Cord3 Innovation Inc.

Glen Arthur Henderson

Prateek Srivastava

Brent Eric Nordin

Daniel Marcel Joseph Seguin

Ian Hugh Curry

Cryptographic systems, methods and communication network comprising thereof are disclosed, including numerous industry applications. Embodiments of the present invention can generate and regenerate the same symmetric key. The cryptographic systems and methods include a key generator configured to use two or more inputs to reproducibly generate the symmetric key and a cryptographic engine configured to use the symmetric key for encrypting and decrypting data.

Communication network with cryptographic key management for symmetric cryptography

One-to-many cryptographic systems and methods are disclosed, and a network employing the same, including numerous industry applications. The embodiments of the present invention can generate and regenerate the same symmetric key from a random token. The one-to-many cryptographic systems and methods include a central location and a cryptographic module being in communication with each other. The cryptographic module is configured to encrypt and/or decrypt data received a remote location and output encrypted and/or decrypted data. The cryptographic module includes a key generator configured to use two or more inputs to reproducibly generate the symmetric key and a cryptographic engine configured to use the symmetric key for encrypting and decrypting data. Corresponding methods, and network employing the same, are also provided.

Method and system for one-to-many symmetric cryptography and a network employing the same

Cryptographic systems and methods are disclosed, including numerous industry applications. Embodiments of the present invention can generate and regenerate the same symmetric key. The cryptographic systems and methods include a key generator configured to use two or more inputs to reproducibly generate the symmetric key and a cryptographic engine configured to use the symmetric key for encrypting and decrypting data.

Apparatus, system and method for generating and managing cryptographic keys for a symmetric cryptographic system

Many-to-many cryptographic systems and methods are disclosed, including numerous industry applications. Embodiments of the present invention can generate and regenerate the same symmetric key from a random token. The many-to-many cryptographic systems and methods include a plurality of cryptographic modules in communication over a network. A cryptographic module is configured to encrypt data to be sent to other cryptographic modules and to decrypt data received from other cryptographic modules. The cryptographic module includes a key generator configured to use two or more inputs to reproducibly generate the symmetric key and a cryptographic engine configured to use the symmetric key for encrypting and decrypting data. Corresponding methods are also provided.

Many-to-many symmetric cryptographic system and method

Many-to-many cryptographic systems and methods are disclosed, and a network employing the same, including numerous industry applications. The embodiments of the present invention can generate and regenerate the same symmetric key from a random token. The many-to-many cryptographic systems and methods include two or more cryptographic modules being in communication with each other and may be located at different physical locations. The cryptographic modules are configured to encrypt and/or decrypt data received from other cryptographic modules and to provide encrypted and/or decrypted data to other cryptographic modules. Each cryptographic module includes a key generator configured to use two or more inputs to reproducibly generate the symmetric key and a cryptographic engine configured to use the symmetric key for encrypting and decrypting data. Corresponding methods, and network employing the same, are also provided.

Method and system for many-to-many symmetric cryptography and a network employing the same

Many-to-many cryptographic systems and methods are disclosed, including numerous industry applications. Embodiments of the present invention can generate and regenerate the same symmetric key from a random token. The many-to-many cryptographic systems and methods include two or more cryptographic modules being in communication with each other and may be located at different physical locations. The cryptographic modules are configured to encrypt and/or decrypt data received from other cryptographic modules and to provide encrypted and/or decrypted data to other cryptographic modules. Each cryptographic module includes a key generator configured to use two or more inputs to reproducibly generate the symmetric key and a cryptographic engine configured to use the symmetric key for encrypting and decrypting data. Corresponding methods are also provided.

Symmetric cryptographic method and system and applications thereof

One-to-many cryptographic systems and methods are disclosed, including numerous industry applications. Embodiments of the present invention can generate and regenerate the same symmetric key from a random token. The one-to-many cryptographic systems and methods include a cryptographic module being in communication with one or more remote locations. The cryptographic module is configured to encrypt data received from the remote locations and to decrypt data for receipt by the remote locations. The cryptographic module includes a key generator configured to use two or more inputs to reproducibly generate the symmetric key and a cryptographic engine configured to use the symmetric key for encrypting and decrypting data. Corresponding methods are also provided.

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Ottawa, Canada

Glen Arthur Henderson