Abstract: A system for providing real-time bi-directional charge capture-centralized conversation between Billing and Provider entities, comprising a first computer apparatus with a computer apparatus charge capture module installed and a second computer apparatus with a computer apparatus billing module installed that are used to transmit and/or receive real-time charge capture centralized conversation data. Real-time charge capture-centralized conversation data is comprised of real-time charge capture data. The real-time charge capture data and the real-time charge capture-centralized conversation data can be combined to create real-time claim data. The system further comprises first computer apparatus and second computer apparatus receipt and transmission via secured communication links. The real-time charge capture data, real-time charge capture-centralized conversation data and real-time claim data is presented in a social media conversation style format.

Abstract: A system for providing real-time bi-directional charge capture-centralized conversation between Billing and Provider entities, comprising a first computer apparatus with a computer apparatus charge capture module installed and a second computer apparatus with a computer apparatus billing module installed that are used to transmit and/or receive real-time charge capture centralized conversation data. Real-time charge capture-centralized conversation data is comprised of real-time charge capture data. The real-time charge capture data and the real-time charge capture-centralized conversation data can be combined to create real-time claim data. The system further comprises first computer apparatus and second computer apparatus receipt and transmission via secured communication links. The real-time charge capture data, real-time charge capture-centralized conversation data and real-time claim data is presented in a social media conversation style format.

Abstract: A system for providing real-time bi-directional charge capture-centralized conversation between Billing and Provider entities, comprising a first computer apparatus with a computer apparatus charge capture module installed and a second computer apparatus with a computer apparatus billing module installed that are used to transmit and/or receive real-time charge capture centralized conversation data. Real-time charge capture-centralized conversation data is comprised of real-time charge capture data, which can be combined to create real-time claim data. The system further comprises first and second computer apparatus receipt and transmission via secured communication links. The real-time charge capture data, capture-centralized conversation data and claim data is presented in a social media conversation style format.

Abstract: A system for providing information server security in a distributed computing environment achieved by injecting a proprietary mediating entity into the solicitation of service request process via web server between application servers and information servers. The system comprises a computer apparatus, a mediating entity, solicitation for service requests and responses to the solicitations for service requests. The mediating entity is comprised of an application server hosting a proprietary mediating entity client and a mediating entity server, where the proprietary mediating entity client comprises industry-recognized business organization selected security protocols. The information server comprises a database server and a database, the database comprises data that is extracted or stored based on the service request.

Abstract: The present invention is a system for collaborative programming of data entry workflows between end users, Electronic Health Record (EHR) system developers, and third party developers. The system comprises application servers, database servers, an EHR, and peripheral devices, all stored in a distributed computing environment. The database servers comprise databases and networked devices, which host workflows programmed by end users, EHR developers, and third party developers. The system also has a secure network connection for data exchange between application and database servers, and networked devices. The EHR gathers patient health information, processes it and stores it in one of the databases. The system itself, stored in one of the application servers, uses a plurality of templates (form, system and external system) stored in one of the databases to interact with the peripheral devices connected to networked devices that expand the capabilities of the networked devices or the EHR itself.

Abstract: A system for wirelessly transmitting and receiving customized data broadcasts comprising at least one computer apparatus running an application for customized data broadcasts. The computer apparatus uses the application to transmit and/or receive at least one broadcast. The system is further comprised of a server network infrastructure with: the application, at least one application server, at least one web server; and at least one database/information server. The infrastructure, servers, and application comprise a distributed computing environment in a secure server network model wherein the environment utilizes the application as a secure communicator of the broadcasts, thereby enabling secure communication of the broadcasts between any computer apparatus running the application.

Abstract: A system for wirelessly transmitting and receiving customized data broadcasts comprising at least one computer apparatus running an application for customized data broadcasts. The computer apparatus uses the application to transmit and/or receive at least one broadcast. The system is further comprised of a server network infrastructure with: the application, at least one application server, at least one web server; and at least one database/information server. The infrastructure, servers, and application comprise a distributed computing environment in a secure server network model wherein the environment utilizes the application as a secure communicator of the broadcasts, thereby enabling secure communication of the broadcasts between any computer apparatus running the application.

Abstract: A system and method for identifying and condensing similar and/or analogous information requests and/or responses comprising a computer apparatus having an intelligent global rules engine to facilitate interaction with information requests and/or responses. The computer apparatus comprises machine-readable medium, wherein data is stored, wherein the data comprises a comparison of similar and/or analogous information requests and/or responses, wherein redundancies and/or analogies in information requests and/or responses have been identified and condensed to remove the redundancies and/or analogies thereby creating at least one global rule, rule group and/or single rule. The computer apparatus further comprises both a data processing module, wherein the data processing module comprises a lexical analyzer with contextual awareness, and an intelligent global rules engine, wherein the intelligent global rules engine comprises the at least one global rule, rule group and/or single rules.

Abstract: A system and method for identifying and condensing similar and/or analogous information requests and/or responses comprising a computer apparatus having an intelligent global rules engine to facilitate interaction with information requests and/or responses. The computer apparatus comprises machine-readable medium, wherein data is stored, wherein the data comprises a comparison of similar and/or analogous information requests and/or responses, wherein redundancies and/or analogies in information requests and/or responses have been identified and condensed to remove the redundancies and/or analogies thereby creating at least one global rule, rule group and/or single rule. The computer apparatus further comprises both a data processing module, wherein the data processing module comprises a lexical analyzer with contextual awareness, and an intelligent global rules engine, wherein the intelligent global rules engine comprises the at least one global rule, rule group and/or single rules.

Abstract: The present invention is a system for collaborative programming of data entry workflows between end users, Electronic Health Record (EHR) system developers, and third party developers. The system comprises application servers, database servers, an EHR, and peripheral devices, all stored in a distributed computing environment. The database servers comprise databases and networked devices, which host workflows programmed by end users, EHR developers, and third party developers. The system also has a secure network connection for data exchange between application and database servers, and networked devices. The EHR gathers patient health information, processes it and stores it in one of the databases. The system itself, stored in one of the application servers, uses a plurality of templates (form, system and external system) stored in one of the databases to interact with the peripheral devices connected to networked devices that expand the capabilities of the networked devices or the EHR itself.

Abstract: The present invention is a system for collaborative programming of data entry workflows between end users, Electronic Health Record (EHR) system developers, and third party developers. The system comprises application servers, database servers, an EHR, networked devices, and peripheral devices, all stored in a distributed computing environment. The database servers comprise databases, which host workflows programmed by end users, EHR developers, and third party developers. The system also has a secure network connection for data exchange between application and database servers, and networked devices. The EHR gathers patient health information, processes it and stores it in one of the databases. The system itself, stored in one of the application servers, uses a plurality of templates (form, system and external system) stored in one of the databases to interact with the peripheral devices connected to networked devices that expand the capabilities of the networked devices or the EHR itself.

Abstract: A system for wirelessly transmitting and receiving customized data broadcasts comprising at least one computer apparatus running an application for customized data broadcasts. The computer apparatus uses the application to transmit and/or receive at least one broadcast. The system is further comprised of a server network infrastructure with: the application, at least one application server, at least one web server; and at least one database/information server. The infrastructure, servers, and application comprise a distributed computing environment in a secure server network model wherein the environment utilizes the application as a secure communicator of the broadcasts, thereby enabling secure communication of the broadcasts between any computer apparatus running the application.

Abstract: A system for wirelessly transmitting and receiving customized data broadcasts comprising at least one computer apparatus running an application for customized data broadcasts. The computer apparatus uses the application to transmit and/or receive at least one broadcast. The system is further comprised of a server network infrastructure with: the application, at least one application server, at least one web server; and at least one database/information server. The infrastructure, servers, and application comprise a distributed computing environment in a secure server network model wherein the environment utilizes the application as a secure communicator of the broadcasts, thereby enabling secure communication of the broadcasts between any computer apparatus running the application.

Abstract: The present disclosure is a system for collaborative programming of data entry workflows between end users, EHR system developers, and third party developers. The system comprises application servers and database servers, an EHR, and peripheral devices, all stored in a distributed computing environment. The database servers comprise databases and networked devices, which host workflows programmed by end users, EHR developers, and third party developers. The system also has a secure network connection for data exchange between application and database servers, and networked devices. The EHR gathers patient health information, processes it and stores it in one of the databases. The system itself, stored in one of the application servers, uses a plurality of templates (form, system and external system) stored in one of the databases to interact with the peripheral devices connected to networked devices that expand the capabilities of the networked devices or the EHR itself.

Abstract: A system and method for identifying and condensing similar and/or analogous information requests and/or responses comprising a computer apparatus having an intelligent global rules engine to facilitate interaction with information requests and/or responses. The computer apparatus comprises machine-readable medium, wherein data is stored, wherein the data comprises a comparison of similar and/or analogous information requests and/or responses, wherein redundancies and/or analogies in information requests and/or responses have been identified and condensed to remove the redundancies and/or analogies thereby creating at least one global rule, rule group and/or single rule. The computer apparatus further comprises both a data processing module, wherein the data processing module comprises a lexical analyzer with contextual awareness, and an intelligent global rules engine, wherein the intelligent global rules engine comprises the at least one global rule, rule group and/or single rules.

Abstract: A system for providing real-time bi-directional charge capture-centralized conversation between Billing and Provider entities, comprising a first computer apparatus with a computer apparatus charge capture module installed and a second computer apparatus with a computer apparatus billing module installed that are used to transmit and/or receive real-time charge capture centralized conversation data. Real-time charge capture-centralized conversation data is comprised of real-time charge capture data, which can be combined to create real-time claim data. The system further comprises first and second computer apparatus receipt and transmission via secured communication links. The real-time charge capture data, capture-centralized conversation data and claim data is presented in a social media conversation style format.

Abstract: A system for providing information server security in a distributed computing environment achieved by injecting a proprietary mediating entity into the solicitation of service request process via web server between application servers and information servers. The system comprises a computer apparatus, a mediating entity, solicitation for service requests and responses to the solicitations for service requests. The mediating entity is comprised of an application server hosting a proprietary mediating entity client and a mediating entity server, where the proprietary mediating entity client comprises industry-recognized business organization selected security protocols. The information server comprises a database server and a database, the database comprises data that is extracted or stored based on the service request.

Abstract: A system for data entry by associating structured textual context to images comprising a computer apparatus having a display device to facilitate interaction with a user. The system has electronics, data, tokens, grammatical rules, and an interface. The data is comprised of records, images, and template images, the template images having hotspots and sub-template images. The hotspots have a selection, and the sub-template images have sub-template hotspots, with the sub-template hotspots having a selection. The selections are preferably associated with diagnostic images, of which there are both general and template-specific.

Abstract: An automated and scalable system for total real-time redundancy of a plurality of client-server systems, wherein, data is replicated through a network connection and operationally located on a virtual machine that substitutes for a failed client-server system, wherein the virtual machine is activated and installed on the cloud computing environment. Monitoring applications are installed on both the client-server systems and the cloud computing environment. System components are identified, a network connection is initiated, a heartbeat is established, data replication is automated, system failure is detected, failover is initiated, and subsequent client-server restoration is automated.

Abstract: An automated and scalable system for total real-time redundancy of a plurality of client-server systems, wherein, data is replicated through a network connection and operationally located on a virtual machine that substitutes for a failed client-server system, wherein the virtual machine is activated and installed on the cloud computing environment. Monitoring applications are installed on both the client-server systems and the cloud computing environment. System components are identified, a network connection is initiated, a heartbeat is established, data replication is automated, system failure is detected, failover is initiated, and subsequent client-server restoration is automated.