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Open Source Healthcare Interface Engine based on Standards

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Open source operating systems, databases, web servers, and device utilities are slowly infiltrating hospital data centres that previously housed only proprietary technology products, and integration engines are another category where an open source alternative is available.”

WebReach developed and professionally supports the Mirth Project, an open source healthcare interface engine and repository. Mirth develops, tests, and deploys interoperability solutions for healthcare information systems and information exchanges using standards-based tools.

An overview of healthcare interface engines is given in this article. It goes over Mirth’s support for healthcare and connectivity requirements. Finally, Mirth is compared to other interface engines in the paper.

Healthcare Interface Engines: An Overview

The problem of sharing and exchanging data between healthcare applications is solved by healthcare interface engines, also known as healthcare integration engines. In the healthcare industry, data interchange is a major issue. Many suppliers, data providers, and custom applications need the sharing of information using emerging standards. To make matters worse, many legacy healthcare applications do not support a standard, despite the fact that they are expected to communicate with other applications that do. Healthcare interface engines connect applications by mapping and moving data between them based on standards and data definitions that each application understands natively.

Interface engines have been around for a long time, and there are a lot of them on the market. For organization-level licences, patented engines cost anywhere from a few hundred dollars to hundreds of thousands of dollars. KLAS, an independent business analysis consulting company, has a study of interface engines. The KLAS Interface Engines Market Review compiles information on leading interface engines and ranks them according to a number of factors. Mirth is an open source interface engine that will be discussed in this article. Despite the fact that Mirth is not rated by KLAS, many Mirth users believe it is functionally comparable to high-end proprietary interface engines.

An Introduction

Folio3 is a piece of middleware that links health information systems so that clinical and administrative data can be shared. Folio3 is licenced under the Mozilla Public License v1.1 and is professionally sponsored by WebReach, a California-based provider of health information technology (IT) solutions.

In healthcare, there are several codes, as well as a wide variety of protocols and data types. Labs, pharmacies, clinics, hospitals,open source hl7 interface engine  and other health information systems are only a few examples. Different protocols, mismatched versions, and incompatible data can exist in each of these systems. Some systems may deliberately use HL7, X12, and DICOM photos, while others may simply read from or interact with XML and comma separated values from a database. When you consider the lack of control administrators have over current and legacy applications, it’s clear that healthcare interoperability is an issue. This is where Mirth, the easy-to-use and deploy middleware solution, comes in. Mirth may exist between any number of health information systems, regardless of whether they speak a standard healthcare language or not, and aid communication between them.

Mirth is a versatile health IT infrastructure component that can fulfil a variety of functions. It may serve as a central integration exchange for a hospital, an information gateway for a clinic or reference lab, or an information exchange for a Health Information Exchange (HIE) or a Local Health Integration Network (LHIN) (LHIN). It can also be used as an extract, transform, and load (ETL) tool or as an integrated interface engine for an electronic health record (EHR).

Mirth accelerates the creation of interfaces for safe data sharing across formats by using a point-and-click interface and JavaScript to map data elements. For instance, data can be transferred from a delimited file to HL7 and vice versa. This ease of use lowers the barriers to forming health information exchanges involving multiple information systems and advances programmes aimed at improving patient safety and care continuity.

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