Liaison Technologies, Inc.

Jason Chambers

Daniel Konisky

Dameion Dorsner

Theresa Robison

Sridhar Manickam

Gary Palgon

Dan Konisky

Systems and methods for maintaining data security using Luhn validation in a multiple domain computing environment are presented. Each domain includes a token generator that can generate tokens associated with sensitive data such as credit card numbers. The token generation algorithm includes a Luhn validation routine for producing a tokenized data string that either passes or fails Luhn. The possibility of token collision is eliminated by a token generation algorithm that embeds a domain designator corresponding to the active domain where the token was created. When multiple tokens represent the same sensitive data, the token manager returns a set of all such tokens found.

Luhn validation and data security across multiple active domains

Systems and methods for maintaining data security across multiple active domains are presented. Each domain includes a token generator that can generate tokens associated with sensitive data such as credit card numbers. The primary domain includes a centralized key manager. In one embodiment, each domain includes its own local data vault and a replica of each data vault associated with every remote domain. Any domain can access the data vaults (local and replica) and retrieve a token created by any other domain. The possibility of token collision is eliminated by a token generation algorithm that embeds a domain designator corresponding to the active domain where the token was created. When multiple tokens represent the same sensitive data, the token manager returns a set of all such tokens found in the data vaults.

Systems and methods for maintaining data security across multiple active domains

Systems and methods for secure access and utilization of sensitive data such as credit card numbers, Social Security Numbers, personal identifying information, etc. A tokenizing strategy component provides for creating, managing, and storing tokenization strategies on behalf of a plurality of users. A data tokenizing component is operative to (a) receive an input data string of sensitive data from a user, (b) apply a selected tokenization strategy to the input data string to generate a tokenized data string, and (c) provide the tokenized data string for storage in association with the input data string. A secure server including a secure database stores the tokenized data string and the input data string in a corresponding mapped relationship. A security component controls access to and retrieval of the tokenized data string and to the input data string in accordance with predetermined security requirements of the users.

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Dunwoody, GA, United States of America

Jason Chambers