Abstract: A system for generating a symmetric key to allow the sharing of information between two entities, wherein the shared information is used to start a server and the symmetric key is established from the private key of a first client and the public key of a second client and for use in a symmetric encryption methodology to encrypt information for transport to the second entity, allowing the second entity to form the same symmetric key to decrypt information with no key transport required.
Abstract: A system for generating a virtual private key using personal credentials, comprising: personal knowledge and a suite of algorithms and methodologies integrated, without using third party information, in such a manner that the private key can be securely generated without exposing the credentials entity.
Abstract: A system for generating a symmetric key to allow the sharing of information between two entities, wherein the shared information is used to start a server and the symmetric key is established from the private key of a first client and the public key of a second client and for use in a symmetric encryption methodology to encrypt information for transport to the second entity, allowing the second entity to form the same symmetric key to decrypt information with no key transport required.
Abstract: A system for generating a symmetric key to allow the sharing of information between two entities, wherein the shared information is used to start a server and the symmetric key is established from the private key of a first client and the public key of a second client and for use in a symmetric encryption methodology to encrypt information for transport to the second entity, allowing the second entity to form the same symmetric key to decrypt information with no key transport required.