This image contains the open-source version of Mirth® Connect, originally developed by NextGen Healthcare, packaged for easy deployment by Innovar Healthcare with OpenAI, SSL, AutoScale.
This image contains the open-source version of Mirth® Connect, originally developed by NextGen Healthcare, packaged for easy deployment by Innovar Healthcare.
Open Source Mirth® Connect provides a secure, highly-efficient, flexible approach for enabling interoperability between your software systems. Easily and securely transmit health information from any location to any location in various formats. This software facilitates seamless integration by automatically converting different data formats for your system and supports multiple data standards including DICOM, HL7, XML, etc. Enhance your installation with exclusive Innovar plugins: MFA: Enhances security with Multi-Factor Authentication. Cognito: Adds powerful user authentication features. SSL: Strengthens network security with enhanced encryption. OpenAI: Integrates advanced artificial intelligence to assist with debugging, code optimization, and generating sample data. Channel History: Stores the channels and code templates on the remote version control repository and keep track the history of changes and allows you to search and extract data using defined filters or to push the data into a database. The Innovar team offers flexible and cost-effective support plans tailored to your needs. Please see the support section for more information. Deploy through this AWS Marketplace offering to facilitate integrations with enhanced features from our platform! This open source platform is created and packaged by Innovar Healthcare. Mirth® is a registered trademark of Nextgen Healthcare, and there is no affiliation between Innovar Healthcare and Nextgen Healthcare. This image utilizes Open Source Mirth Connect licensed under a Mozilla Public License.
Highlights
Transformation: Automatically converts incoming data to another standard by your definition.
Extraction: Enables you to search and extract data from database easily and also push data into the database.
Routing: Manages and transmits the health data to the destination securely and efficiently.
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You pay by the hour based on the Amazon EC2 instance type you run. This is a usage-based model with no fixed subscription. Each dimension maps to a specific instance size across several families, including general-purpose M-series and burstable T-series instances. Pricing scales with the compute capacity you select: smaller instances like t3.nano suit light workloads, while larger sizes such as m7a.48xlarge and metal instances handle higher-volume message processing. You choose the instance that fits your throughput needs, and your hourly cost follows that choice. There are no separate tiers or add-on charges.
Top-of-mind questions for buyers
What does one billed unit represent for each instance type listed?
Each unit is one running Amazon EC2 instance measured per hour. One hour of a single instance equals one billed unit. Instance size determines the rate. A larger size like m6i.24xlarge bills at a higher hourly rate than a smaller one like t3.nano, but both count time the same way.
Am I charged when my instance is stopped or paused?
Software charges accrue per running instance-hour. When you fully stop an instance, the hourly software charge stops. Stopped instances may still incur underlying AWS storage fees for attached volumes, but the software meter counts running time only.
What software runs on these instances, and does the hourly rate cover support?
The listing packages an open-source integration engine that forks Mirth Connect, letting existing channels, transformers, and code templates carry over without rip-and-replace. The hourly rate covers running the software. Migration help, clustering, and 24/7 support are handled through the vendor's managed service, not this hourly charge.
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Open Source Mirth® Connect provides a secure, highly-efficient, flexible approach for enabling interoperability between your software systems. Easily and securely transmit health information from any location to any location in various formats with OSS Mirth® Connect. This software facilitates seamless integration by automatically converting different data formats for your system and supports multiple data standards including DICOM, HL7, XML, etc.
Enhance your Mirth® Connect installation with exclusive Innovar plugins:
MFA: Enhances security with Multi-Factor Authentication.
Cognito: Adds powerful user authentication features.
SSL: Strengthens network security with enhanced encryption.
OpenAI: Integrates advanced artificial intelligence to assist with debugging, code optimization, and generating sample data.
Channel History:
Stores the channels and code templates on the remote version control repository and keep track the history of changes
Mirth® Connect also allows you to search and extract data using defined filters or to push the data into a database. The Innovar team offers flexible and cost-effective support plans tailored to your needs. Please see the support section for more information.
Deploy OSS Mirth® Connect through this AWS Marketplace offering to facilitate integrations with enhanced features from our platform! This open source platform is created and packaged by Innovar Healthcare. Mirth® is a registered trademark of Nextgen Healthcare, and there is no affiliation between Innovar Healthcare and Nextgen Healthcare. This image utilizes Open Source Mirth Connect licensed under a Mozilla Public License.
CloudFormation Template (CFT)
AWS CloudFormation templates are JSON or YAML-formatted text files that simplify provisioning and management on AWS. The templates describe the service or application architecture you want to deploy, and AWS CloudFormation uses those templates to provision and configure the required services (such as Amazon EC2 instances or Amazon RDS DB instances). The deployed application and associated resources are called a "stack."
Version release notes
Update AMI
Additional details
Usage instructions
Template components
CloudFormation template
Usage instructions
When a new AMI is deployed for the first time, Mirth® Connect version 4.5.0 will be installed, auto configured and started. The Mirth® Connect will be automatically allocated 50% of the total memory of the EC2 instance. You can either select the existing RDS instance as Mirth®'s database or create a new RDS Aurora/Postgres instance and define the database and schema. Furthermore, it allows users to upload SSL certificates for encryption on Mirth® Connect channels. First of all, if you choose to create a new RDS Aurora/Postgres instance, you have to create a subnet group in AWS RDS console and please make sure that the subnet group belongs to the same VPC which the EC2 instance will be allocated to. This subnet group is a required parameter in the CloudFormation template. When launching a new stack from the Cloudformation template, you can set up parameters such as RDS PostgreSQL database username and password, Mirth® Connect admin password, S3 URL of the SSL certificate. The SSL certificate and key files can be found at "/etc/pki/tls/certs/fullchain.pem" and "/etc/pki/tls/certs/privkey.pem" respectively. Please refer to the plugin user guides for more information. Mirth® Connect status can be checked by running: "systemctl status mirthconnect". Mirth® Connect default index page will be accessible at http://your-public-dns:8080 or from the Mirth® Connect Administrator Launcher at https://your-public-dns:8443. Downloading Mirth® Connect Administrator Launcher is optional; all the functionalities of Mirth® Connect can be accessed in the REST API. Mirth® Connect REST API can be accessed at https://your-public-dns:8443/api Mirth® Connect configuration can be found in /etc/mirthconnect/conf/mirth.properties
Innovar offers flexible, cost-effective support tiers for AWS Marketplace users. Our technical team is available to help resolve critical issues efficiently.
See more about support:
AWS Support is a one-on-one, fast-response support channel that is staffed 24x7x365 with experienced and technical support engineers. The service helps customers of all sizes and technical abilities to successfully utilize the products and features provided by Amazon Web Services.
Automatically converts incoming data between different standards including DICOM, HL7, and XML formats according to defined specifications.
Data Extraction and Management
Enables searching, extracting data from databases, and pushing data into databases with defined filters.
Secure Health Data Routing
Manages and transmits health data to destinations with secure and efficient routing capabilities.
Multi-Factor Authentication
Provides Multi-Factor Authentication (MFA) plugin to enhance security for user access.
AI-Assisted Development Tools
Integrates OpenAI capabilities for debugging, code optimization, and generating sample data.
Message Format Support
Supports multiple healthcare data standards including HL7, XML, CCD, DICOM, EDI, and NCPDP message formats
SSL Certificate Management
Enables creation, import, export, and application of SSL certificates to inbound and outbound connections for secure HTTPS traffic
Message Transformation Engine
Converts incoming message standards to alternative standards through transformation capabilities
Channel Revision History
Automatically saves all revision history for channels and code templates with ability to view previous revisions, compare changes, and revert to prior versions
Sample Message Generation
Generates sample HL7 v2.x messages for testing channels through integrated message generator functionality
Unified API Integration
Single standardized API endpoint enabling code-once deployment across 100+ different EHRs and health information networks with consistent interface regardless of backend system
Real-time Data Exchange
Secure, real-time bidirectional data exchange processing over 1.4 billion messages monthly with support for clinical patient summaries, medical records transmission, and real-time patient updates
Data Normalization and Standardization
Normalized data delivery in consistent JSON or FHIR format with support for query functionality, write-back capabilities, and optional feed filtering
Security and Compliance
HITRUST certification and SOC II compliance with centralized authentication credential management and 24x7 automated connectivity monitoring
Infrastructure and Reliability
AWS-built infrastructure with 99.95 percent uptime guarantee, 24x7 support for urgent issues, and connectivity to 12,200+ healthcare organizations and 280+ healthtech companies
Centralized lab data collection has saved time and improves accuracy for high-volume diagnostics
Reviewed on Sep 03, 2026
Review provided by PeerSpot
What is our primary use case?
My main use case for Mirth Connect Health Check is to gather data for my healthcare client. We used to gather data from the clinical instruments in Mirth Connect and then translate that data through Mirth Connect to our company application that was for QC data. Then we used to translate that data in the reporting format for our healthcare client.
A quick specific example of how I used Mirth Connect Health Check in that process is by handling diagnostic data. The type of diagnostic data I collected includes all the blood reporting data for lab results. We used to get the data in our Mirth Connect application through something called grabber in our application. Grabber was a programming language that used to connect to the instrument using Mirth Connect. There used to be a configuration in Mirth Connect with a server ID, server IP address, and port number. That configuration used to communicate with the application, and then we used to capture the data from the instrument using Mirth Connect Health Check. Mirth Connect Health Check was a receiver. From there we used to collect data in our application using that terminal server that was a physical device with its own IP address and port number.
One main challenge I faced was because I was using a 32-bit application, and the amount of data that we were collecting was significant since it was our country's biggest laboratory, processing thousands of samples every day. The limitation of Mirth Connect Health Check was handling a huge amount of data, and since the application memory was very low, it sometimes hung. However, we used to process data part by part. There was also a higher memory version of Mirth Connect Health Check available. When we migrated to that version, our experience became much easier. Mirth Connect Health Check is a very useful tool to use.
What is most valuable?
The best features Mirth Connect Health Check offers include easy connectivity to protocols, and through those channels, I can always grab the data.
Protocol admin feature helps in my daily work by providing one-to-one channel communication with the instrument because I used to connect hundreds of clinical instruments with Mirth Connect Health Check, each having their own IP address. There is never a data collision, and that is one of the cool features we had, allowing for one-on-one communication. That was the biggest feature.
Mirth Connect Health Check has positively impacted my organization because all the data comes into a single application, and we do not need separate applications to grab the data.
Having all the data in a single application helped my team by saving time and improving accuracy. We did not have to browse through different applications or pay vendors for their applications, making it a go-to tool for all the data with a very user-friendly UI. Everything worked perfectly, saved our time, and the data improved and became more accurate without collision.
What needs improvement?
An improvement point I see for Mirth Connect Health Check is a heavier version in terms of memory.
I chose eight out of ten because it is not a web application.
For how long have I used the solution?
I have used Mirth Connect Health Check for around three years or three and a half years.
What do I think about the stability of the solution?
Mirth Connect Health Check is 100% stable.
What do I think about the scalability of the solution?
Mirth Connect Health Check's scalability is there because it can expand and be installed on different servers as well, making it more scalable.
How are customer service and support?
Customer support was not that great at that time, but I would say it was not too bad either.
Which solution did I use previously and why did I switch?
Before Mirth Connect Health Check, I used to collect data in our network in a folder. When I heard about Mirth Connect Health Check, it was an application with more cool features because I could create all the instruments in one single stop without having to use different folders.
What was our ROI?
In terms of money, I estimate my organization saves probably around $10,000 Canadian annually.
Which other solutions did I evaluate?
I did not evaluate other options because Mirth Connect Health Check was a one-stop shop for us.
What other advice do I have?
I would advise others looking into using Mirth Connect Health Check to look for its capability in handling data. If that suffices your requirements, definitely go ahead, and also check for a web-based version if available.
Regarding Mirth Connect Health Check's AI capabilities, it provides the fundamental features that you would expect, such as user roles, permissions, and admin controls. These controls should be tied to least privilege or probably named accounts. For security purposes, deployment should be secure, with regular patching and database security.
I have not used Mirth Connect Health Check with AI, so I would not be in a perfect situation to answer that about its accuracy and reliability of output.
I believe I have covered the main points. I gave this product a rating of eight out of ten.