Sensus Spectrum, LLC

Allscripts Software, LLC

Ricky Wayne West

John Brawner Duffie, Iii

Art Swanson

David Potochniak

Yifan Wu

Sam Christie

Described herein is a distributed endpoint processing system and method for managing and routing communications within the distributed endpoint processing system. The distributed endpoint processing system can dynamically accommodate additional endpoint devices or new endpoint types, enhancing flexibility and adaptability. By applying a customizable routing map generation policy, the distributed endpoint processing system assigns processing nodes for handling endpoint device communications, facilitating efficient and effective operation. Incoming messages from endpoint devices are processed and routed to the appropriate processing nodes based on the generated routing maps. Additionally, the distributed endpoint processing system can support API path configurations, which can be utilized to access and manage various system components.

System and method for dynamic routing and scalable management of endpoint device communications

Methods include establishing a transport layer security connection between the client and a server that provides the web service, identifying at least one cryptographic key for communication with the web service in the connection, closing the connection and communicating between the client and the web service using a web service token that is signed and encrypted according to the identified at least one cryptographic key. Communicating between the client and the web service using a web service token may not require creation of a new transport layer security connection. Further embodiments provide a computer configured to perform operations as described above and computer-readable medium storing instructions that, when executed by a computer, perform operations as described above.

Apparatus, methods and articles of manufacture for messaging using message level security

Software configured to interface with multiple other disparate software applications or databases to present a single user interface to a user allows the user to view and modify data from multiple applications and/or databases without having to worry about which application the data comes from. The software provides a user interface which presents to the user seamless integration of data from multiple disparate applications/databases, even though the software may have to continually interface with one or both applications to retrieve, modify, and store data. Exemplary such software comprises workbench software configured to integrate multiple EHR applications and allow for retrieval, presentation, creation, editing, and updating of data from such EHR applications. For example, in one preferred implementation, such software facilitates integration of an ambulatory care solution and an enterprise scale solution so as to allow an organization utilizing an ambulatory care solution to leverage data from an enterprise scale solution.

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Raleigh, NC, United States of America

Ricky Wayne West