DataStealth
Data Tokenization

Replace Sensitive Data With Tokens That Are Worthless to an Attacker.

Tokenization is not math. It is substitution. And for that reason, it is quantum proof.

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field-level · tokenized
CARD NUMBER4539 1488 0343 64674114 8877 2251 6467
SIN / SSN046 454 286731 902 118
EMAILj.mercer@northbank.car.qalvin@northbank.ca
DATE OF BIRTH1978-04-121961-11-03
no mathematical relationship: even a full breach exposes nothing

Encryption is math. Q-Day is coming. Get Protected.

Encryption is based on math, and math is increasingly vulnerable to advances in computing power, including future quantum computers capable of "Harvest Now, Decrypt Later" attacks: capturing encrypted data today to decrypt once quantum computing matures. DataStealth tokenization replaces sensitive values with substitutes that retain no mathematical relationship to the original. Even a fully compromised system yields nothing of value. The real data never leaves the protected vault.

Tokenization process flow
01

Deployment

Transparent, then discovery, then tokenization mode, staged to minimize risk.

02

Interception

DataStealth intercepts the request and detects sensitive data types.

03

Classification

Selects the right processor and applies data policy rules per field.

04

Token Generation

Generates a unique, format-customizable token for each sensitive value.

05

Secure Storage

Splits and distributes the mapping across a quorum-based vault.

A Vault No Single Breach Can Empty

DataStealth's secure storage vault uses a quorum-based shard model. When a value is tokenized, the real data and its vault mapping are fragmented and distributed across multiple storage nodes. No individual node contains enough fragments to reconstruct the original data. Retrieval requires a minimum quorum of nodes to respond, and only authorized systems can request it.

Shard quorum
S1
S2
S3
S4
S5

No single node holds enough to be worth compromising.

Quantum-Resistant by Design

Tokens carry no mathematical relationship to the original data, so there is nothing for an attacker, quantum or otherwise, to compute against.

Reduces PCI DSS Scope

Keeps sensitive cardholder data outside of client environments.

Secure Data Sharing

Enables development, analytics, AI, and third-party integrations without exposing real values.

Transparent Integration

Operates without modifying applications, databases, or existing infrastructure.

Authorized Detokenization

Original values are retrievable only by authorized systems when legitimately required.