Simplified Walkthrough

Three physically separated modules communicate only through validated codeset exchanges. No module alone holds enough to reconstruct protected data.

Module A
Access

⇔

Module B
Base

⇔

Module C
Control

Codesets flow both directions — BOK and COK confirmations required at every step

Module A (Access): Fragments data, encrypts the B portion with keys only A holds, and sends to B.

Module B (Base): Stores the encrypted B portion, generates dynamic linking codes, and syncs with C.

Module C (Control): Holds linking keys including the A Code and validates via codeset exchange.

Verification chain: A ⇔ B ⇔ C with codesets; B returns BOK, C returns COK — ensuring sync at every step.

Restoral: Full data is only reassembled in a controlled restore when A+B are combined under C's keys and the A Code.

Architecture

Fragmented Data Protection — Why Separation Matters

CTP's core advantage is physical and logical separation. Each protected item is split and distributed so that breaching any single module yields nothing reconstructable.

🔀

Module A — Access

Fragments data, keeps the A portion, encrypts the B portion, and initiates the transaction chain.

🗄️

Module B — Base

Stores the encrypted B portion and generates dynamic linking codes for C validation.

🔑

Module C — Control

Holds linking keys including the A Code — the sole path to reassembly, never exposed to B.

🧩

Fragmented Security

No single module contains usable data. Breaches — internal or external — yield nothing reconstructable.

🧠 Why This Design Is Unique — and Ingenious

No single point of compromise.

A handles fragmentation, B storage, C validation — each useless alone.

The A Code is invisible to B.

It is the only path back to originals — making stolen data permanently worthless.

Rolling codesets add dynamism.

Every transaction is unique, unpredictable, and impossible to replay.

Restoration-only dependency.

Operations stay efficient while unhackability is structural, not procedural.

Why It Works

Key Benefits of CTP Architecture

True Compartmentalization

Data split across modules eliminates centralized risk.

Transport Validation

Rolling codesets ensure every exchange is synchronized and verifiable.

Controlled Restoration

The A Code is the sole path to reassembly — only in explicit restores.

Reduced Attack Surface

Breaching A, B, or C alone yields nothing useful.

Compliance-Ready

Every codeset operation generates an immutable audit entry.

No System Replacement

CTP layers on top of your existing database. Zero disruption.

$5,000

Unanswered Breach Challenge — Prove Us Wrong

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 and try it yourself.

Take the Challenge →