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Corepoint Integration Engine – Technical Features

Technical Features of Corepoint Integration Engine

Corepoint Integration Engine Technical Features

Scale Smarter with Corepoint Integration Engine

Corepoint Health’s customers have experienced many benefits of using Corepoint Integration Engine, including:

  • Reduced time in developing healthcare interfaces through menu-driven, graphical builds
  • Improved quality of interfaces by checking conformance and testing interfaces as they are developed
  • Increased productivity in building and maintaining interfaces with powerful, simple-to-use tools
  • Enhanced management of interface workflows through intelligent logging, monitoring, and alerting features within the interactive Monitor

Corepoint Integration Engine is an effective solution for healthcare organizations that are updating first-generation interface technology or adding a supplemental or departmental interfacing solution.

Communication: send and receive

  • Send or generate outbound messages
  • Manage dynamic behavior profiles to deal with inbound acknowledgements
  • Manage inbound messages and generate HL7 [4] acknowledgements
  • Handle HL7 resends
  • Manage communication with multiple applications
  • Support unrestricted data flow
  • Resolve Minimum Layer Protocol (MLP) implementation and communication problems
  • Use pre-configured sender and receiver logic
  • Read, write, query, insert, and/or delete data in any ODBC Database
  • Support for Web Services [5] and FHIR [6]
  • Easily send large batch files with streaming technology

Meaningful Use compliant

  • Corepoint Integration Engine was the first Meaningful Use Stage 1-certified interface engine for Modular Ambulatory EHR [7] and Modular Inpatient EHR
  • Corepoint Integration Engine has continued certification throughout all three stages of Meaningful Use
  • Corepoint Integration Engine certifies to the same privacy and security criteria as EHR vendors
  • Satisfy your Public Health Reporting requirements for Immunizations, Electronic Lab Reporting, and Syndromic Surviellance

Message: map and route

  • Use preloaded definitions of messages, segments, fields and data types for all HL7 2.x versions
  • Support for XML messages created using HL7 version 3, custom XSDs, and standards including HL7 Clinical Document Architecture (CDA [8]), Consolidated CDA, and Continuity of Care (CCD [9])
  • Support for X12 [10], DICOM [11] and NCPDP [12]
  • Include ASCII or UNICODE character sets
  • Process repeating fields, repeating segments, groups of segments, etc.
  • Handle one input message to produce 0-to-n output messages through dynamic, contentbased routing
  • Transform XML documents into HL7 messages
  • Run HL7 conformance checks using sample messages, testing the HL7 derivative configuration; reinforce the HL7 objective of keeping compatible versions and ensuring data integrity
  • Pass messages through as unparsed objects
  • Build, process, or route batch files

Interface: configure and test

  • Review the history of any configuration object, and edit configuration objects without impacting the running engine service
  • Leverage the entire HL7 standard as the starting point for each interface
  • Allow user-defined variations in messages (e.g., making segments or fields optional, required or rearranging)
  • Configure and leverage vendor-specific HL7
  • Configure messages easily to reduce integration work
  • Create Z segments and custom messages
  • Validation check on user-defined HL7 messages
  • Summary view and HL7 message filtering available
  • Process HL7 documents, such as CDA, C-CDA, CCD, and more
  • Create resources to exchange data via Web Services and FHIR

Health data workflow using Corepoint Integration Engine

 

interface workflow

 

Message and document definition

  • Configure message mapping easily to reduce integration work
  • Define filter criteria such as ‘Only send A04 and A08’ and ‘Remove all outpatients from data stream’ through GUI-based tool
  • Adjust coded values such as replacing “M” to “1” for Male
  • Point-and-click GUI to move data from point A to B in a message
  • Print and save HL7 message definitions and configuration files for clear documentation
  • Completely reformat interface message or document without writing any code or interpreted scripts
  • Test mapping operations in GUI testing screen prior to implementation
  • Export interface configuration

Alert configuration

  • Configure alerts flexibly according to time and severity thresholds, including:
    • By day
    • Time of day
    • Type of day (e.g., weekday, weekend, holiday)
    • Thresholds (seconds, minutes, hours)
    • Who receives alert
  • Receive alerts based on:
    • Queue depth
    • Message error
    • Connection activity
    • Connection status
  • Assign unique alert configurations to different interfaces
  • Set escalation of alerts if no change in status or new threshold is met
  • Store and view alert and resolution log

Alert: view and resolve

  • Automatically monitor connection states and related conditions, and raise alerts when problems occur
  • Display alerts in an administration console
  • Send alerts via email to mobile devices, cell phones, etc.
  • Support for quick resolution of alerts

Archive: review and resubmit

  • Search messages using an intuitive search utility
  • Search for messages by message content, history, and metadata attached to the message
  • Edit and re-send messages easily, especially useful in testing
  • View the message lineage across connections with a single click

Connection: monitor and control

  • One-click access to search logs, review alerts, and review the details of each interface in the Monitor
  • View and manage connection status in HTML5
  • Tailor display and easy control of the conn – ections’ view in the Monitor
  • Filter HL7 messages by content (e.g., find all ADT for patient #127451)
  • Examine:
    • Connection state (Is the connection working?)
    • Idle time (Is there any issue with the message flow on a connection?)
    • Message queue depth (Is there a delay in message processing?)
    • Centralize interface connection management

Web-based administration console

  • Determine access to interface environment with user roles
    • Corepoint Integration Engine logon credentials stored in Corepoint Integration Engine
    • Windows user: authentication is carried out using Windows username and domain name credentials
    • Windows group: authentication is carried out using Windows local groups
    • User profiles: provide added security in determine permissions
    • Engine: start and stop service, view engine log, manage licenses
    • Configuration: view and export configuration objects, modify and import configuration objects, manage users, configure and monitor Corepoint Integration Engine
    • Connections: view connection status, start and stop connections, view alerts, resolve alerts, view connection log, view message log, resend messages
  • Graphical views:
    • Quick view: Get high level monitoring and see all of your connections via Connection Central. The drill-down color display provides status of your connections in real-time
    • Alert view: See alerts as they happen for quick action and resolution
  • View and manage logs conveniently within the management console. Filter messages based on message content and or time of day

Ensure high availability

  • Assured Availability (A2) for Corepoint Integration Engine simplifies high availability and enables an easy-to implement solution that constantly delivers run-time confidence
  • Delivered natively
  • Ensures continuous processing of critical patient data exchanges without the need to setup complex, maintenance-intensive clustering environments
  • Disaster Recovery for Corepoint Integration Engine enables remote backup capabilities in the event of a disaster