Abstract: An electronic message analysis and marking system comprising: a gateway computer system in communications with a message transport system adapted to receive an original incoming electronic message from a sender message system prior to the original incoming electronic message extending into a perimeter of a recipient message system, analyze the original incoming electronic message according to a set of warning criteria, and modify the original incoming electronic message to provide a modified incoming electronic message; and, a gatekeep service in communications with the gateway computer system and a recipient's computer service wherein the gatekeeper service is adapted to receive the modified incoming electronic message, retrieve a trigger from the modified incoming electronic message and perform one or more actions according to the trigger.

Abstract: An electronic message analysis and marking system comprising: a gateway computer system in communications with a message transport system adapted to receive an original incoming electronic message from a sender message system prior to the original incoming electronic message extending into a perimeter of a recipient message system, analyze the original incoming electronic message according to a set of warning criteria, and modify the original incoming electronic message to provide a modified incoming electronic message; and, a gatekeep service in communications with the gateway computer system and a recipient's computer service wherein the gatekeeper service is adapted to receive the modified incoming electronic message, retrieve a trigger from the modified incoming electronic message and perform one or more actions according to the trigger.

Abstract: A computerized system for analysis of electronic communication systems comprising: a set of testing computer readable instructions adapted for: receiving an email address representing a target message system to be tested, generating a test email wherein the test message requests a reply message, receiving a reply from the target message system, analyzing the test message and the reply message according to a security test taken from the group consisting of: a TLS encryption analysis, a MX record exposure, a DKIM presence, a SPF presence, a DMARC presence, a reputational information, a reverse DNS lookup consistency and any combination thereof to provide score deduction factors, generating an aggregate deduction value according to the set of security score deduction factors, generating a security score, displaying the security score, and, displaying recommendations for target message system modifications according to the security score deduction factor.

Abstract: A computerized system for encryption and transmission of digital information comprising: a set of non-transitory computer readable instructions that, when executed by a processor, preform the steps of: receiving a data set from an instance of a sender browser running on a sender computer device, verifying that a recipient is a subscriber and if the recipient is a subscriber, generating a sender key, encrypting a portion of the data set with the sender key, generating a key pair having a first key and a second key, encrypting the sender key with the first key, encrypting the second key with a master key, and, generating a hyperlink to the portion of the data set that is encrypted.

Abstract: A computerized system for analysis of vertices and edges of an electronic messaging system comprising: an analytical computer system configured to: receive an electronic message at the network perimeter and sent from a sender's electronic message system outside the perimeter wherein the electronic message is associated with a sender identity and a designated recipient wherein the recipient is within a network perimeter, designating the sender as a first node in a relationship network, designating the recipient as a second node in the relationship network, designating a historic communications pattern between the sender and the recipient as a third node, calculating a confidence value according to the first node, the second node and the third node. The system can create nodes and edges as part of a initial installation or can be connected to an existing system wherein historical data can be used to create nodes and calculate edges values.

Abstract: A computerized system for encryption and transmission of digital information comprising: a set of non-transitory computer readable instructions that, when executed by a processor, preform the steps of: receiving a data set from an instance of a sender browser running on a sender computer device, verifying that a recipient is a subscriber and if the recipient is a subscriber, generating a sender key, encrypting a portion of the data set with the sender key, generating a key pair having a first key and a second key, encrypting the sender key with the first key, encrypting the second key with a master key, and, generating a hyperlink to the portion of the data set that is encrypted.

Abstract: This invention is directed to a computerized system for encryption and transmission of digital information comprising: an encryption server in communications with a sender computer device and a recipient computer device; and, a set of encryption server computer readable instructions included on the encryption server that, when executed by a processor, preform the steps of: receiving an original information set from the sender computer device, generating a sender key, encrypting a portion of the original information set with the sender key, generating an key pair having a public and private key pair, encrypting the sender key with the public key of the key pair, encrypting the private key of the key pair with a master key, generating a hyperlink to the encrypted portion of the original information set, transmitting the hyperlink to the recipient computer device.

Abstract: A computerized system for encryption and transmission of digital information comprising: a set of non-transitory computer readable instructions that, when executed by a processor, preform the steps of: receiving a data set from an instance of a sender browser running on a sender computer device, verifying that a recipient is a subscriber and if the recipient is a subscriber, generating a sender key, encrypting a portion of the data set with the sender key, generating a key pair having a first key and a second key, encrypting the sender key with the first key, encrypting the second key with a master key, and, generating a hyperlink to the portion of the data set that is encrypted.

Abstract: A computerized system for encryption and transmission of digital information comprising: a set of non-transitory computer readable instructions that, when executed by a processor, preform the steps of: receiving a data set from an instance of a sender browser running on a sender computer device, verifying that a recipient is a subscriber and if the recipient is a subscriber, generating a sender key, encrypting a portion of the data set with the sender key, generating a key pair having a first key and a second key, encrypting the sender key with the first key, encrypting the second key with a master key, and, generating a hyperlink to the portion of the data set that is encrypted.

Abstract: A computerized system for encryption and transmission of digital information comprising: a set of non-transitory computer readable instructions that, when executed by a processor, preform the steps of: receiving a data set from an instance of a sender browser running on a sender computer device, verifying that a recipient is a subscriber and if the recipient is a subscriber, generating a sender key, encrypting a portion of the data set with the sender key, generating a key pair having a first key and a second key, encrypting the sender key with the first key, encrypting the second key with a master key, and, generating a hyperlink to the portion of the data set that is encrypted.

Abstract: This invention is directed to a computerized system for encryption and transmission of digital information comprising: an encryption server in communications with a sender computer device and a recipient computer device; and, a set of encryption server computer readable instructions included on the encryption server that, when executed by a processor, preform the steps of: receiving an original information set from the sender computer device, generating a sender key, encrypting a portion of the original information set with the sender key, generating an key pair having a public and private key pair, encrypting the sender key with the public key of the key pair, encrypting the private key of the key pair with a master key, generating a hyperlink to the encrypted portion of the original information set, transmitting the hyperlink to the recipient computer device.

Abstract: This invention is directed to a computerized system for encryption and transmission of digital information comprising: an encryption server in communications with a sender computer device and a recipient computer device; and, a set of encryption server computer readable instructions included on the encryption server that, when executed by a processor, preform the steps of: receiving an original information set from the sender computer device, generating a sender symmetrical key, encrypting a portion of the original information set with the sender symmetrical key, generating an asymmetric key pair having a public and private key pair, encrypting the sender symmetrical key with the public key of the asymmetrical key pair, encrypting the private key of the asymmetrical key pair with a master key, generating a hyperlink to the encrypted portion of the original information set, transmitting the hyperlink to the recipient computer device.

Abstract: This invention is directed to a computerized system for encryption and transmission of digital information comprising: an encryption server in communications with a sender computer device and a recipient computer device; and, a set of encryption server computer readable instructions included on the encryption server that, when executed by a processor, preform the steps of: receiving an original information set from the sender computer device, generating a sender symmetrical key, encrypting a portion of the original information set with the sender symmetrical key, generating an asymmetric key pair having a public and private key pair, encrypting the sender symmetrical key with the public key of the asymmetrical key pair, encrypting the private key of the asymmetrical key pair with a master key, generating a hyperlink to the encrypted portion of the original information set, transmitting the hyperlink to the recipient computer device.

Abstract: A dielectric substrate having an embedded inductor wherein each turn of the inductor traverses several layers such that the top and bottom of each turn of the inductor are parallel to each other but are in different layers and the sides of each turn of the inductor traverse at least one layer to connect the top and bottom of the inductor.

Abstract: A dielectric substrate having an embedded inductor wherein each turn of the inductor traverses several layers such that the top and bottom of each turn of the inductor are parallel to each other but are in different layers and the sides of each turn of the inductor traverse at least one layer to connect the top and bottom of the inductor.

Abstract: A dielectric substrate having an embedded inductor wherein each turn of the inductor traverses several layers such that the top and bottom of each turn of the inductor are parallel to each other but are in different layers and the sides of each turn of the inductor traverse at least one layer to connect the top and bottom of the inductor.

Abstract: Dimpling of a workpiece by rebounding of a magnetic repulsion punch mechanism, when operated at high punching rates, is avoided by application of a damping pulse at a point at or subsequent to a mid-point of a return stroke of the punch from the workpiece and preferably within the last 10% of the return stroke. This damping pulse is preferably a fraction of the pulse width and of approximately the same amplitude as a driving pulse applying kinetic energy to the punch for causing punching of the workpiece. At high punching rates the kinetic energy of the return portion of a punching stroke is substantially determined by elastic rebounding of the punch from a guide bushing. The removal of kinetic energy during the return portion of the stroke allows the return of the punch to a position close to a rest position during a very short interval with small overshoot under control of mechanical damping.

Abstract: Dimpling of a workpiece by rebounding of a magnetic repulsion punch mechanism, when operated at high punching rates, is avoided by application of a damping pulse at a point at or subsequent to a mid-point of a return stroke of the punch from the workpiece and preferably within the last 10% of the return stroke. This damping pulse is preferably a fraction of the pulse width and of approximately the same amplitude as a driving pulse applying kinetic energy to the punch for causing punching of the workpiece. At high punching rates the kinetic energy of the return portion of a punching stroke is substantially determined by elastic rebounding of the punch from a guide bushing. The removal of kinetic energy during the return portion of the stroke allows the return of the punch to a position close to a rest position during a very short interval with small overshoot under control of mechanical damping.