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Project Profiles

FHIE/BHIE Systems Engineering Support

CPS Healthcare, Inc. (CPSHC) has been tasked to provide on-going operations and maintenance support of all Federal Healthcare Information Exchange (FHIE) Applications and Systems components for the Department of Veterans Affairs (VA) and the Department of Defense (DoD). The FHIE Plus BHIE Enhanced system provides the capability to exchange patient medical records between health information systems operated by the Veterans Health Administration (VHA) and the DoD Military Health System (MHS), and is a critical element of timely and complete healthcare information delivery.

El Paso Interagency Image Sharing

In a revolutionary effort, CPS Healthcare has been tasked to build the next generation enterprise integration of digital medical images exchanged between and among the Department of Defense (DoD) health care systems and the Department of Veterans Affairs (VA). This effort includes building a highly distributed repository architecture to exchange digital medical images between AHLTA facilities and the VHA HealtheVet systems. This implementation is not a point to point or PACS to PACS solution. It is truly the first cross agency enterprise image exchange designed to support expansion to various source modalities and viewing capabilities. This medical imaging integration solution will maximize re-using all BHIE assets now operated by DoD and VA saving millions of dollars for the federal government. The initial deployment will demonstrate bi-directional image data sharing between the DINPACS system at William Beaumont Army Medical Center (WBAMC) and the VistA Imaging/Remote Image viewing capabilities at the VA El Paso HCS.

Northrop Grumman

CPS Healthcare, Inc. (CPSHC) provides senior software engineering and systems architecture support to Northrop Grumman in their role as the prime integrator for a number of advanced clinical data sharing projects for the Department’s of Defense and Veterans Affairs. Areas of focus include large scale data and application integration, enterprise architecture, cross-agency clinical document sharing and implementation of the Clinical Document Architecture (CDA).

Air Force Surgeon General

CPS Healthcare, Inc. (CPSHC) provides advanced digital imaging software design and development to support the Air Force Surgeon General Office of Modernization. We provided a system that quickly and electronically accesses and displays radiology and baseline retinal images throughout designated Air Force Medical Treatment Facilities. This system, based on our unique PACSIntegrator technology platform provides a seamless layer of integration between various imaging modalities, PACS systems and the patient information system used by the Air Force — Integrated Clinical Data Base (ICDB). Currently, this system is part of the operational ICDB code base and is being deployed Air Force wide.

Walter Reed Army Medical Center — Cardio

CPS Healthcare, Inc. (CPSHC), provided systems integration and technical services in support of the deployment of an improved Cardiac information system at Walter Reed Army Medical Center. This information system integrated echo and cath lab data sources. Coincidental with the deployment of this cardiac information system was the integration of clinical reporting and images series with the resident clinical/provider information system at Walter Reed: AHLTA. The key benefits of the effort for the Cardiac Department included improved work flow, cardiac reporting, image data acquisition, superior diagnostic capabilities, and data integration into AHLTA.

Walter Reed Army Medical Center — HealtheForces

As testament to our innovative technology, CPS Healthcare recently developed and deployed the highly praised PACSIntegrator in support of the Walter Reed Army Medical Center (WRAMC) Amputee Clinic. The PACSIntegrator is a set of software and services whose function is to facilitate the integration of medical image data for patients into and with the HealtheForces text-based, patient data systems. This technology recently won 1st place at The Emerging Technologies and Healthcare Innovations Congress (TETHIC) as a New Technology Device for Diagnostics.