List of the Top Healthcare Integration Engines for MEDITECH Expanse in 2026

Qvera Interface Engine (QIE) is a healthcare integration engine for organizations that need clinical, imaging and administrative systems to exchange data reliably. Qvera has built interface engines since 2008 and sells both directly to healthcare organizations and to software vendors who license QIE and embed it in their own products. Many healthcare organizations end up running one tool for clinical messaging and a second for imaging. QIE handles both: HL7 v2 and v3, FHIR, DICOM including native DIMSE, X12, NCPDP, ASTM, CDA and IHE profiles in one engine, over MLLP, REST, SFTP, file, database, message queue and SMB network share. One platform, one vendor, and one skill set for the team that runs it. What sets QIE apart: imaging is not a separate purchase, because DICOM networking (store, query, retrieve and worklist) and header de-identification run in the same engine as your HL7 and FHIR interfaces; a team moving off Mirth Connect can convert its existing channels, JavaScript included, into QIE channels, with a report of anything worth checking; and high availability is available on every licensing model. Interfaces are scripted in JavaScript, one of the most widely used programming languages, with a built-in Code Wizard, and the built-in AI Companion helps teams build and troubleshoot them. QIE runs on MSSQL, MySQL or MariaDB, and the Remote Management Hub monitors and controls QIE instances running inside separate customer networks from a single console. QIE deploys on-premise, in containers, or in your own cloud. It is in production today at more than 600 sites, running more than 25,000 interfaces and processing more than 50 million messages a day, with individual deployments ranging from a single clinic to more than 10 million messages a day in one instance. Customers consistently rate Qvera's support highly, including 24/7 coverage for system-down emergencies. SOC 2 Type 2 attested.

Intely features a user-friendly interface that simplifies navigation for users. With this platform, individuals can pose complex technical questions without the need for extensive coding knowledge. Intely aggregates data from all your different systems, guaranteeing that you can access the necessary information anytime and from any location. Implementing new solutions is effortless due to our selection of pre-designed templates, which streamline the process. Additionally, Intely's sophisticated tools provide you with organized and detailed healthcare data whenever you need it. The platform also allows for the easy creation of custom forms, quizzes, and surveys tailored to your needs. You can seamlessly integrate with other applications to improve your workflows and ensure that engagement with your audience is both simple and cost-effective. Personalize your content to align with your brand and set it to be automatically sent to recipients or directly embedded on your website. By automating outreach and data collection tasks, you can concentrate on what truly matters in your work. Ultimately, Intely not only enhances your productivity but also empowers you to optimize and simplify your processes for greater efficiency. The result is a more effective approach to managing your data and engaging with your audience.

Kymolog functions as a holistic platform designed to unify medical device data and promote research, serving a diverse clientele that includes hospitals, medical device manufacturers, and research teams. Its cutting-edge edge agent consolidates data from a range of devices, such as continuous glucose monitors, ECG monitors, pulse oximeters, blood-pressure monitors, and thermometers, converting these metrics into FHIR R4 Observations that encompass crucial elements like LOINC codes, UCUM units, device identifiers, and timestamps. By associating these readings with specific patients and encounters through bed or device assignments, the system efficiently transmits this information to a hospital's existing electronic health record (EHR) system using either FHIR R4 or an HL7 v2 interface engine. Moreover, the collected data can be archived in a specialized research repository, ensuring its device and time provenance is preserved for clinical studies and post-market evidence collection. Kymolog's adaptable architecture enables it to function either on-site, within a hospital-managed private cloud, or through the cloud infrastructure of device manufacturers, and it also provides an optional hosted research store for de-identified data. Users can further customize device classes beyond the standard mappings available on the platform, enhancing its flexibility for a variety of research applications. This wide-ranging adaptability guarantees that Kymolog is well-equipped to address the continuously changing requirements of healthcare data integration and the evolving landscape of research methodologies. The platform’s capacity to evolve alongside technological advancements illustrates its commitment to improving healthcare outcomes through innovative data solutions.