Abstract: Techniques are presented for uniquely identifying authentication associated with messages. A message is inspected for sender or domain identifying information associated with a sender of the message or a sender's domain. The identifying information is authenticated, and if authentication, then distinctive metadata is associated with the message. The distinctive metadata is presented or played in connection with the message for purposes of readily identifying the authentication.

Abstract: Techniques are presented for uniquely identifying authentication associated with messages. A message is inspected for sender or domain identifying information associated with a sender of the message or a sender's domain. The identifying information is authenticated, and if authentication, then distinctive metadata is associated with the message. The distinctive metadata is presented or played in connection with the message for purposes of readily identifying the authentication.

Abstract: A system and method for managing compliance in healthcare protocols is provided. A plurality of sensors and microphones monitor an environment and generate a plurality of output signals. An analysis subsystem receives the plurality of output signals from the plurality of sensors and microphones. An AI and machine learning subsystem compare the plurality of output signals with a dynamic database of healthcare protocols while a rating system determines a rating corresponding to a level of adherence to the dynamic database of healthcare protocols. An alert system generates an alert corresponding to the level of adherence.

Abstract: Techniques are presented for uniquely identifying authentication associated with messages. A message is inspected for sender or domain identifying information associated with a sender of the message or a sender's domain. The identifying information is authenticated, and if authentication, then distinctive metadata is associated with the message. The distinctive metadata is presented or played in connection with the message for purposes of readily identifying the authentication.

Abstract: Techniques are presented for uniquely identifying authentication associated with messages. A message is inspected for sender or domain identifying information associated with a sender of the message or a sender's domain. The identifying information is authenticated, and if authentication, then distinctive metadata is associated with the message. The distinctive metadata is presented or played in connection with the message for purposes of readily identifying the authentication.

Abstract: Techniques are presented for uniquely identifying authentication associated with messages. A message is inspected for sender or domain identifying information associated with a sender of the message or a sender's domain. The identifying information is authenticated, and if authentication, then distinctive metadata is associated with the message. The distinctive metadata is presented or played in connection with the message for purposes of readily identifying the authentication.

Abstract: Techniques are presented for uniquely identifying authentication associated with messages. A message is inspected for sender or domain identifying information associated with a sender of the message or a sender's domain. The identifying information is authenticated, and if authentication, then distinctive metadata is associated with the message. The distinctive metadata is presented or played in connection with the message for purposes of readily identifying the authentication.

Abstract: A system is provided to enable interactive in-context marketing during an encounter in healthcare at a touch-point or a plurality of patient touch-points. The system consists of a network of multiple channels for touch-points including one or more kiosks or one or more mobile devices or one or more computing devices or one or more display devices. The system works by messaging the patient in-context of an electronic interaction with the patient on a channel before, during or after an encounter at a healthcare provider's facility. The system connects with backend healthcare information system(s) to obtain the context of care so that the marketing messages delivered can be targeted to the specific context of the health concerns of the patient, the specific diagnosis found and the procedures performed by the healthcare provider, the specific marketing restrictions/permissions of respective government, plan, payer, pharmaceutical, patient, provider, etc., in context.

Abstract: Systems and methods for collecting preauthorization payments from a patient are disclosed. One example system includes a kiosk, a server and a real time healthcare preauthorization management tool for computing or estimating the patient portion for a healthcare service at a time of a patient encounter based on one or more of eligibility, services, plan, payer or some combination of these.

Abstract: A system and a method are provided for care coordination in healthcare. The system consists of a network of one or more kiosks or one or more mobile devices and one or more backend healthcare information systems. The method works by retrieving the patient information from backend systems, by identifying and prioritizing any gaps in care, and messaging to the patient and/or the provider with specific care coordination steps. The system verifies whether a gap in care has been addressed by asking the patient during an automatic call made to the patient to make an appointment to address a gap in care, a check in, a check out and/or listening to the claims data for the patient at the payer. Our invention is useful for care coordination for addressing patients' gaps in care, especially when multiple parties and/or diseases exist.

Abstract: Techniques are presented for uniquely identifying authentication associated with messages. A message is inspected for sender or domain identifying information associated with a sender of the message or a sender's domain. The identifying information is authenticated, and if authentication, then distinctive metadata is associated with the message. The distinctive metadata is presented or played in connection with the message for purposes of readily identifying the authentication.

Abstract: A system and a method for real time or near real time healthcare billing, adjudication and collection of payments is presented to reduce revenue cycle time. In the preferred embodiment, the system includes one or a plurality of mobile devices, computing devices, kiosks, servers, networks and software to provide a medium for real time collaboration between the provider and the coder/coding engine. The method consists of transferring the diagnosis codes and the procedure codes in real time while they are being entered by the provider to the coder/coding engine and the coder/coding engine collaborating with the provider in creating charges for the encounter in real time during the encounter, followed by creating claim(s) for the encounter and submitting to the payer(s) in real time or near real time at the end of the encounter and the collection of the patient's obligation based on the payer(s) explanation of benefits.

Abstract: A system and method of obtaining informed consent which reduces paperwork. The method includes obtaining electronic informed consent information associated with a medical procedure by a computer, presenting the informed consent information to a prospective participant of the medical procedure by the computer, and electronically storing an informed consent from the prospective participant by the computer. The system may include, for example, one or a plurality of a tablet computer, a desktop computer, or a kiosk.

Abstract: A patient communication system and method which leverages mobile communication devices of patients. The system includes a computer of a healthcare provider for obtaining patient contact information associated with a patient from a patient record, and for sending an electronic message capable of receipt by a mobile communication device of the patient.

Abstract: A protocol for protected email transmission using micropayments and a segregated inbox in which protected emails are displayed. The protocol also involves authentication of the sender to defeat phishers and an opt out protocol which can be used to block protected emails from sources from which the user no longer wishes to receive emails even if the source has made a micropayment. Branded email is also taught wherein a sender of protected emails can pay extra to have a miniature version of its brand logo or trademark displayed with its email in the segregated inbox. A white list is maintained on the protected email server (along with the opt out black list) so that recipients can designate specific senders who may send email to that recipient without paying a micropayment and still have the protected email displayed in the segregated inbox.

Abstract: A protocol for protected email transmission using micropayments and a segregated inbox in which protected emails are displayed. The protocol also involves authentication of the sender to defeat phishers and an opt out protocol which can be used to block protected emails from sources from which the user no longer wishes to receive emails even if the source has made a micropayment. Branded email is also taught wherein a sender of protected emails can pay extra to have a miniature version of its brand logo or trademark displayed with its email in the segregated inbox. A white list is maintained on the protected email server (along with the opt out black list) so that recipients can designat specific senders who may send email to that recipient without paying a micropayment and still have the protected email displayed in the segregated inbox.

Abstract: A protocol for protected email transmission using micropayments and a segregated inbox in which protected emails are displayed. The protocol also involves authentication of the sender to defeat phishers and an opt out protocol which can be used to block protected emails from sources from which the user no longer wishes to receive emails even if the source has made a micropayment. Branded email is also taught wherein a sender of protected emails can pay extra to have a miniature version of its brand logo or trademark displayed with its email in the segregated inbox. A white list is maintained on the protected email server (along with the opt out black list) so that recipients can designate specific senders who may send email to that recipient without paying a micropayment and still have the protected email displayed in the segregated inbox.