Allscripts Software, LLC

Mark Plunkett

Stanislav Makarskyy

Igor Chmil

Ankit Singh

Ethan O'Brien

Devin L Brown

Stephen E Smith

Jennifer Castillo

Katherine Ernhart

Sayeebalaji Chandrasekaran

An improved patient check-in system for healthcare appointments is disclosed herein. Prior to a datetime of a healthcare appointment of a patient, an electronic health records application (EHR) receives a first message originating from a patient computing device of the patient. The first message includes a location of the patient and patient information for the patient. Responsive to receiving the first message, the EHR stores the patient information in a cache. The EHR also places a placeholder for the patient in a queue that indicates an order in which healthcare appointments for patients at the healthcare facility are to occur. Subsequently, the EHR receives a second message generated by the patient computing device indicating that the patient has arrived at the healthcare facility for the healthcare appointment. The EHR transfers the patient information from the cache to a data store accessible to the EHR.

Proximity-based patient check-in computing system

A server EHR executing on a server computing device is in communication with a client EHR executing on a first client computing device, and receives a prescription authorization from the client EHR, the prescription authorization based on input received from an authorized clinician user of the client EHR during performance of a clinical subtask of a prescription ordering task. The server EHR assigns a non-clinical subtask of the prescription ordering task to a non-clinician user operating a client application executing on a second client computing device. The non-clinician user provides input to the client application that pertains to completion of the non-clinical subtask. The client application transmits prescription ordering data to the server EHR, whereupon the server EHR outputs a prescription order to a second server computing device associated with a pharmacy indicated in the prescription ordering data.

Systems and methods for clinical task separation in electronic health record applications

A method for increasing sargability of encrypted records to allow for searching of a first column of a first data table for encrypted values containing a search string without having to decrypt all encrypted values involves, for each respective data record in the first data table, accessing an encrypted data value from the first column, decrypting the accessed encrypted data value, generating from the decrypted data value a respective plurality of substrings of various lengths, encrypting each substring of the respective plurality of substrings as an encrypted substring token, and storing each encrypted substring token in association with a reference value for lookup of a corresponding record in the first data table. Subsequently, the first column of the first data table can be searched for encrypted values containing a first search string by encrypting the first search string and searching for encrypted substring tokens matching the encrypted first search string.

Database methodology for searching encrypted data records

A computing system for inter-application communication between a client emitter application and a client consumer application executing on a mobile computing device is disclosed herein. The client emitter application receives an indication of a programmatic task to be performed by the client consumer application. The client emitter application transmits data to a server emitter application executing on a first server computing device causing a session token to be generated, the session token indicating that a server consumer application executing on a second server computing device has authenticated the client emitter application. The server emitter application forwards the session token to the client emitter application. The client emitter application includes the session token in a call indicative of the programmatic task to the client consumer application. The client consumer application and the server consumer application authenticate the client emitter application and the client consumer application, respectively, based on the session token. The client consumer application then performs the programmatic task.

Computing system for inter-application communication

A client computing device transmits a resource that conforms to a healthcare interoperability standard to a server computing device that executes a GUI generator component, and the GUI generator component generates GUI markup based upon the resource. The GUI generator component returns the GUI markup to the client computing device, which presents the GUI features on the a display based upon the GUI markup.

Computer system for constructing graphical user interface features

A system for supporting multiple users of a mobile computing device is disclosed herein. The mobile computing device receives a biometric identifier for a user by way of a biometric input component of the mobile computing device. Responsive to receiving the biometric identifier, the mobile computing device causes the biometric identifier to be received by a biometrics subsystem of an operating system of the mobile computing device. The biometrics subsystem authenticates the user based upon the biometric identifier. The mobile computing device then scans for an identifier for a wearable device worn by the user that is emitted from the wearable device. Responsive to detecting the identifier for the wearable device, the mobile computing device authenticates the user based upon the identifier for the wearable device. The mobile computing device then executes a mobile application loaded in memory of the mobile computing device.

Computing system for authenticating users of a shared mobile computing device

A computer readable medium storing a computer program for providing a method for evaluating the performance of a software application, the computer program executable by at least one or the one or more processors. The computer program comprising a set of instructions for receiving an indication of the initiation of a workflow transaction in an Application, determining whether the workflow transaction is to be marked as a traceable transaction based on a Measurement Marker Algorithm, tracking the performance of operations executed for the workflow transaction, and storing raw Call Metrics based on the tracked performance in an Intermediate memory.

System and method for evaluating application performance

Healthcare providers can utilize ePrescribing applications to prescribe electronic prescriptions to patients which will be accessible to patients via a cloud platform. A patient can determine how he or she would like to fill such prescriptions. A patient can search for and select a pharmacy to electronically send a prescription to, or alternatively can choose to receive a scannable copy of the prescription at his or her mobile device for presentation at a pharmacy location. In the latter event, a patient can utilize his or her electronic device to display a scannable code which a pharmacy can scan to access prescription information.

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Libertyville, IL, United States of America

Mark Plunkett